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Monthly Coverage Dossier January 2020

IIT Madras is a campus of choice for high ranking JEE students

Date: 1st January 2020 Publication: Shiksha Edition: Online Journalist: NA Headline: IIT Madras organizes alumni reunion day URL: https://www.shiksha.com/b-tech/articles/iit-madras-organizes-alumni-reunion- day-blogId-27837

IIT Madras organizes alumni reunion day IIT Madras joined forces with IIT Madras Alumni Association to organise the yearly alumni reunion on its campus recently. During the reunion, the organization also offered the Distinguished Alumnus Awards for the year 2020. Alongside the event, “IITM: A Tech expo” was also prearranged with a number of student teams and IIT Madras-reared startups displaying their innovation to the alumni. The event brought out 12 Project Teams and four Competition Teams from the Centre for Innovation (CFI), a 'Student Lab' at IIT Madras founded with resources from alumni.

The organisation also laid a foundation stone for a new Institute Chair supported by Distinguished Alumnus Awardee (2004) - Professor Marti G. Subrahmanyam. Prof. Subrahmanyam, an alumnus of 1967 batch (B.Tech., Mechanical Engineering), contributed $1,00,000 to establish “Marti Mannariah Gurunath Institute Chair” in the Department of Chemical Engineering, IIT Madras Prof. Raghunathan Rengaswamy, also an alumnus of IIT Madras (1990, BTech (Chemical Engineering)) and presently a faculty in Department of Chemical Engineering, is to be the first inhabitant of the Chair.

Moreover, BTech batch of 1994 also vowed more than $1 million to IIT Madras. This amount will be funded throughout a period of two to three years. This will be utilised for merit-cum-means scholarships, cultivating the emotional wellness of students and specific engineering departments.

A Distinguished Alumnus Award for 2019 was also given to Dr. Parthasarathy Ranganathan (1994, B.Tech, (Electrical Engineering)), an eminent Engineer at Google. Prior to this, he was an HP Fellow and Chief Technologist at Hewlett Packard Labs where he managed their research on systems and data centres.

Apart from this, many CFI teams and startups participated in 'IITM: A Tech expo', which include Avishkaar Hyperloop, Envisage, Electronics Club, Horizon, Involve, E-Plane, Ghost Vision, Anveshak, Abhiyaan, CVI, iBot Club, and the Pre-Incubation Cell Nirmaan along with e-cell.

Date: 7th January 2020 Publication: The Telegraph Edition: Kolkata Page No: 13 Journalist: NA Headline: Auld land syne at IIT Madras

Date: 22nd January 2020 Publication: Forbes Edition: Magazine Page No: 50-52 Journalist: Naandika Tripathi Professor: Prof Mahesh Panchagnula Headline: A New Play at Drawing Foreign Students

Date: 23rd January 2020 Publication: Down To Earth Edition: Online Journalist: NA Professor: Prof. Shweta Agarwal Headline: IIT Madras student to improve algorithms in lattice cryptography URL: https://www.downtoearth.org.in/news/science-technology/iit-madras-student- to-improve-algorithms-in-lattice-cryptography-68927

IIT Madras student to improve algorithms in lattice cryptography

Shweta Agrawal from the Indian Institute of Technology, Madras, has become one of the 14 recipients of the Swarnajayanti Fellowship 2020. It was instituted by the Centre to commemorate the golfen jubilee of India's independence and is funded by the Department of abd Technology.

Agarwal said she would like to use the fellowship to conduct a deep study on one of the most promising approaches for post-quantum cryptography — lattice-based cryptography to improve algorithms and understand gaps between theory and practice. Lattice-based cryptography, resistant to attack by both classical and quantum computers, is the leading candidate for post quantum cryptography and design of a cryptographic system for the future.

Cryptography is a branch of theoretical computer science that seeks to provide guarantees to the art of secret keeping. This field balances itself on the tightrope of mathematical beauty on one side, and practical importance on the other. The scientific charm of this field lies in the deeply paradoxical questions it poses.

The simplest goal of cryptography is to hide information so that learning a message from a cryptographically sealed envelope implies a solution to some well known mathematical problem. By suitably choosing the underlying mathematical problems to be difficult, we may rest assured that an attacker’s chances of learning secret information are extremely small.

Typically, an attacker is modelled as a classical computer. However, recent times have seen significant advances in the construction of quantum computers, which are based on the laws of quantum rather than classical physics. Most modern-day cryptography relies on the difficulty of problems which, while difficult for classical computers, are efficiently solvable by quantum computers. Thus, most modern-day cryptography breaks down if quantum computers are used by the attacker.

A few weeks ago, Google claimed to have demonstrated “quantum supremacy” by constructing a quantum computer that can experimentally demonstrate a massive speedup over a classical computer. Soon after, Chinese researchers claimed that they expect to demonstrate quantum supremacy by next year. Thus, the advent of quantum computers has crossed the realm of scientific fantasy and looms as a real threat in the near future. Therefore, it is imperative to redesign cryptography ground up to resist quantum computers — that is, to design post-quantum cryptography. This is the focus of Agrawal’s work. (DST media cell)

Developing expertise in post-quantum cryptography is of national importance. Aside from its practical importance, this is a rich and emerging area of cryptography, and construction of state of the art systems in this field can significantly enhance the visibility of India in the global arena. Not only does her proposed work help create intellectual property, but it also creates expertise within the country that will lead to intelligent post-quantum cryptography design for the use of our government, military, industry and society alike.

In her current work, Agrawal has provided constructions of advanced cryptographic protocols that are believed to be resistant to quantum computers. She has particularly focused on the emerging field of ‘computing on encrypted data’, which may allow (for instance), machine learning algorithms to be run on encrypted genetic data, leading to advances in the field of personalized medicine. Such algorithms, if realised efficiently, can have wide applications in areas as diverse as medicine, governance, social sciences, and many others, leading to an elegant synthesis of disparate sciences.

This is a young field, and there are significant gaps in the understanding of this area. Her research agenda is to tackle fundamental questions in lattice based cryptography, to endeavour to fill in these gaps. She hopes to create national expertise in lattice based cryptography that will benefit society by creating knowledge and applications alike.

Date: 26th January 2020 Publication: Hindustan Times Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT Madras congratulates its professors, alumnus on being conferred with Padma awards URL: https://www.hindustantimes.com/education/iit-madras-congratulates-its- professors-alumnus-on-being-conferred-with-padma-awards/story- lZHypBXbqONVYnAMxCEWgK.html

IIT Madras congratulates its professors, alumnus on being conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards.

In a statement, IIT-Madras Director Baskar Ramamurthy said, “The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions”.

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: NDTV Edition: Online Journalist: Maitre Baral Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT Madras Faculty, Alumnus Conferred With Padma Awards URL: https://www.ndtv.com/education/padma-awards-2020-iit-madras-faculty- alumnus-conferred-with-padma-awards-2169827

IIT Madras Faculty, Alumnus Conferred With Padma Awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards.

In a statement, IIT-Madras Director Baskar Ramamurthy said, “The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions”.

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: The Week Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-Madras congratulates its professors alumnus on being conferred with Padma awards URL: https://www.theweek.in/wire-updates/national/2020/01/26/mds18-tn- iit%20madras.html

IIT-Madras congratulates its professors alumnus on being conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards.

In a statement, IIT-Madras Director Baskar Ramamurthy said, “The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions”.

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: Business Standard Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-Madras congratulates its professors, alumnus on being conferred with Padma awards URL: https://www.business-standard.com/article/pti-stories/iit-madras-congratulates- its-professors-alumnus-on-being-conferred-with-padma-awards-120012600020_1.html

IIT-Madras congratulates its professors, alumnus on being conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards.

In a statement, IIT-Madras Director Baskar Ramamurthy said, “The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions”.

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: India Today Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT Madras congratulates its professors, alumnus on being conferred with Padma awards URL: https://www.indiatoday.in/education-today/news/story/iit-madras- congratulates-its-professors-alumnus-on-being-conferred-with-padma-awards- 1640223-2020-01-26

IIT Madras congratulates its professors, alumnus on being conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards.

In a statement, IIT-Madras Director Baskar Ramamurthy said, “The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions”.

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-Madras congratulates its professors, alumnus on being conferred with Padma awards URL: https://www.outlookindia.com/newsscroll/iitmadras-congratulates-its-professors- alumnus-on-being-conferred-with-padma-awards/1717831

IIT-Madras congratulates its professors, alumnus on being conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: Your Story Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Naukri.com founder gets Padma Shri; Padma Bhushan for Anand Mahindra, Venu Srinivasan URL: https://yourstory.com/2020/01/naukri-founder-padma-shri-mahindra-tvs-chief- republic-day

Naukri.com founder gets Padma Shri; Padma Bhushan for Anand Mahindra, Venu Srinivasan

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: Devdiscourse Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-Madras congratulates its professors, alumnus on being conferred with Padma awards URL: https://www.devdiscourse.com/article/education/846874-iit-madras- congratulates-its-professors-alumnus-on-being-conferred-with-padma-awards

IIT-Madras congratulates its professors, alumnus on being conferred with Padma awards The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: Latestly Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-Madras Congratulates Its Professors, Alumnus on Being Conferred with Padma Awards URL: https://www.latestly.com/agency-news/iit-madras-congratulates-its-professors- alumnus-on-being-conferred-with-padma-awards-1494246.html

IIT-Madras Congratulates Its Professors, Alumnus on Being Conferred with Padma Awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: The Federal Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-M congratulates its professors, alumnus on being conferred with Padma awards URL: https://thefederal.com/states/south/tamil-nadu/iit-m-congratulates-its- professors-alumnus-on-being-conferred-with-padma-awards/

IIT-M congratulates its professors, alumnus on being conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: Navjeevan Express Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthy, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Three from IIT Madras among Padma awardees URL: https://navjeevanexpress.com/three-from-iit-madras-among-padma- awardees/

Three from IIT Madras among Padma awardees

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 26th January 2020 Publication: The Hindu Edition: Online Journalist: NA Professor: Prof. Venu Srinivasan and Prof. Pradeep Thalappil Headline: Padma Awards 2020: Grateful for honour, say awardees from , Puducherry URL: https://www.thehindu.com/news/national/tamil-nadu/grateful-for-honour-say- padma-awardees-from-tn-puducherry/article30655332.ece

Padma Awards 2020: Grateful for honour, say awardees from Tamil Nadu, Puducherry

Date: 26th January 2020 Publication: The Hindu Edition: Online Journalist: NA Professor: Prof. Pradeep Thalappil Headline: Padma Awards 2020: Seven unique achievers bring laurels for Kerala URL: https://www.thehindu.com/news/national/kerala/seven-unique-achievers- bring-laurels-for-state/article30654325.ece

Padma Awards 2020: Seven unique achievers bring laurels for Kerala

Date: 26th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Padma honour for eight Malayalis URL: https://timesofindia.indiatimes.com/city/thiruvananthapuram/padma-honour- for-eight-malayalis/articleshow/73625843.cms

Padma honour for eight Malayalis

Date: 26th January 2020 Publication: The Economic Times Edition: Online Journalist: NA Professor: Prof. Venu Srinivasan Headline: Anand Mahindra, Venu Srinivasan to be honoured with Padma Bhushan; Naukri.com founder to get Padma Shri URL: https://economictimes.indiatimes.com/news/politics-and-nation/andhra-hc- orders-status-quo-on-jagans-capital- plan/articleshow/73569820.cms?utm_source=ETMyNews&utm_medium=ASMN&utm_ campaign=AL1&utm_content=10

Anand Mahindra, Venu Srinivasan to be honoured with Padma Bhushan; Naukri.com founder to get Padma Shri

A three-member special bench of the Andhra Pradesh High Court on Thursday ordered status quo on shifting of the state capital from Amaravati.

The interim order came on public interest litigations filed by farmers of the Amaravati region, a day after the legislative council dominated by the opposition Telugu Desam Party resolved to send the bills on the capitals to a select committee. On Monday, the assembly dominated by chief minister YS Jagan Mohan Reddy’s YSRCP had passed the bills that propose three capitals for the state — legislative in Amaravati, executive in Visakhapatnam and judicial in Kurnool — and to repeal the Amaravati Capital Region Development Authority.

The bench headed by Andhra Pradesh Chief Justice JK Maheswari directed the government not to relocate any of the offices away from Amaravati till the next hearing on February 26, responding to the concerns of the petitioners that the government may resort to such a move in the absence of the court’s orders.

Thousands of farmers in the Amaravati region had pooled around 34,000 acres for the capital city’s construction, responding to a call by Reddy’s predecessor, N Chandrababu Naidu. Dozens of them moved the court challenging the Reddy government’s decision to move much of the capital’s functions out of Amaravati.

The chief justice instructed the advocate general to arrange copies of relevant reports to the petitioners, responding to a plea of the petitioners to see the report of a high-powered committee on the capitals.

Date: 26th January 2020 Publication: Times Tabloid Edition: Online Journalist: NA Professor: Prof. Venu Srinivasan and Prof. Pradeep Thalappil Headline: Padma Awards 2020: Thankful for honour, say awardees from Tamil Nadu, Puducherry URL: https://timestabloid.com/2020/01/25/padma-awards-2020-thankful-for-honour- say-awardees-from-tamil-nadu-puducherry/

Padma Awards 2020: Thankful for honour, say awardees from Tamil Nadu, Puducherry Social employee Krishnammal Jagannathan, industrialist Venu Srinivasan and littérateur Manoj Das were selected for the Padma Bhushan awards from Tamil Nadu and Puducherry.

Carnatic vocalists C. Lalitha and C. Saroja, artist Manohar Devadoss, social employee S. Ramakrishnan, nagaswaram vidwans Kalee Shabi Mahaboob and Sheik Mahaboob Subani and IIT-Madras professor Pradeep Thalappil from Tamil Nadu, and artist V.Ok. Munusamy from Puducherry are the recipients of the Padma Shri awards.

Krishnammal Jagannathan, 94, heads the Land for Tillers’ Freedom (LAFTI), an NGO running for the upliftment of ladies belonging to the Scheduled Castes and their households, in particular within the Thanjavur area. Her daughter Sathya mentioned Ms. Jagannathan had labored broadly in spaces like Kilvenmani following the bloodbath in 1968, when 44 other people belonging to the SC group had been burnt through henchmen from an intermediate caste.

“She has helped over 14,000 landless labourers grow to be landowners and is these days serving to the sufferers of Cyclone Gaja safe land that they’d misplaced,” she mentioned.

Venu Srinivasan, Chairman and Managing Director of TVS Motor Corporate India, thanked the federal government and mentioned, “It is a nice honour and I’m humbled to be recognised. It is a reputation for hundreds of staff and associates who’ve labored with me – their efforts were recognised.”

One of the vital main bilingual literary figures in Odia and English, Manoj Das has an lively presence within the literary and cultural scene of Puducherry. Since 1963, he has been a resident of Sri Aurobindo Ashram, the place he teaches literature and Aurobindo’s philosophy at Sri Aurobindo World College. “I at all times really feel thankful in my middle for the reaction I am getting for my writings,” he mentioned.

Carnatic vocalists C. Saroja and C. Lalitha, referred to as the Bombay Sisters, got here to after they had been simply out in their teenage years. “We got here to Chennai on a Govt of India scholarship and joined the Central Faculty of Track, the place Shri. Govinda Rao used to be educating. We learnt underneath him for 50 years,” mentioned Ms. Saroja.

It used to be whilst running on a ebook on Madras that Manohar Devadoss, the artist who has sketched Madurai’s temples and streets in nice element, gained the inside track that he were decided on for the Padma Shri. After a retired IAS officer, Jayanthi, talented his drawing of Meenakshi Kalyanam to High Minister Narendra Modi, he mentioned Mr. Modi wrote to him, appreciating his artwork. Mr. Devadoss, whose imaginative and prescient has deteriorated over time, can’t see now.

Incapacity no bar

S. Ramakrishnan, founder-president of Amar Seva Sangam (ASS) in Tirunelveli, has been running in opposition to the rehabilitation of the differently-abled in over 300 villages. Paralysed neck-down, he works on empowering the ones with disabilities in rural spaces.

The Nagaswaram vidwans, Sheik Mahaboob Subhani and his spouse Kaleeshabi Mahaboob, hail from Kurnool in Andhra Pradesh and feature settled in Srirangam. “We hail from a protracted line of musicians, who performed the Chilakluripet Paani. We’re the eighth technology, and our son Sheik Ferose Babu is the 9th in that line. We believe this award a reputation for our lineage,” mentioned Mr. Mahaboob Subhani.

Pradeep Thalappil, professor, Chemistry division, Indian Institute of Era-Madras, mentioned he and his group had advanced inexpensive and protected ingesting water answers the usage of nano fabrics, which had already benefitted about nine million other people. V.Ok. Munusamy, who used to be selected for the Padma Shri, has taken the artwork of terracotta sculpture in every single place. He learnt the talent of terracotta sculpting from his folks and has devoted himself to this craft for over 4 many years. He has sculpted a wide selection of unconventional gadgets along conventional sculptures.

Date: 27th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 4 Journalist: NA Professor: Prof. Pradeep Thalappil Headline: Providing safe drinking water is his mission

Date: 27th January 2020 Publication: The Hindu Edition: Chennai / Kochi Page No: 4 Journalist: NA Professor: Prof. Pradeep Thalappil Headline: Seven unique achievers bring laurels for State

Date: 27th January 2020 Publication: Deccan Herald Edition: Online Journalist: ETB Sivapriyan Professor: Prof. Bhaskar Ramamurthi, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT professors, alumnus get Padma awards URL: https://www.deccanherald.com/national/south/iit-professors-alumnus-get- padma-awards-798309.html

IIT professors, alumnus get Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 27th January 2020 Publication: The Indian Express Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT-Madras professor, two alumni members conferred with Padma awards URL: https://indianexpress.com/article/education/iit-madras-faculty-alumni- conferred-with-padma-awards-iitm-ac-in-6236308/

IIT-Madras professor, two alumni members conferred with Padma awards

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 27th January 2020 Publication: Inventia.com Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Naukri.com founder gets Padma Shri; Padma Bhushan for Anand Mahindra, Venu Srinivasan URL: https://www.inventiva.co.in/trends/divya/naukri-com-founder-gets-padma-shri- padma-bhushan-for-anand-mahindra-venu-srinivasan/

Naukri.com founder gets Padma Shri; Padma Bhushan for Anand Mahindra, Venu Srinivasan

The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 27th January 2020 Publication: Skill Outlook Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Media Statement -IIT Madras URL: https://skilloutlook.com/event/media-statement-iit-madras

Media Statement -IIT Madras The Indian Institute of Technology, Madras on Saturday congratulated its professors and an alumnus who have been conferred with Padma awards. In a statement, IIT-Madras Director Baskar Ramamurthy said, "The institute congratulates all three awardees for the well deserved honour in recognition of their work and contributions".

Noted industrialist and TVS Motor Company Chairman, Venu Srinivasan who is an honorary professor at the premier institute was conferred with the Padma Bhushan -- the third-highest civilian award in the country.

While Pradeep Thalappil, a professor in the chemistry department of the institute and Prem Watsa, Founder-Chairman of Fairfax Financial Holdings and IIT-Madras alumnus (1971 batch) were awarded the Padma Shri-- the fourth highest civilian honour of the country.

Date: 27th January 2020 Publication: The Hindu Edition: Chennai Page No: 7 Journalist: NA Professor: Prof. Pradeep Thalappil Headline: Grateful for honour say Padma awardees from T.N. Puducherry

Date: 27th January 2020 Publication: Edition: Chennai Page No: 12 Journalist: NA Professor: Prof. Pradeep Thalappil Headline: Padma Award Winners

Date: 27th January 2020 Publication: The Hindu Edition: Online Journalist: NA Headline: CM, Stalin greet Padma awardees URL: https://www.thehindu.com/news/national/tamil-nadu/cm-stalin-greet-padma- awardees/article30661047.ece

CM, Stalin greet Padma awardees Tamil Nadu Chief Minister Edappadi Palaniswami and DMK President MK Stalin greeted the Padma awardees from the State on Sunday.

Date: 27th January 2020 Publication: The Hindu Edition: Online Journalist: NA Headline: Padma Awards 2020: Seven unique achievers bring laurels for Kerala URL: https://www.thehindu.com/news/national/kerala/seven-unique-achievers- bring-laurels-for-state/article30654325.ece

Padma Awards 2020: Seven unique achievers bring laurels for Kerala

Date: 27th January 2020 Publication: Deccan Herald Edition: Online Journalist: NA Professor: Prof. Pradeep Thalappil Headline: Tamil Nadu CM Edappadi K Palaniswami greets Padma awardees from state URL: https://www.deccanherald.com/national/south/tamil-nadu-cm-edappadi-k- palaniswami-greets-padma-awardees-from-state-798272.html

Tamil Nadu CM Edappadi K Palaniswami greets Padma awardees from state

Date: 27th January 2020 Publication: American Bazaar Edition: Online Journalist: Zofeen Maqsood Alumni: Mr. Prem Waste Headline: Indian American Jag Sheth gets Padma Bhushan URL: https://www.americanbazaaronline.com/2020/01/26/indian-american-jag- sheth-gets-padma-bhushan-440011/

Indian American Jag Sheth gets Padma Bhushan

As India celebrated its 71st Republic Day with the usual pomp and glory, the country also honored Indians abroad who have made exemplary contributions on a global scale and made the country of their birth proud.

This year’s list includes four topped by well-known marketing guru Jagdish Sheth, who gets Padma Bhushan, India’s third highest civilian honor, for literature and education.

S.P. Kothari and Prasanta Kumar Pattanaik were honored with Padma Shri, the fourth highest award, in the same category. Romesh Tekchand Wadhwani got the Padma Shri for trade and industry.

Sheth’s book Theory of Buyer Behavior, which he co-authored with John Howard, who was his professor and mentor, is known as a “bible” in the field of consumer psychology and marketing.

“Cleary I am very humbled by the recognition and thankful to the nation and the Indian government,” Sheth, the Charles H. Kellstadt Professor of Business at Emory University Goizueta Business School, told the American Bazaar by phone on Sunday.

The Atlanta resident said there are “several reasons” he was happy. “It is a recognition for the Indian American academic community, as well,” he said. “While the academic community in the fields of science and technology is already recognized for their accomplishments, it is for the first time that the efforts of marketing and business discipline are recognized in India.”

Sheth was born in Myanmar, which was then known as Burma, in 1938. After Japan invaded Burma in 1940, all the minorities were forced to flee the country. His family was forced to leave Burma when he was barely 2-and-a-half years old. “I am a refugee from Burma, and I would have been a merchant,” he said. “But I am educator. This should be an inspiration for the youngsters. If I can do it, anybody can.”

The professor encouraged members of the diaspora to give back to India. “India invested in our education,” he said. “We as NRIs should repay our debt to the country.”

Prior to joining Emory, Sheth was the Robert E. Brooker Professor of Marketing at the University of Southern California and the Walter H. Stellner Distinguished Professor of Marketing at the University of Illinois.

He has been on the faculty of Columbia University and Massachusetts Institute of Technology. He has a PhD and an MBA from the University of Pittsburgh.

With a B. Com degree from Madras University, Sheth is a fellow at American Psychological Association and a former president at Association for Consumer Research.

Sheth is married to Madhu Sheth and the couple lives in Atlanta.

Padma Shri award recipient S.P. Kothari is the Gordon Y Billard Professor of Accounting and Finance at the Sloan School of Management.

He also served as global head of equity research for Barclays Global Investors. Earlier, Kothari was Head of the Department of Economics, Finance, and Accounting at the MIT Sloan School of Management.

Kothari received his BE (Hons) from the Birla Institute of Technology & Science, Pilani and MBA from Indian Institute of Management, Ahmedabad. He also received a PhD from the University of Iowa.

Prasanta Kumar Pattanaik, emeritus professor at the Department of Economics, University of California, is a pioneer of the alternative methods of measuring social and cultural deprivation.

Along with Amartya Sen and Kenneth Arrow, Pattanaik is also an advisory editor for Social Choice and Welfare.

Pattanaik got his degree in economics from Odisha, India, where he hails from. He then went on to study for his master’s and doctorate, both in economics, at Delhi School of Economics in Delhi.

Romesh Wadhwani is the founder and CEO of Symphony Technology Group. A bachelor from Indian Institute of Technology, Bombay, Wadhwani came to the US from Karachi at the time of India’s partition. He then did his masters at Carnegie Mellon University.

The Padma Shri was also awarded to American Buddhist author and academic Robert Thurman for literature and education besides Indo-Canadian businessman Prem Watsa for trade and industry.

Thurman, Professor of Indo-Tibetan Buddhist Studies at Columbia University, is the co- founder and president of the Tibet House US, New York. He translated the Vimalakirti Sutra from the Tibetan Kanjur into English.

An IIT Madras alumnus, Hyderabad born Prem Watsa is an Indo-Canadian billionaire businessman. Founder, chairman, and chief executive of Fairfax Financial Holdings, based in Toronto, he has been called the “Canadian Warren Buffett.”

Date: 27th January 2020 Publication: DT Next Edition: Chennai Page No: 1 & 8 Journalist: NA Headline: Jaitley, Sushma, Fernandes given Padma Vibhushan posthumously

Date: 28th January 2020 Publication: The New Indian Express - Edex Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT Madras professors and an alumnus conferred with prestigious Padma awards URL: https://www.edexlive.com/happening/2020/jan/27/iit-madras-professors-and- an-alumnus-conferred-with-prestigious-padma-awards-10028.html

IIT Madras professors and an alumnus conferred with prestigious Padma awards Distinguished members from the IIT Madras family were conferred with the Padma awards recently. Pradeep Thalappil, a professor at the Department of Chemistry; and Prem Watsa, Founder-Chairman, Fairfax Financial Holdings, and Distinguished Alumnus, Batch of 1971; won the Padma Shri while Venu Srinivasan, Chairman, TVS Group and Honorary Professor of Practice, IIT Madras, was conferred the Padma Bhushan.

'The Institute congratulates all three awardees for this well-deserved honour in recognition of their work and contributions' the Director of IIT Madras Bhaskar Ramamurthy said in a statement.

A total of 141 citizens received the Padma award this year which comprises seven Padma Vibhushan, 16 Padma Bhushan and 118 Padma Shri awards. Congratulating the recipients for their contributions in the respective fields, Prime Minister Modi wrote on Twitter, “Congratulations to all those who have been conferred the Padma Awards. The awardees include extraordinary individuals who have made exceptional contributions to our society, nation and humanity.”

Date: 28th January 2020 Publication: Careers 360 Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Three from IIT-M community bag Padma Awards 2020 URL: https://news.careers360.com/three-from-iit-m-community-bag-padma-awards- 2020

Three from IIT-M community bag Padma Awards 2020

Distinguished members from the IIT Madras family were conferred with the Padma awards recently. Pradeep Thalappil, a professor at the Department of Chemistry; and Prem Watsa, Founder-Chairman, Fairfax Financial Holdings, and Distinguished Alumnus, Batch of 1971; won the Padma Shri while Venu Srinivasan, Chairman, TVS Group and Honorary Professor of Practice, IIT Madras, was conferred the Padma Bhushan.

'The Institute congratulates all three awardees for this well-deserved honour in recognition of their work and contributions' the Director of IIT Madras Bhaskar Ramamurthy said in a statement.

A total of 141 citizens received the Padma award this year which comprises seven Padma Vibhushan, 16 Padma Bhushan and 118 Padma Shri awards. Congratulating the recipients for their contributions in the respective fields, Prime Minister Modi wrote on Twitter, “Congratulations to all those who have been conferred the Padma Awards. The awardees include extraordinary individuals who have made exceptional contributions to our society, nation and humanity.”

Date: 28th January 2020 Publication: The Times of India - Education Times Edition: Online Journalist: NA Professor: Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Padma Awards: IIT Madras professor conferred with Padma Shri for developing affordable water solutions using nanotechnology URL: https://www.educationtimes.com/article/newsroom/73657042/padma-awards- iit-madras-professor-conferred-with-padma-shri-for-developing-affordable-water- solutions-using-nanotechnology.html

Padma Awards: IIT Madras professor conferred with Padma Shri for developing affordable water solutions using nanotechnology

Honouring his work to develop affordable and safe drinking water solutions using nanomaterials that has impacted nearly 9 million people across India, a professor from the Indian Institute of Technology, Madras (IIT-M) has been conferred with Padma Shri. is among the 118 winners from different backgrounds who have won the coveted award.

Besides Pradeep, Prem Watsa, an alumnus of 1971 batch of IIT Madras and the founder-chairman of Fairfax Financial Holdings has won the Padma Shri 2020. Venu Srinivasan, chairman of TVS Group and honorary professor of practice, IIT-M has been conferred with the Padma Bhushan.

Pradeep is one of the participants of the International Centre for Clean Water (ICCW) – a nanoscience unit of the Department of Science and Technology (DST) – that is housed at the IIT Madras research park. He was awarded The World Academy of Sciences (TWAS) prize for Chemistry in 2018.

This year, a total of 118 individuals have been awarded the Padma Shri whereas the Padma Bhushan and Padma Vibhushan have been given to 16 and 7 people, respectively.

Date: 28th January 2020 Publication: News D Edition: Online Journalist: NA Professor: Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: Republic Day 2020: IIT-Madras professor, two alumni honoured with Padma awards URL: https://newsd.in/republic-day-2020-iit-madras-professor-two-alumni-honoured- with-padma-awards/

Republic Day 2020: IIT-Madras professor, two alumni honoured with Padma awards

Honouring his work to develop affordable and safe drinking water solutions using nanomaterials that has impacted nearly 9 million people across India, a professor from the Indian Institute of Technology, Madras (IIT-M) has been conferred with Padma Shri. Thalappil Pradeep is among the 118 winners from different backgrounds who have won the coveted award.

Besides Pradeep, Prem Watsa, an alumnus of 1971 batch of IIT Madras and the founder-chairman of Fairfax Financial Holdings has won the Padma Shri 2020. Venu Srinivasan, chairman of TVS Group and honorary professor of practice, IIT-M has been conferred with the Padma Bhushan.

Pradeep is one of the participants of the International Centre for Clean Water (ICCW) – a nanoscience unit of the Department of Science and Technology (DST) – that is housed at the IIT Madras research park. He was awarded The World Academy of Sciences (TWAS) prize for Chemistry in 2018.

This year, a total of 118 individuals have been awarded the Padma Shri whereas the Padma Bhushan and Padma Vibhushan have been given to 16 and 7 people, respectively.

Date: 28th January 2020 Publication: College Dekho Edition: Online Journalist: Diksha Sharma Professor: Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: IIT Madras: Two Alumni and One Professor Endowed with the Padma Awards URL: https://www.collegedekho.com/news/iit-madras-alumni-professor-confer- padma-awards-18390/

IIT Madras: Two Alumni and One Professor Endowed with the Padma Awards

Honouring his work to develop affordable and safe drinking water solutions using nanomaterials that has impacted nearly 9 million people across India, a professor from the Indian Institute of Technology, Madras (IIT-M) has been conferred with Padma Shri. Thalappil Pradeep is among the 118 winners from different backgrounds who have won the coveted award.

Besides Pradeep, Prem Watsa, an alumnus of 1971 batch of IIT Madras and the founder-chairman of Fairfax Financial Holdings has won the Padma Shri 2020. Venu Srinivasan, chairman of TVS Group and honorary professor of practice, IIT-M has been conferred with the Padma Bhushan.

Pradeep is one of the participants of the International Centre for Clean Water (ICCW) – a nanoscience unit of the Department of Science and Technology (DST) – that is housed at the IIT Madras research park. He was awarded The World Academy of Sciences (TWAS) prize for Chemistry in 2018.

This year, a total of 118 individuals have been awarded the Padma Shri whereas the Padma Bhushan and Padma Vibhushan have been given to 16 and 7 people, respectively.

Date: 28th January 2020 Publication: The Hindu Tamil Edition: Online Journalist: NA Professor: Prof. Venu Srinivasan, Prof. Pradeep Thalappil Alumni: Mr. Prem Watsa Headline: பேரா殿ரியர்கள் , 믁ன்னாள் மாணவ쏁க்埁 ேத்ம ힿ쏁鏁கள் : ஐஐ羿 பே쏁뮿தம் URL: https://www.hindutamil.in/news/vetrikodi/news/536815-iit-madras-faculty- alumnus-conferred-with-padma-awards.html

பேரா殿ரியர்கள் , 믁ன்னாள் மாணவ쏁க்埁 ேத்ம ힿ쏁鏁கள் : ஐஐ羿 பே쏁뮿தம்

Date: 29th January 2020 Publication: NDTV Edition: Electronic Journalist: Mr. Sam Daniel Professor: Prof T. Pradeep Headline: IIT Madras Teacher, A Padma Shri Awardee, On Affordable Technology To Purify Water https://www.youtube.com/watch?v=1BFgp9Qcm58 URL: https://we.tl/t-dKoeyBK0I6

Date: 29th January 2020 Publication: India Web 2 Edition: Online Journalist: NA Headline: 96 Indian Universities Make It to QS World University Rankings URL: https://www.indianweb2.com/2020/01/28/96-indian-universities-make-it-to-qs- world-university-rankings/

96 Indian Universities Make It to QS World University Rankings

Date: 31st January 2020 Publication: Big Show Prime Edition: Online Journalist: NA Professor: Prof. T. Pradeep Headline: T. Pradeep IIT Madras receives Padma Shri 2020 in Science & Technology - Suresh Menon & Alexa URL: https://www.youtube.com/watch?v=xJLY7S7cRTw

T. Pradeep IIT Madras receives Padma Shri 2020 in Science & Technology - Suresh Menon & Alexa

IIT Madras is a multicultural institute

Date: 1st January 2020 Publication: India Today Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras to host student-run tech festival Shaastra URL: https://www.indiatoday.in/education-today/news/story/iit-madras-to-host- student-run-tech-festival-shaastra-1632905-2019-12-31

IIT Madras to host student-run tech festival Shaastra

Indian Institute of Technology Madras (IIT Madras) is all set to host Shaastra 2020, one of the largest tech festivals in India to be completely run by students. This flagship event will be held between January 3 and 6, 2020 with a host of events planned. This will be the 20th Edition of this annual event. Nearly 40 events and 30 workshops have been scheduled this year with a total footfall of over 40,000 students, participants and visitors expected. An exhibition featuring student innovations, startups and visiting college teams is being organized at the KV Grounds in IIT Madras campus on all four days, which will be open to the public.

The theme for this year's edition of Shaastra is 'Parsec to Plank,' focussing on miniaturization, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or superior quality. The first 'computer' to be invented, ENIAC, occupied around 18,000 square feet and weighed almost 50 tons!

Benefitting one and all with the fest Addressing a Press Conference on campus today (December 31, 2019), Prof Bhaskar Ramamurthi, Director, IIT Madras, said, "We have many clubs to encourage co- curricular activities. This event is completely run by students, with faculty only having an advisory role. Various parts of the Institute are connected to Shaastra and through this event, they learn how to go beyond the classroom and reach out to a large student community across the country. Everybody benefits, we learn and our students learn along with the visiting students. This is an event to connect with students across the country."

This year, IIT Madras students have introduced 'Assistive Technology (AT) Makeathon' in collaboration with IIT Madras' TTK Center for Rehabilitation Research and Device Development (R2D2), which developed India's first indigenously designed standing wheelchair. The objective is to provide effective solutions by combining students' ideas and innovations with the resources of R2D2. This will help enhance the quality of life for the elderly, adults and children with disabilities by implementing successful prototypes designed by students. This will also create a mindset for social entrepreneurship among engineering students by providing them with a platform to showcase their ideas and enabling them to set up their start-ups.

Highlighting the unique aspects of Shaastra 2020, Prof M.S. Sivakumar, Dean (Students), IIT Madras, said, "As a premier institute leading in the fields of engineering, technology and sciences, we put extensive efforts in building an ecosystem that provides opportunities to learn, collaborate and innovate. These efforts culminate into the mega-event that Shaastra is."

This year, Shaastra is collaborating with defence technology start-ups, manufacturers and the military to host a 'Defence Expo', which will shed light on the technological advancements in the robust and dynamic Defence Technology space."

Also, the Global Disability Innovation (GDI) Hub, a movement based in UCL, London, to accelerate disability innovation, will be the mentoring the 'Assistive Technology (AT) Makeathon,' GDI hub aims to build a movement to accelerate disability innovation for creating a fairer world. In addition to the prize money, winners will have the opportunity to be supported with business acceleration at GDI Hub as part of a new Inclusive Innovation Ecosystem.

Elaborating on the event, Prof Shaikh Faruque Ali, Faculty Advisor, Shaastra, IIT Madras, said, "Shaastra has always believed in giving back to the society in meaningful ways and creating grassroots impact. Shaastra 2020's social endeavour, BLINK, continues this legacy by empowering the visually impaired and enabling them to realise their full potential."

Further, Prof Shaikh Faruque Ali said, "We also have 'The Institute Open House' this year, an event through which we wish to showcase our innovation. Along with this, we will be hosting participants at the IIT Madras Research Park"

In a novel initiative named 'BLINK,' IIT Madras students have been working with organizations across the city to transform the pedagogy for visually-impaired students, particularly for those in primary and secondary schools. The campaign has reached out to over 200 students so far and the team is currently looking to expand their reach to other cities in Tamil Nadu.

The Institute Open House at Shaastra 2020 will be a two-day event happening on the January 3 and 4, 2020 dedicated to providing an insight into the pathbreaking research work, student projects and the numerous advanced facilities present at IIT Madras.

Sharing the student experiences in organizing such a massive event, Kollipara Pravallika, Co-Curricular Affairs Secretary, IIT Madras, said, "Every edition of Shaastra rolls out multiple events, shows, lectures and workshops with a single goal in mind, to promote 'the Spirit of Engineering.' Shaastra 2020 upholds the same spirit through the myriad of events it organises. This year's Shaastra will be hosting prominent leaders from various fields, such as Dr VK Saraswat, former director general of DRDO and Lord Meghnad Desai, eminent economist." Kollipara Pravallika added, "We are also holding competitions at an unprecedented scale, like Boeing's National Aeromodelling Competition and the Indian Drone Racing League."

Alexandre Agular, Vice President, Engineering of Socure, Shaastra 2020's title sponsor, added, "Socure is proud to associate with South India's largest technical festival and we are looking forward to the events and workshops scheduled during the 4 days of Shaastra and to engage with the student community."

Shaastra 2020 will also host Defence Tech Summit, which consists of lectures from the best minds in the field, live demos, hands-on workshops, a defence expo showcasing tech from the Armed Forces, defence tech companies and start-ups, and competitions that will challenge the participants to go beyond their boundaries.

The Defence Expo is an exhibition of the products of nascent defence technology start-ups, established manufacturers and the military. It will be conducted over the course of the 3 days of the Summit. Through this, the Defence Tech Summit intends to bring exposure to the participants of both Summit and Shaastra alike in the Defence Technology space.

Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras set to host Shaastra, one of India’s largest Student-run Tech Festivals URL: https://indiaeducationdiary.in/iit-madras-set-to-host-shaastra-one-of-- largest-student-run-tech-festivals/

IIT Madras set to host Shaastra, one of India’s largest Student-run Tech Festivals

Indian Institute of Technology Madras (IIT Madras) is all set to host Shaastra 2020, one of the largest tech festivals in India to be completely run by students. This flagship event will be held between January 3 and 6, 2020 with a host of events planned. This will be the 20th Edition of this annual event. Nearly 40 events and 30 workshops have been scheduled this year with a total footfall of over 40,000 students, participants and visitors expected. An exhibition featuring student innovations, startups and visiting college teams is being organized at the KV Grounds in IIT Madras campus on all four days, which will be open to the public.

The theme for this year's edition of Shaastra is 'Parsec to Plank,' focussing on miniaturization, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or superior quality. The first 'computer' to be invented, ENIAC, occupied around 18,000 square feet and weighed almost 50 tons!

Benefitting one and all with the fest Addressing a Press Conference on campus today (December 31, 2019), Prof Bhaskar Ramamurthi, Director, IIT Madras, said, "We have many clubs to encourage co- curricular activities. This event is completely run by students, with faculty only having an advisory role. Various parts of the Institute are connected to Shaastra and through this event, they learn how to go beyond the classroom and reach out to a large student community across the country. Everybody benefits, we learn and our students learn along with the visiting students. This is an event to connect with students across the country."

This year, IIT Madras students have introduced 'Assistive Technology (AT) Makeathon' in collaboration with IIT Madras' TTK Center for Rehabilitation Research and Device Development (R2D2), which developed India's first indigenously designed standing wheelchair. The objective is to provide effective solutions by combining students' ideas and innovations with the resources of R2D2. This will help enhance the quality of life for the elderly, adults and children with disabilities by implementing successful prototypes designed by students. This will also create a mindset for social entrepreneurship among engineering students by providing them with a platform to showcase their ideas and enabling them to set up their start-ups.

Highlighting the unique aspects of Shaastra 2020, Prof M.S. Sivakumar, Dean (Students), IIT Madras, said, "As a premier institute leading in the fields of engineering, technology and sciences, we put extensive efforts in building an ecosystem that provides opportunities to learn, collaborate and innovate. These efforts culminate into the mega-event that Shaastra is."

This year, Shaastra is collaborating with defence technology start-ups, manufacturers and the military to host a 'Defence Expo', which will shed light on the technological advancements in the robust and dynamic Defence Technology space."

Also, the Global Disability Innovation (GDI) Hub, a movement based in UCL, London, to accelerate disability innovation, will be the mentoring the 'Assistive Technology (AT) Makeathon,' GDI hub aims to build a movement to accelerate disability innovation for creating a fairer world. In addition to the prize money, winners will have the opportunity to be supported with business acceleration at GDI Hub as part of a new Inclusive Innovation Ecosystem.

Elaborating on the event, Prof Shaikh Faruque Ali, Faculty Advisor, Shaastra, IIT Madras, said, "Shaastra has always believed in giving back to the society in meaningful ways and creating grassroots impact. Shaastra 2020's social endeavour, BLINK, continues this legacy by empowering the visually impaired and enabling them to realise their full potential."

Further, Prof Shaikh Faruque Ali said, "We also have 'The Institute Open House' this year, an event through which we wish to showcase our innovation. Along with this, we will be hosting participants at the IIT Madras Research Park"

In a novel initiative named 'BLINK,' IIT Madras students have been working with organizations across the city to transform the pedagogy for visually-impaired students, particularly for those in primary and secondary schools. The campaign has reached out to over 200 students so far and the team is currently looking to expand their reach to other cities in Tamil Nadu.

The Institute Open House at Shaastra 2020 will be a two-day event happening on the January 3 and 4, 2020 dedicated to providing an insight into the pathbreaking research work, student projects and the numerous advanced facilities present at IIT Madras.

Sharing the student experiences in organizing such a massive event, Kollipara Pravallika, Co-Curricular Affairs Secretary, IIT Madras, said, "Every edition of Shaastra rolls out multiple events, shows, lectures and workshops with a single goal in mind, to promote 'the Spirit of Engineering.' Shaastra 2020 upholds the same spirit through the myriad of events it organises. This year's Shaastra will be hosting prominent leaders from various fields, such as Dr VK Saraswat, former director general of DRDO and Lord Meghnad Desai, eminent economist." Kollipara Pravallika added, "We are also holding competitions at an unprecedented scale, like Boeing's National Aeromodelling Competition and the Indian Drone Racing League."

Alexandre Agular, Vice President, Engineering of Socure, Shaastra 2020's title sponsor, added, "Socure is proud to associate with South India's largest technical festival and we are looking forward to the events and workshops scheduled during the 4 days of Shaastra and to engage with the student community."

Shaastra 2020 will also host Defence Tech Summit, which consists of lectures from the best minds in the field, live demos, hands-on workshops, a defence expo showcasing tech from the Armed Forces, defence tech companies and start-ups, and competitions that will challenge the participants to go beyond their boundaries.

The Defence Expo is an exhibition of the products of nascent defence technology start-ups, established manufacturers and the military. It will be conducted over the course of the 3 days of the Summit. Through this, the Defence Tech Summit intends to bring exposure to the participants of both Summit and Shaastra alike in the Defence Technology space.

Date: 1st January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: Defence expo at IIT-Ms tech fest Shaastra 2020 URL: http://www.uniindia.com/~/defence-expo-at-iit-m-s-tech-fest-shaastra- 2020/States/news/1838704.html

Defence expo at IIT-Ms tech fest Shaastra 2020

Indian Institute of Technology Madras (IIT Madras) is all set to host Shaastra 2020, one of the largest tech festivals in India to be completely run by students. This flagship event will be held between January 3 and 6, 2020 with a host of events planned. This will be the 20th Edition of this annual event. Nearly 40 events and 30 workshops have been scheduled this year with a total footfall of over 40,000 students, participants and visitors expected. An exhibition featuring student innovations, startups and visiting college teams is being organized at the KV Grounds in IIT Madras campus on all four days, which will be open to the public.

The theme for this year's edition of Shaastra is 'Parsec to Plank,' focussing on miniaturization, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or superior quality. The first 'computer' to be invented, ENIAC, occupied around 18,000 square feet and weighed almost 50 tons!

Benefitting one and all with the fest Addressing a Press Conference on campus today (December 31, 2019), Prof Bhaskar Ramamurthi, Director, IIT Madras, said, "We have many clubs to encourage co- curricular activities. This event is completely run by students, with faculty only having an advisory role. Various parts of the Institute are connected to Shaastra and through this event, they learn how to go beyond the classroom and reach out to a large student community across the country. Everybody benefits, we learn and our students learn along with the visiting students. This is an event to connect with students across the country."

This year, IIT Madras students have introduced 'Assistive Technology (AT) Makeathon' in collaboration with IIT Madras' TTK Center for Rehabilitation Research and Device Development (R2D2), which developed India's first indigenously designed standing wheelchair. The objective is to provide effective solutions by combining students' ideas and innovations with the resources of R2D2. This will help enhance the quality of life for the elderly, adults and children with disabilities by implementing successful prototypes designed by students. This will also create a mindset for social entrepreneurship among engineering students by providing them with a platform to showcase their ideas and enabling them to set up their start-ups.

Highlighting the unique aspects of Shaastra 2020, Prof M.S. Sivakumar, Dean (Students), IIT Madras, said, "As a premier institute leading in the fields of engineering, technology and sciences, we put extensive efforts in building an ecosystem that provides opportunities to learn, collaborate and innovate. These efforts culminate into the mega-event that Shaastra is."

This year, Shaastra is collaborating with defence technology start-ups, manufacturers and the military to host a 'Defence Expo', which will shed light on the technological advancements in the robust and dynamic Defence Technology space."

Also, the Global Disability Innovation (GDI) Hub, a movement based in UCL, London, to accelerate disability innovation, will be the mentoring the 'Assistive Technology (AT) Makeathon,' GDI hub aims to build a movement to accelerate disability innovation for creating a fairer world. In addition to the prize money, winners will have the opportunity to be supported with business acceleration at GDI Hub as part of a new Inclusive Innovation Ecosystem.

Elaborating on the event, Prof Shaikh Faruque Ali, Faculty Advisor, Shaastra, IIT Madras, said, "Shaastra has always believed in giving back to the society in meaningful ways and creating grassroots impact. Shaastra 2020's social endeavour, BLINK, continues this legacy by empowering the visually impaired and enabling them to realise their full potential."

Further, Prof Shaikh Faruque Ali said, "We also have 'The Institute Open House' this year, an event through which we wish to showcase our innovation. Along with this, we will be hosting participants at the IIT Madras Research Park"

In a novel initiative named 'BLINK,' IIT Madras students have been working with organizations across the city to transform the pedagogy for visually-impaired students, particularly for those in primary and secondary schools. The campaign has reached out to over 200 students so far and the team is currently looking to expand their reach to other cities in Tamil Nadu.

The Institute Open House at Shaastra 2020 will be a two-day event happening on the January 3 and 4, 2020 dedicated to providing an insight into the pathbreaking research work, student projects and the numerous advanced facilities present at IIT Madras.

Sharing the student experiences in organizing such a massive event, Kollipara Pravallika, Co-Curricular Affairs Secretary, IIT Madras, said, "Every edition of Shaastra rolls out multiple events, shows, lectures and workshops with a single goal in mind, to promote 'the Spirit of Engineering.' Shaastra 2020 upholds the same spirit through the myriad of events it organises. This year's Shaastra will be hosting prominent leaders from various fields, such as Dr VK Saraswat, former director general of DRDO and Lord Meghnad Desai, eminent economist." Kollipara Pravallika added, "We are also holding competitions at an unprecedented scale, like Boeing's National Aeromodelling Competition and the Indian Drone Racing League."

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Alexandre Agular, Vice President, Engineering of Socure, Shaastra 2020's title sponsor, added, "Socure is proud to associate with South India's largest technical festival and we are looking forward to the events and workshops scheduled during the 4 days of Shaastra and to engage with the student community."

Shaastra 2020 will also host Defence Tech Summit, which consists of lectures from the best minds in the field, live demos, hands-on workshops, a defence expo showcasing tech from the Armed Forces, defence tech companies and start-ups, and competitions that will challenge the participants to go beyond their boundaries.

The Defence Expo is an exhibition of the products of nascent defence technology start-ups, established manufacturers and the military. It will be conducted over the course of the 3 days of the Summit. Through this, the Defence Tech Summit intends to bring exposure to the participants of both Summit and Shaastra alike in the Defence Technology space.

Date: 1st January 2020 Publication: DT Next Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi and Prof M.S. Sivakumar Headline: Miniatures to make maximum show at IIT-M’s Shaastra 2020 URL: https://www.dtnext.in/News/City/2020/01/01010742/1206951/Miniatures-to- make-maximum-show-at-IITMs-Shaastra-.vpf

Miniatures to make maximum show at IIT-M’s Shaastra 2020

Indian Institute of Technology Madras (IIT Madras) is all set to host Shaastra 2020, one of the largest tech festivals in India to be completely run by students. This flagship event will be held between January 3 and 6, 2020 with a host of events planned. This will be the 20th Edition of this annual event. Nearly 40 events and 30 workshops have been scheduled this year with a total footfall of over 40,000 students, participants and visitors expected. An exhibition featuring student innovations, startups and visiting college teams is being organized at the KV Grounds in IIT Madras campus on all four days, which will be open to the public.

The theme for this year's edition of Shaastra is 'Parsec to Plank,' focussing on miniaturization, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or superior quality. The first 'computer' to be invented, ENIAC, occupied around 18,000 square feet and weighed almost 50 tons!

Benefitting one and all with the fest Addressing a Press Conference on campus today (December 31, 2019), Prof Bhaskar Ramamurthi, Director, IIT Madras, said, "We have many clubs to encourage co- curricular activities. This event is completely run by students, with faculty only having an advisory role. Various parts of the Institute are connected to Shaastra and through this event, they learn how to go beyond the classroom and reach out to a large student community across the country. Everybody benefits, we learn and our students learn along with the visiting students. This is an event to connect with students across the country."

This year, IIT Madras students have introduced 'Assistive Technology (AT) Makeathon' in collaboration with IIT Madras' TTK Center for Rehabilitation Research and Device Development (R2D2), which developed India's first indigenously designed standing wheelchair. The objective is to provide effective solutions by combining students' ideas and innovations with the resources of R2D2. This will help enhance the quality of life for the elderly, adults and children with disabilities by implementing successful prototypes designed by students. This will also create a mindset for social entrepreneurship among engineering students by providing them with a platform to showcase their ideas and enabling them to set up their start-ups.

Highlighting the unique aspects of Shaastra 2020, Prof M.S. Sivakumar, Dean (Students), IIT Madras, said, "As a premier institute leading in the fields of engineering, technology and sciences, we put extensive efforts in building an ecosystem that provides opportunities to learn, collaborate and innovate. These efforts culminate into the mega-event that Shaastra is."

This year, Shaastra is collaborating with defence technology start-ups, manufacturers and the military to host a 'Defence Expo', which will shed light on the technological advancements in the robust and dynamic Defence Technology space."

Also, the Global Disability Innovation (GDI) Hub, a movement based in UCL, London, to accelerate disability innovation, will be the mentoring the 'Assistive Technology (AT) Makeathon,' GDI hub aims to build a movement to accelerate disability innovation for creating a fairer world. In addition to the prize money, winners will have the opportunity to be supported with business acceleration at GDI Hub as part of a new Inclusive Innovation Ecosystem.

Elaborating on the event, Prof Shaikh Faruque Ali, Faculty Advisor, Shaastra, IIT Madras, said, "Shaastra has always believed in giving back to the society in meaningful ways and creating grassroots impact. Shaastra 2020's social endeavour, BLINK, continues this legacy by empowering the visually impaired and enabling them to realise their full potential."

Further, Prof Shaikh Faruque Ali said, "We also have 'The Institute Open House' this year, an event through which we wish to showcase our innovation. Along with this, we will be hosting participants at the IIT Madras Research Park"

In a novel initiative named 'BLINK,' IIT Madras students have been working with organizations across the city to transform the pedagogy for visually-impaired students, particularly for those in primary and secondary schools. The campaign has reached out to over 200 students so far and the team is currently looking to expand their reach to other cities in Tamil Nadu.

The Institute Open House at Shaastra 2020 will be a two-day event happening on the January 3 and 4, 2020 dedicated to providing an insight into the pathbreaking research work, student projects and the numerous advanced facilities present at IIT Madras.

Sharing the student experiences in organizing such a massive event, Kollipara Pravallika, Co-Curricular Affairs Secretary, IIT Madras, said, "Every edition of Shaastra rolls out multiple events, shows, lectures and workshops with a single goal in mind, to promote 'the Spirit of Engineering.' Shaastra 2020 upholds the same spirit through the myriad of events it organises. This year's Shaastra will be hosting prominent leaders from various fields, such as Dr VK Saraswat, former director general of DRDO and Lord Meghnad Desai, eminent economist." Kollipara Pravallika added, "We are also holding competitions at an unprecedented scale, like Boeing's National Aeromodelling Competition and the Indian Drone Racing League."

Alexandre Agular, Vice President, Engineering of Socure, Shaastra 2020's title sponsor, added, "Socure is proud to associate with South India's largest technical festival and we are looking forward to the events and workshops scheduled during the 4 days of Shaastra and to engage with the student community."

Shaastra 2020 will also host Defence Tech Summit, which consists of lectures from the best minds in the field, live demos, hands-on workshops, a defence expo showcasing tech from the Armed Forces, defence tech companies and start-ups, and competitions that will challenge the participants to go beyond their boundaries.

The Defence Expo is an exhibition of the products of nascent defence technology start-ups, established manufacturers and the military. It will be conducted over the course of the 3 days of the Summit. Through this, the Defence Tech Summit intends to bring exposure to the participants of both Summit and Shaastra alike in the Defence Technology space.

Date: 1st January 2020 Publication: Telangana Today Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras to host Shaastra, one of the largest student-run tech festival URL: https://telanganatoday.com/iit-madras-to-host-shaastra-one-of-the-largest- student-run-tech-festival

IIT Madras to host Shaastra, one of the largest student-run tech festival

Indian Institute of Technology Madras (IIT Madras) is all set to host Shaastra 2020, one of the largest tech festivals in India to be completely run by students. This flagship event will be held between January 3 and January 6, 2020 with a host of events planned. This will be the 20th Edition of this annual event.

Nearly 40 events and 30 workshops have been scheduled this year with a total footfall of over 40,000 students, participants and visitors expected. An exhibition featuring student innovations, startups and visiting college teams is being organised at the KV Grounds in IIT Madras campus on all four days, which will be open to the public.

The theme for this year’s edition of Shaastra is ‘Parsec to Plank,’ focussing on miniaturisation, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or a superior quality. The first ‘computer’ to be invented, ENIAC, occupied around 18,000 square feet and weighed almost 50 tons!

Addressing a press conference on IIT Madras campus on Tuesday, Prof Bhaskar Ramamurthi, Director, IIT Madras, said, “We have many clubs to encourage co- curricular activities. This event is completely run by students, with faculty only having an advisory role. Various parts of the Institute are connected to Shaastra and through this event, they learn how to go beyond the classroom and reach out to a large student community across the country. Everybody benefits, we learn and our students learn along with the visiting students. This is an event to connect with students across the country.”

This year, IIT Madras students have introduced ‘Assistive Technology (AT) Makeathon’ in collaboration with IIT Madras’ TTK Center for Rehabilitation Research and Device Development (R2D2), which developed India’s first indigenously designed standing wheelchair. The objective is to provide effective solutions by combining students’ ideas and innovations with the resources of R2D2. This will help enhance the quality of life for the elderly, adults and children with disabilities by implementing successful prototypes designed by students. This will also create a mindset for social entrepreneurship among engineering students by providing them a platform to showcase their ideas and enabling them to set up their start-ups.

Highlighting the unique aspects of Shaastra 2020, Prof M.S. Sivakumar, Dean (Students), IIT Madras, said, “As a premier institute leading in the fields of engineering, technology and sciences, we put extensive efforts in building an ecosystem that provides opportunities to learn, collaborate and innovate. These efforts culminate into the mega-event that Shaastra is.”

This year, Shaastra is collaborating with defence technology start-ups, manufacturers and the military to host a ‘Defence Expo’, which will shed light on the technological advancements in the robust and dynamic Defence Technology space.” Also, the Global Disability Innovation (GDI) Hub, a movement based in UCL, London, to accelerate disability innovation, will be the mentoring the ‘Assistive Technology (AT) Makeathon,’ GDI hub aims to build a movement to accelerate disability innovation for creating a fairer world. In addition to the prize money, winners will have the opportunity to be supported with business acceleration at GDI Hub as part of a new Inclusive Innovation Ecosystem.

Elaborating on the event, Prof Shaikh Faruque Ali, Faculty Advisor, Shaastra, IIT Madras, said, “Shaastra has always believed in giving back to the society in meaningful ways and creating grassroots impact. Shaastra 2020’s social endeavour, BLINK, continues this legacy by empowering the visually impaired and enabling them to realise their full potential.” Further, Prof Shaikh Faruque Ali said, “We also have ‘The Institute Open House’ this year, an event through which we wish to showcase our innovation. Along with this, we will be hosting participants at the IIT Madras Research Park”

In a novel initiative named ‘BLINK,’ IIT Madras students have been working with organisations across the city to transform the pedagogy for visually-impaired students, particularly for those in primary and secondary schools. The campaign has reached out to over 200 students so far and the team is currently looking to expand their reach to other cities in Tamil Nadu. The Institute Open House at Shaastra 2020 will be a two- day event happening on the 3rd and 4th of January 2020 dedicated to providing an insight into the pathbreaking research work, student projects and the numerous advanced facilities present at IIT Madras.

Sharing the student experiences in organising such a massive event, Ms. Kollipara Pravallika, Co-Curricular Affairs Secretary, IIT Madras, said, “Every edition of Shaastra rolls out multiple events, shows, lectures and workshops with a single goal in mind, to promote ‘the Spirit of Engineering.’ Shaastra 2020 upholds the same spirit through the myriad of events it organises. This year’s Shaastra will be hosting prominent leaders from various fields, such as Dr. V.K.Saraswat, former director general of DRDO and Lord Meghnad Desai, eminent economist.”

Date: 1st January 2020 Publication: Notice Board Edition: Online Journalist: Shivam Sharma Professor: Prof. Bhaskar Ramamurthi Headline: Shaastra’20 – IIT Madras’ Technical Fest [Jan 3-6]: Registrations Open URL: https://www.noticebard.com/shaastra-20-iit-madras-technical-fest/

Shaastra’20 – IIT Madras’ Technical Fest [Jan 3-6]: Registrations Open

Indian Institute of Technology Madras (IIT Madras) is all set to host Shaastra 2020, one of the largest tech festivals in India to be completely run by students. This flagship event will be held between January 3 and January 6, 2020 with a host of events planned. This will be the 20th Edition of this annual event.

Nearly 40 events and 30 workshops have been scheduled this year with a total footfall of over 40,000 students, participants and visitors expected. An exhibition featuring student innovations, startups and visiting college teams is being organised at the KV Grounds in IIT Madras campus on all four days, which will be open to the public.

The theme for this year’s edition of Shaastra is ‘Parsec to Plank,’ focussing on miniaturisation, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or a superior quality. The first ‘computer’ to be invented, ENIAC, occupied around 18,000 square feet and weighed almost 50 tons!

Addressing a press conference on IIT Madras campus on Tuesday, Prof Bhaskar Ramamurthi, Director, IIT Madras, said, “We have many clubs to encourage co- curricular activities. This event is completely run by students, with faculty only having an advisory role. Various parts of the Institute are connected to Shaastra and through this event, they learn how to go beyond the classroom and reach out to a large student community across the country. Everybody benefits, we learn and our students learn along with the visiting students. This is an event to connect with students across the country.”

This year, IIT Madras students have introduced ‘Assistive Technology (AT) Makeathon’ in collaboration with IIT Madras’ TTK Center for Rehabilitation Research and Device Development (R2D2), which developed India’s first indigenously designed standing wheelchair. The objective is to provide effective solutions by combining students’ ideas and innovations with the resources of R2D2. This will help enhance the quality of life for the elderly, adults and children with disabilities by implementing successful prototypes designed by students. This will also create a mindset for social entrepreneurship among engineering students by providing them a platform to showcase their ideas and enabling them to set up their start-ups.

Highlighting the unique aspects of Shaastra 2020, Prof M.S. Sivakumar, Dean (Students), IIT Madras, said, “As a premier institute leading in the fields of engineering, technology and sciences, we put extensive efforts in building an ecosystem that provides opportunities to learn, collaborate and innovate. These efforts culminate into the mega-event that Shaastra is.”

This year, Shaastra is collaborating with defence technology start-ups, manufacturers and the military to host a ‘Defence Expo’, which will shed light on the technological advancements in the robust and dynamic Defence Technology space.” Also, the Global Disability Innovation (GDI) Hub, a movement based in UCL, London, to accelerate disability innovation, will be the mentoring the ‘Assistive Technology (AT) Makeathon,’ GDI hub aims to build a movement to accelerate disability innovation for creating a fairer world. In addition to the prize money, winners will have the opportunity to be supported with business acceleration at GDI Hub as part of a new Inclusive Innovation Ecosystem.

Elaborating on the event, Prof Shaikh Faruque Ali, Faculty Advisor, Shaastra, IIT Madras, said, “Shaastra has always believed in giving back to the society in meaningful ways and creating grassroots impact. Shaastra 2020’s social endeavour, BLINK, continues this legacy by empowering the visually impaired and enabling them to realise their full potential.” Further, Prof Shaikh Faruque Ali said, “We also have ‘The Institute Open House’ this year, an event through which we wish to showcase our innovation. Along with this, we will be hosting participants at the IIT Madras Research Park”

In a novel initiative named ‘BLINK,’ IIT Madras students have been working with organisations across the city to transform the pedagogy for visually-impaired students, particularly for those in primary and secondary schools. The campaign has reached out to over 200 students so far and the team is currently looking to expand their reach to other cities in Tamil Nadu. The Institute Open House at Shaastra 2020 will be a two- day event happening on the 3rd and 4th of January 2020 dedicated to providing an insight into the pathbreaking research work, student projects and the numerous advanced facilities present at IIT Madras.

Sharing the student experiences in organising such a massive event, Ms. Kollipara Pravallika, Co-Curricular Affairs Secretary, IIT Madras, said, “Every edition of Shaastra rolls out multiple events, shows, lectures and workshops with a single goal in mind, to promote ‘the Spirit of Engineering.’ Shaastra 2020 upholds the same spirit through the myriad of events it organises. This year’s Shaastra will be hosting prominent leaders from various fields, such as Dr. V.K.Saraswat, former director general of DRDO and Lord Meghnad Desai, eminent economist.”

Date: 1st January 2020 Publication: Daily Thanthi Edition: Online Journalist: NA Headline: வகக போட்羿க쿁டன் பென்கன ஐ.ஐ.羿.뾿ல் பதா펿ல்ꏁட்ே 鎿쏁ힿழா நாகள ம쟁நாள் பதாடங் 埁垿ற鏁 URL: https://www.dailythanthi.com/News/State/2020/01/01024355/Technology- Festival-at-IIT-Madras-Tomorrow-starts.vpf

வகக போட்羿க쿁டன் பென்கன ஐ.ஐ.羿.뾿ல் பதா펿ல்ꏁட்ே 鎿쏁ힿழா நாகள ம쟁நாள் பதாடங்埁垿ற鏁

மாணவர்களின் அ잿ힿயல் ஆர்வத்தத ஊக்埁ힿக்埁ம் ힿதமாக சென்தன 垿ண்羿뾿ல் உள்ள ஐ.ஐ.羿. வளாகத்鎿ல் சதா펿ல்ꏁட்ப 鎿쏁ힿழா (ொஸ்த்ரா - 2020) நதடசபற உள்ள鏁. இ鏁 சதாடர்பாக நநற்쟁 ஐ.ஐ.羿. இயக்埁னர் பாஸ்கர் ராம믂ர்த்鎿 நி쏁பர்க쿁க்埁 நபட்羿யளித்தார். அப்நபா鏁 அவர் 埂잿யதாவ鏁:-

ஐ.ஐ.羿.뾿ல் கடந்த 20 வ쏁டங்களாக இந்த சதா펿ல்ꏁட்ப 鎿쏁ힿழா நதடசப쟁垿ற鏁. என்玿னீயரிங் என்ப鏁 ꯁத்தகத்鎿ல் ப羿க்埁ம் பாடம் மட்翁ம் இல்லாமல், மாணவர்களின் சதா펿ல்ꏁட்ப 鎿றன்கதள뿁ம், ꯁ鎿ய சதா펿ல்ꏁட்ப எண்ணங்கதள செயல்வ羿வங்களாக மாற்ற இந்த 鎿쏁ힿழா உதퟁ垿ற鏁. இந்த சதா펿ல்ꏁட்ப 鎿쏁ힿழா 믂லம் மாணவர்க쿁க்埁 நல்ல பலன் 垿தடத்鏁 வ쏁垿ற鏁.

சென்தன 垿ண்羿 ஐ.ஐ.羿. வளாகத்鎿ல் தவத்鏁 நதடசப쟁ம் இந்த சதா펿ல்ꏁட்ப 鎿쏁ힿழாힿல் இந்鎿யாힿன் 믁க்垿ய நகரங்களில் உள்ள பள்ளி மற்쟁ம் கல்쯂ரி뾿ன் 40 ஆ뾿ரத்鏁க்埁ம் நமற்பட்ட மாணவர்கள் பங்நகற்க உள்ளனர். இந்த 鎿쏁ힿழாힿன் 殿றப்ꯁ அம்ெமாக ரா迁வ தளவாடங்கள் மற்쟁ம் சதா펿ல்ꏁட்பங்கள் கண்காட்殿 அதமக்கப்பட உள்ள鏁.

இந்த கண்காட்殿뾿ல் இந்鎿ய ரா迁வத்鎿ல் பயன்ப翁த்தப்ப翁ம் நퟀன சதா펿ல்ꏁட்பங்கள் , ரா迁வ தளவாடங்கள் உள்ளிட்டதவகள் மாணவர்களின் பார்தவக்காக தவக்கப்பட உள்ள鏁. இதன் 믂லம் மாணவர்க쿁க்埁 இந்鎿ய ரா迁வத்鎿ன் சதா펿ல்ꏁட்பங்கள் மற்쟁ம் செயல்பா翁கள் 埁잿த்鏁 சதரிந்鏁சகாள்ள உதힿயாக இ쏁க்埁ம்.

இந்த சதா펿ல்ꏁட்ப 鎿쏁ힿழாힿல் மாணவர்க쿁க்埁 40 வதகயான நபாட்羿க쿁ம் நடத்தப்பட உள்ளன. நம쯁ம் பா鏁காப்ꯁ ஆராய்ெ்殿 மற்쟁ம் நமம்பாட்翁 கழகத்鎿ன் 믁ன்னாள் இயக்埁னர் செனரல் ힿ.நக.ெரஸ்வத் உள்ளிட்ட பல்நவ쟁 믁க்垿ய ஆராய்ெ்殿யாளர்கள் கலந்鏁 சகாள்ள உள்ளனர்.

இந்த 鎿쏁ힿழாힿன் 믁க்垿ய நிகழ்வாக உதힿ சதா펿ல்ꏁட்ப கண்翁ꮿ羿ப்ꯁ நபாட்羿 நதடசபற உள்ள鏁. இந்த நபாட்羿뾿ல் மாணவர்க쿁க்埁 24 மணிநநரம் ஒ鏁க்கப்ப翁ம், அந்த நநரத்鎿ல் மாற்쟁த்鎿றனாளிகள் மற்쟁ம் 믁鎿யவர்க쿁க்埁 உதퟁம் வதக뾿ல் ꯁ鎿ய கண்翁 ꮿ羿ப்ꯁகதள தயாரிக்கநவண்翁ம்.

நாதள ம쟁நாள் (சவள்ளிக்垿ழதம) 믁தல் 6-ந்நத鎿 வதர 4 நாட்கள் இந்த சதா펿ல்ꏁட்ப 鎿쏁ힿழா நதடசப쟁垿ற鏁. இந்த 鎿쏁ힿழாힿல் சபா鏁மக்கள் இலவெமாக கலந்鏁 சகாள்ளலாம். நபாட்羿களில் பங்埁சப쟁ம் மாணவர்க쿁க்埁 ஐ.ஐ.羿. வளாகத்鎿ல் உள்ள ஆய்ퟁக்埂டங்கள் , மாணவர்களின் வ羿வதமப்ꯁகள் உள்ளிட்டதவகதள பார்தவ뾿டퟁம் வ펿வதக செய்யப்ப翁ம். இவ்வா쟁 அவர் 埂잿னார்.

Date: 1st January 2020 Publication: Aithority.com Edition: Online Journalist: NA Headline: Socure Named as Title Sponsor of Shaastra 2020 Student Tech Festival in Chennai URL: https://www.aithority.com/machine-learning/socure-named-as-title-sponsor-of- shaastra-2020-student-tech-festival-in-chennai/

Socure Named as Title Sponsor of Shaastra 2020 Student Tech Festival in Chennai the leader in Day Zero digital identity verification, announced that it has been named the title sponsor of Shaastra 2020, the world’s first ISO 9001:2015 certified, wholly student-run tech festival, being held January 3-6 at IIT Madras in Chennai, India. The four-day festival, which is celebrating its 20th anniversary in 2020, fosters innovation through engineering across numerous industries. Shaastra sessions include unique design and build challenges, machine learning workshops, technical forums, “B- school-style”competitions, and a Socure-sponsored online Hackathon on January 3rd at 1pm IST.

Socure named the title sponsor of Shaastra 2020 Student Tech Festival in Chennai

“During my many years at Cognizant, I gained a deep appreciation of the quality of education delivered by IIT Madras,” said Tom Thimot, CEO, Socure. “As such, we could not be more excited about supporting these world-changing students as the title sponsor of Shaastra 2020. This is an extremely unique event showcasing the wealth of talent in the Chennai region and bringing together some of the best young minds to creatively solve major engineering and technical challenges.”

Read More: Jumpstart Your Tech Journey With These CES 2020 Updates

Thimot continued, “As a fully student-focused conference, we are especially passionate about doing our part to champion the next generation of data scientists through Shaastra’s innovative forum, as we continue to expand our presence in the area.”

Socure, with facilities in New York, San Francisco, San Diego and Chennai, is dedicated to “Identifying More Real People in Real Time.” The company has garnered numerous recent accolades for its breakthrough work in the areas of and machine learning, including being named to the Forbes’ AI 50 list as one of America’s most promising AI companies, winning a 2019 API World’s Best Data API award, receiving a 2019 TIMMY Award for Best Tech Startup in New York City, and being honored with a 2019 FinTech Breakthrough Award for Innovation in Transaction Security.

Read More: GigaSpaces Launches Version 15.0 to Operationalize and Optimize Machine Learning

Socure applies artificial intelligence and machine learning techniques with trusted online/offline data intelligence from email, address, phone, IP, social media and the broader Internet to verify identities in real-time. Socure’s Day Zero Identity Magic focuses on starting identity verification during the onboarding phase, which has the dual advantage of preventing fraudsters from penetrating systems while maximizing auto approval rates. In addition to providing unmatched accuracy and nearly instant customer identification, Socure gives organizations an instant, data-driven view of digital reputation and fraud risk, helping them unlock innovation and growth.

Its customers include three of the top five U.S. banks, seven of the top 10 U.S. card issuers, as well as the majority of leading digital banks, lenders and insurers across the U.S

Date: 1st January 2020 Publication: ETV Bharat Edition: Online Journalist: NA Professor: Bhaskar Ramamurthi Headline: பென்கன ஐஐ羿뾿ல் பதா펿ல்ꏁட்ே கண்காட்殿 மற்쟁ம் க쏁த்தரங்埁! (IIT Madras hosts tech expo and workshops) URL: https://www.etvbharat.com/tamil/tamil-nadu/city/chennai/exhibition-starts-in- chennai-iit-about-students-discovers-and-defence-department-discovers/tamil- nadu20191231183058563

பென்கன ஐஐ羿뾿ல் பதா펿ல் ꏁட்ே கண்காட்殿 மற்쟁ம் க쏁த்தரங்埁! (IIT Madras hosts tech expo and workshops) 鏁சதாடர்பாக சென்தன ஐஐ羿 இயக்埁நர் பாஸ்கர் ராம믂ர்த்鎿 இன்쟁 செய்鎿யாளர்கதளெ் ெந்鎿த்தார். அப்நபா鏁, “ சென்தன ஐஐ羿 வளாகத்鎿ல் மாணவர்கள் நடத்தக்埂羿ய சதா펿ல்ꏁட்பக் கண்காட்殿 மற்쟁ம் க쏁த்தரங்埁 நிகழ்ெ்殿கள் வ쏁ம் 3ஆம் நத鎿 믁தல் 6ஆம் நத鎿வதர நதடசப쟁垿ற鏁. பள்ளி, கல்쯂ரி மாணவர்கள், சபா鏁மக்கள் இததன பார்ப்பதற்埁 இலவெமாக அꟁம鎿க்கப்ப翁வார்கள் .இந்鎿யப் பா鏁காப்ꯁத் 鏁தற뾿ன் கண்翁ꮿ羿ப்ꯁகள் , மாணவர்களின் பல்நவ쟁 கண்翁ꮿ羿ப்ꯁகள் இங்நக காட்殿ப்ப翁த்தப்பட இ쏁க்垿ன்றன. கண்காட்殿뾿ல் மாற்쟁த்鎿றனாளிகள் மற்쟁ம் 믁鎿நயா쏁க்கான ெக்கர நாற்கா쮿, பார்தவயற்நறா쏁க்கான ஊன்쟁நகால், 믁鎿நயா쏁க்கான ஊன்쟁நகால் ஆ垿யவற்தற கண்翁ꮿ羿ப்ப鏁 埁잿த்த ஹாக்கத்தான் நபாட்羿뿁ம் நதடசப쟁垿ற鏁. இக்கண்காட்殿뾿ல் நத殿ய அளힿலான மாணவர்கள் உட்பட சதா펿ற்கல்ힿ ப뾿லக்埂羿ய 毁மார் 40 ஆ뾿ரம் மாணவர்கள் கலந்鏁சகாள்வார்கள் என எ鎿ர்பார்க்கப்ப翁垿ற鏁 “ என்றார்.

Date: 2nd January 2020 Publication: Edition: Electronic Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras set to host Shaastra, one of India’s largest Student-run Tech Festivals URL: https://we.tl/t-g4t4voMcrR

Date: 2nd January 2020 Publication: DD Podhigai Edition: Electronic Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras set to host Shaastra, one of India’s largest Student-run Tech Festivals URL: https://we.tl/t-g4t4voMcrR

Date: 2nd January 2020 Publication: News 7 Edition: Electronic Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras set to host Shaastra, one of India’s largest Student-run Tech Festivals URL: https://we.tl/t-g4t4voMcrR

Date: 2nd January 2020 Publication: Thanthi TV Edition: Electronic Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: IIT Madras set to host Shaastra, one of India’s largest Student-run Tech Festivals URL: https://we.tl/t-g4t4voMcrR

Date: 2nd January 2020 Publication: The Hindu Edition: Chennai Page No: 2 Journalist: NA Headline: IIT-Madras Shaastra to be held from January 3 to 6 URL: https://www.thehindu.com/news/cities/chennai/iit-ms-shaastra-to-be-held- from-january-3-to-6/article30447192.ece

Date: 2nd January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. Bhaskar Ramamurthi and Prof M.S. Sivakumar Headline: IIT-M’s Shaastra 2020 to focus on miniaturisation URL: https://newstodaynet.com/index.php/2020/01/01/iit-ms-shaastra-2020-to-focus- on-miniaturisation/

Date: 2nd January 2020 Publication: The New Indian Express Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Headline: IIT-M tech fest Shaastra from Jan 3-6 URL: https://www.newindianexpress.com/cities/chennai/2020/jan/01/iit-m-tech-fest- shaastra-from-jan-3-6-2083393.html

Date: 2nd January 2020 Publication: The Times of India Edition: Chennai Page No: 4 Journalist: NA Professor: Prof. Bhaskar Ramamurthi and Prof M.S. Sivakumar Headline: Lights lasers robots — biggest tech fest is here URL: https://timesofindia.indiatimes.com/city/chennai/all-set-for-shaastra-2020-at-iit- madras/articleshow/73044313.cms

Date: 2nd January 2020 Publication: Deccan Chronicle Edition: Chennai Page No: 4 Journalist: NA Headline: 40k students expected to participate in IIT-M fest

Date: 2nd January 2020 Publication: DT Next Edition: Chennai Page No: 8 Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof M.S. Sivakumar and Prof Shaikh Faruque Ali Headline: Miniatures to make maximum show at IIT-Ms Shaastra 2020 URL: https://www.dtnext.in/News/City/2020/01/01010742/1206951/Miniatures-to- make-maximum-show-at-IITMs-Shaastra-.vpf

Date: 2nd January 2020 Publication: Rajasthan Patrika Edition: Chennai Page No: 3 Journalist: NA Headline: IIT-M tech fest Shaastra from 3rd January 2020

Date: 2nd January 2020 Publication: Nyoooz Edition: Online Journalist: NA Headline: IIT-M tech fest Shaastra from Jan 3-6 URL: https://www.nyoooz.com/news/chennai/1426697/iitm-tech-fest-shaastra-from- jan-36/

IIT-M tech fest Shaastra from Jan 3-6 IIT-Madras will host Shaastra 2020, one of the largest student-run tech festivals in India between January 3-6. This will be the 20th edition of the annual event. The theme for this year is ‘Parsec to Plank,’ focussing on miniaturisation, the technological trend in which the sizes of mechanical, electronic and optical products are constantly being scaled down in size while maintaining the same or a superior quality. This will help enhance quality of life for the elderly, adults and children with disabilities. Updates about Shaastra can also be obtained on their social media channels.

Date: 3rd January 2019 Publication: The Hindu Business Line Edition: Chennai / Delhi / / Pune / Bangalore / Hyderabad / Kolkata / Kochi / Ahmedabad / Chandigarh Page No: 7 Journalist: NA Headline: 20th Edition of Shaastra URL: https://www.thehindubusinessline.com/news/top-five-new-stories-to-watch-out- for-on-january-3-2020/article30462386.ece

Date: 3rd January 2019 Publication: The Times of India Edition: Chennai Page No: 6 Journalist: NA Headline: Shaastra 2020

Date: 4th January 2020 Publication: The Hindu Edition: Chennai Page No: 2 Journalist: NA Headline: IIT's tech fest begins

Date: 5th January 2020 Publication: The Hindu Business Line Edition: Online Journalist: Bijoy Ghosh Headline: IIT Madras: Drones take to the sky at Shaastra 2020 URL: https://www.thehindubusinessline.com/multimedia/photo/iit-madras-drones- take-to-the-sky-at-shaastra-2020/article30478072.ece/photo/1/

IIT Madras: Drones take to the sky at Shaastra 2020

As part of the annual Shaastra Festival of IIT Madras, Students participating in the Drone racing league. As many as 17 teams from various colleges and flying clubs across the country participated in the finals of the drone racing league with the winner getting to walk away with prize money of Rs 50,000. Photo: Bijoy Ghosh.

Date: 6th January 2020 Publication: The Times of India Edition: Chennai Page No: 3 Journalist: NA Headline: IIT-M Saarang from Jan 8 to 12

Date: 7th January 2020 Publication: The Economic Times Edition: Delhi Page No: 7 Journalist: NA Headline: Baidu looking talented people in India

Date: 7th January 2020 Publication: Analytics Insight Edition: Online Journalist: NA Headline: BAIDU SEEKS TO COLLABORATE WITH INDIAN INSTITUTES ON ARTIFICIAL INTELLIGENCE URL: https://www.analyticsinsight.net/baidu-seeks-collaborate-indian-institutes- artificial-intelligence/

BAIDU SEEKS TO COLLABORATE WITH INDIAN INSTITUTES ON ARTIFICIAL INTELLIGENCE

Date: 7th January 2020 Publication: Nyoooz Edition: Online Journalist: NA Headline: Blindfolded walk with a message at IIT Madras URL: https://www.nyoooz.com/news/chennai/1427581/blindfolded-walk-with-a- message-at-iit-madras/

Blindfolded walk with a message at IIT Madras IIT Madras’ serene campus is punctuated with the chirping of birds, the chattering of students and screeching of monkeys. Around 250 students wearing black t-shirts had gathered under a banyan tree near the Central Lecture Theatre inside the premises. India Vision Institute (IVI) joined hands with IIT-Madras’ BLINK Shaastra 2020 and organised an awareness walk on vision health and refractive error, a major cause of avoidable blindness in India. IVI’s Walk in the Dark campaigns have previously been held in Bengaluru, Hyderabad, Delhi, Mumbai, Goa, Kolkata and Aizwal in Mizoram. “IVI provides access to vision screening and a pair of glasses to the needy.

Date: 7th January 2020 Publication: E27 Edition: Online Journalist: NA Headline: When AI becomes common, smartphone may become outdated, says Baidu founder Robin Li in India URL: https://e27.co/when-ai-becomes-common-smartphone-may-become- outdated-says-baidu-founder-robin-li-in-india-20200106/

When AI becomes common, smartphone may become outdated, says Baidu founder Robin Li in India Robin Li, Founder and CEO of Chinese search engine giant Baidu, has said that in the next 10 years, people would be less and less dependent on mobile phones, and when Artificial Intelligence (AI) becomes common, smartphones may become outdated.

“Because, wherever you go, there will be surrounding sensor infrastructure that can answer your question and that can serve you. So, you don’t have to pull out your mobile phone,” he said in a talk at IIT Madras’s tech fest, Shaastra 2020, titled “Innovation in the Age of Artificial Intelligence”.

According to him, the next decade will be an intelligent economy powered by AI. This is in contrast to the decade that has just passed when people were more dependent on mobile phones for everything right from payments, food delivery, retail to ride- hailing.

AI is transforming many sectors, including banking, insurance, customer services, education and pharma. Banks which find it difficult to open physical branches can now use virtual assistance to help customers open accounts. AI will also be useful in telecom industry, wherein it will enable customers to choose a suitable tariff plan in quick time, he noted.

Date: 7th January 2020 Publication: The Logical Indian Edition: Online Journalist: NA Headline: ‘India’s Goal To Become $5 Trillion Economy By 2025 Is Impossible’: Former RBI Governor Rangarajan URL: https://thelogicalindian.com/news/rangarajan-indian-economy/

‘India’s Goal To Become $5 Trillion Economy By 2025 Is Impossible’: Former RBI Governor Rangarajan

Former Reserve Bank of India governor and former chairman of Prime Minister’s Economic Advisory Council C Rangarajan said that India’s aim to become a $5 trillion economy by 2025 is not possible with the ongoing economic growth rate.

“People have been talking about India becoming a $5 trillion economy by 2025. It is an aspirational goal. Today, our GDP is close to $2.7 trillion. Therefore, reaching $5 trillion is almost close to doubling our GDP,” Rangarajan said while interacting with students on “The $5 Trillion Goal” at IIT Madras Tech Fest ‘Shaastra’.

“If you have to move from $2.7 trillion to $5 trillion economy, it will take seven years if the economy grows at 9% per annum and eight or nine years if it grows at 8% per annum,” he said.

India’s growth rate has been slipping for five quarters now. The GDP growth for the September quarter slumped to a six-year low of about 4.5 per cent.

“Reaching $5 trillion by 2025 is rules out as we are not in that region at all. The GDP growth may not exceed 5% for 2019-20. For 2020-21, perhaps the economy may pick up and even then, growth may not exceed 6%. Therefore, we are not anywhere near 8% or 9% of growth which is required to reach the $5 trillion economy,” he said.

He said that sustained growth of the economy between 8% and 9% was needed to achieve it and the per capita income also should be doubled from $1,800 to $3,600.

Speaking about the economic slowdown, Rangarajan said: “As of now, the economy is slowing down. The GDP, which is a measure of the overall performance of the economy has slowed down considerably. The investment rate has fallen from 35.2% six years ago to around 27% now. There is a significant decline in the investment rate. If the economy needs to grow, the investment rate is one of the important factors. We need to address the issue.”

In a few remarks that Rangarajan made in the past, he claimed that the government could increase its expenditure as one of the measures to boost the economy. He said that the Goods and Services Tax (GST) was not providing “enough revenue” as projected earlier.

He also added that disinvestment can help in providing funds to the government to a certain extent.

Date: 7th January 2020 Publication: The Economic Times - ET Auto Edition: Online Journalist: A Ragu Raman Headline: India’s aim to become $5 tn economy by 2025 is impossible: C Rangarajan URL: https://auto.economictimes.indiatimes.com/news/industry/indias-aim-to- become-5-tn-economy-by-2025-is-impossible-c-rangarajan/7312687

India’s aim to become $5 tn economy by 2025 is impossible: C Rangarajan

India’s aim to become a $5 trillion economy by 2025 is not possible with the current economic growth rate, former Reserve Bank of India governor and former chairman of Prime Minister’s Economic Advisory Council C Rangarajan said here on Sunday.

Rangarajan was interacting with students on "The $5 Trillion Goal" as part of IIT-Madras tech festival Shaastra .

“People have been talking about India becoming $5 trillion economy by 2025. It is an aspirational goal. Today, our GDP is close to $2.7 trillion. Therefore, reaching $5 trillion is almost close to doubling our GDP,” he said.

“If you have to move from $2.7 trillion to $5 trillion economy, it will take seven years if the economy grows at 9% per annum and eight or nine years if it grows at 8% per annum,” he said.

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3rd Edition of ETAuto EV Conclave-Decarbonising India “Reaching $5 trillion by 2025 is ruled out as we are not in that region at all. In fact, in the first quarter of the year, the GDP growth is 5% and in the second quarter, it was 4.5%. For 2019-20, the growth rate may not exceed 5%. For 2020-21, perhaps the economy may pick up and even then, growth may not exceed 6%. Therefore, we are not anywhere near 8% or 9% of growth which is required to reach the $5 trillion economy,” he said.

He said a sustained rate of growth of economy between 8% and 9% was needed to achieve it and the per capita income also should be doubled from $1,800 to $3,600.

On economic slowdown, he said, “As of now, the economy is slowing down. The GDP, which is a measure of overall performance of the economy, has slowed down considerably. The investment rate has fallen from 35.2% six years ago to around 27% now. There is a significant decline in investment rate. If the economy needs to grow, investment rate is one of the important factors. We need to address the issue.”

Date: 7th January 2020 Publication: The Hindu Edition: Chennai Page No: 3 Journalist: NA Alumni: Prof. Subra Suresh Headline: IIT-M sets up lecture series in alumnus’ name URL: https://www.thehindu.com/news/cities/puducherry/iit-m-sets-up-lecture-series- in-alumnus-name/article30498667.ece

Date: 8th January 2020 Publication: The Hindu Edition: Chennai Page No: 2 Journalist: NA Prof. M S Sivakumar Headline: IIT’s cultural fete from today URL: https://www.thehindu.com/news/cities/chennai/iits-cultural-fete-from- today/article30508014.ece

Date: 8th January 2020 Publication: DT Next Edition: Chennai Page No: 8 Journalist: NA Headline: Saarang 2020

Date: 8th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof. M S Sivakumar and Prof. Nandita Das Gupta Headline: Silver jubilee edition of Saarang to be held from January 8 to 12 URL: https://timesofindia.indiatimes.com/city/chennai/silver-jubilee-edition-of- saarang-to-be-held-from-january-8-to-12/articleshow/73141015.cms

Silver jubilee edition of Saarang to be held from January 8 to 12

Date: 8th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. M S Sivakumar and Prof. Nandita Das Gupta Headline: Silver Jubilee Edition of IIT Madras ‘Saarang,’ one of India’s largest student- run Cultural Fests, to be held from 8-12 January URL: https://indiaeducationdiary.in/silver-jubilee-edition-of-iit-madras-saarang-one- of-indias-largest-student-run-cultural-fests-to-be-held-from-8-12-january/

Silver Jubilee Edition of IIT Madras ‘Saarang,’ one of India’s largest student-run Cultural Fests, to be held from 8-12 January

The 25th Edition of Saarang, one of India’s largest annual cultural festival organized annually by IIT Madras, will be held between 8th and 12th January 2020. Every year, Saarang hosts more than 100 events and a footfall of 70,000 from over 500 colleges.

The Theme of the Silver Jubilee Edition of this festival, which is completely organized by IIT Madras students, is ‘Madras Memoirs.’ It is all set to evoke the memories of its decades’ worth of history, and tap into the rich heritage and culture of its mother city.

The festival kicks off with a ‘Classical Night’ on 8th January 2020. The Asia Book Record holder Mr. Rajhesh Vaidhya, a pioneer in his field of South Indian music with his use of electric and amplified strings, will grace the Open Air Theatre of Saarang.

Addressing the Press Conference here on Tuesday (7th January 2020), Prof M.S. Sivakumar, Dean (Students), IIT Madras, “This is a festival of joy and culture and is one of the largest cultural festivals in South India to be completely organized by students. We expect over 70,000 footfall for over 100 events. There are over 850 students involved in this effort. There are many regular features with one being a theme around which the event revolves. This year’s theme is ‘Madras Memoirs.’ Socially relevant campaigns were also undertaken. All the five days will end with pleasant performances by artistes in the event.”

In the past years, the organizers have successfully taken up causes such as cancer awareness, child welfare, and water conservation through Eunoia, Sukriti, and Boondh respectively, which garnered tremendous support and attention.

Addressing the Press Conference, Prof Nandita Das Gupta, Faculty Advisor, Saarang 2020, IIT Madras, said, “An event of this scale cannot be successful without the active participation of the students. A lot of different teams have put in hard work to organize Saarang 2020.”

This year, they have taken up the responsibility of continuing their mission of making education more accessible from the previous year, taking LEAP- Learning and Education Accessibility Project, to further heights of impact. The goal of LEAP is to make and provide tools and resources of education to the underprivileged and create an impact through paper recycling campaigns, manufacturing and distribution of eco-friendly notebooks to Government school children, career counselling opportunities, book donations, among other things.

Speaking on the occasion, Mr. Abhinav Kankane, Cultural Affairs Secretary (Literary), IIT Madras, “We always have a lot of college students from across India coming for the event. From the renowned Mr. A.R. Rahman to Mr. Benny Dayal, many big names have performed in ‘Mardi Gras,’ as Saarang use to be known earlier. We have the biggest intercollegiate student’s festival and we have international judges for choreo events. We have artistes coming from 67 differnt countries for dance events, band performances and graffiti.”

Mr. Shashwath Bacha, Cultural Affairs Secretary (Arts), IIT Madras, “This year we have special events for school students to compete in four events. We learn a lot by conducting events of such scale.”

The night of 9th January 2020 will witness the largest inter-collegiate, semi-professional dance competition in South India – ‘the Choreo Night.’ Succeeding this, Saarang’s EDM night promises to be one of the biggest ones yet with electrifying powerhouse Olly Esse opening the night and legendary Dutch duo, Dubvision performing as the headliner.

Saarang is also venturing into new avenues; Vernacular Fest, India Fest and the Film Fest add to the formidable span of interests that Saarang caters to, with a conscious effort to support and encourage niche events.

Another feather in Saarang’s cap is the Spotlight lectures, for which the line-up includes illustrious names in a variety of fields like the singer Mr. Sid Sriram, the noted historian and author Mr. Manu S. Pillai, the author Christopher C. Doyle, and the skilful ‘Chennayin FC’ players, to name a few.

The fest is all set to rock the metal head crowd with the ethnic rock band Motherjane headlining; opening the night on 11th January 2020, is the very talented Indie rock band ‘When Chai Met Toast.’

The pot of gold at the end of Saarang’s metaphorical rainbow, the Popular Night on January 12th is at the top of everyone’s bucket list. The gilding on the gold is the timeless sensation, Maestro Shankar Mahadevan headlining the night, with the six- piece experimental funk fusion band, ‘Karnautic’ opening the night of indescribable entertainment.

Date: 8th January 2020 Publication: The Times of India Edition: Chennai Page No: 3 Journalist: NA Headline: At 25 Saarang says Thank You Chennai

Date: 8th January 2020 Publication: DT Next Edition: Chennai Page No: 2 Journalist: NA Headline: Dancers with Down Syndrome to perform at Saarang

Date: 8th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 3 Journalist: NA Headline: Shaastra 2020

Date: 8th January 2020 Publication: Dinamani Edition: Chennai Page No: 6 Journalist: NA Headline: The 25th Edition of Saarang URL: https://bit.ly/2N4Z7pj

Date: 8th January 2020 Publication: Dinamlar Edition: Chennai Page No: 6 Journalist: NA Headline: IIT Madras students introduce Social Campaign of Saarang

Date: 9th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. M S Sivakumar Headline: 25th edition of ‘Saarang’ kicks off at IIT-M, Chennai URL: https://newstodaynet.com/index.php/2020/01/08/25th-edition-of-saarang- kicks-off-at-iit-m-chennai/

Date: 9th January 2020 Publication: The Hindu Business Line Edition: Hyderabad / Bangalore / Chennai Page No: 3 Journalist: TE Raja Simhan Headline: How Baidu uses Artificial Intelligence to trace missing people in China URL: https://www.thehindubusinessline.com/info-tech/how-baidu-uses-artificial- intelligence-to-trace-missing-people-in-china/article30516654.ece

Date: 9th January 2020 Publication: The Times of India Edition: Chennai Page No: 2 Journalist: NA Headline: The sound of musical

Date: 8th January 2020 Publication: Navjeevan Express Edition: Online Journalist: NA Student: Rishika Varma K. Headline: Saarang all set to leave its ‘IMPRINTS’ among school students URL: https://navjeevanexpress.com/saarang-all-set-to-leave-its-imprints-among- school-students/

Saarang all set to leave its ‘IMPRINTS’ among school students

As part of the Siver Jubilee edition of the country’s largest cultural festival for college students organised by the students of IIT, Chennai, “Imprints’’, a programme to reach out to schoolchildren will be held on Thursday.

One of the organisers Rishika Varma K of Saarang said the Imprints have expanded the horizon of Saarang for school students to exhibit their inherent talent through culture events.

4 competitions for school students

Imprints 2020 has constituted four competitions, namely Alankar (Light music solo singing contest. Songs sung should be predominantly of any Indian language at 1.30 p.m.) Elocution (Participants are expected to speak about a specified topic. The theme will be “Cultures of Madras at 9 a.m.). Poster-Making (Themed poster making contest. The theme will be announced on the spot at 9 a.m.) And Quiz competition (General quiz contest for teams of two at 1.30 p.m.) The competitions will be held on January 9.

The competitions will be held at Ramanujan Block in IIT Madras. Participants can register at http://bit.ly/Imprints_typeform. Winners will be awarded prizes worth Rs. 20,000 and the best performing School will be recognized as “Imprints Champion, Saarang 2020”

Date: 10th January 2020 Publication: The Times of India - Chennai Times Edition: Chennai Page No: 3 Journalist: NA Headline: Its music to ears IIT-Ms inter-collegiate festival is back

Date: 10th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Headline: Sabre partners with IIT-M for Saarang

Date: 11th January 2020 Publication: The Times of India - Chennai Times Edition: Chennai Page No: 10 Journalist: NA Headline: When Chai Met Toast Genre Folk-Pop URL: https://timesofindia.indiatimes.com/entertainment/tamil/music/when-chai-met- toast-to-release-their-first-album-this-year/articleshow/73189316.cms

Date: 12th January 2020 Publication: Patrika Edition: Online Journalist: Navyavesh Navrahi Headline: IIT Mas Mamhov 'Sarang' Dhoom, 500 Sixty thousand of colleges covered URL: https://www.patrika.com/miscellenous-india/festival-sarang-in-iit-madras-more- than-sixty-thousand-students-from-500-colleges-participated-5628405/

Date: 13th January 2020 Publication: The Times of India Edition: Chennai Page No: 8 Journalist: NA Headline: EVENTS

Date: 13th January 2020 Publication: The Times of India Edition: Chennai Page No: 2 Journalist: NA Headline: JAMMING TO SOME INDIE FOLK

Date: 13th January 2020 Publication: The Times of India Edition: Chennai Page No: 2 Journalist: NA Headline: HITTING THE RIGHT NOTES

Date: 14th January 2020 Publication: The Times of India Edition: Online Journalist: Purnima Sah Headline: 'When Chai Met Toast' to release their first album this year URL: https://timesofindia.indiatimes.com/entertainment/tamil/music/when-chai-met- toast-to-release-their-first-album-this-year/articleshow/73189316.cms

'When Chai Met Toast' to release their first album this year

Date: 14th January 2020 Publication: The Times of India Edition: Chennai Page No: 3 Journalist: NA Headline: IIT-M Fests grand finale rocked the crowd

Date: 15th January 2020 Publication: The Times of India Edition: Online Journalist: NA Headline: CFC players drop in at Saarang '20 URL: https://timesofindia.indiatimes.com/city/chennai/cfc-players-drop-in-at- saarang-20/articleshow/73251492.cms

Date: 16th January 2020 Publication: Biometric update Edition: Online Journalist: Luana Pascu Headline: Digital identity roundup: Socure taps India, Freja eID secures gaming, IDology expands, FCT joins Verified.Me URL: https://www.biometricupdate.com/202001/digital-identity-wrap-socure-taps- india-freja-eid-secures-gaming-idology-expands-fct-joins-verified-me

Digital identity roundup: Socure taps India, Freja eID secures gaming, IDology expands, FCT joins Verified.Me

Socure is interested in expanding its digital ID verification services to the Indian fintech market, writes the Hindu Business Line, following industry reports estimating it will reach some $31 billion in 2020. “The digital fintech movement has already started in India and we want to be part of that,” Socure CEO Tom Thimot told BusinessLine recently. “There is barely a new fintech in America that is not using Socure. Hopefully, we can be an enabler to help fintechs in India as well.” Thimot trusts Socure will be part of the Indian marketing in 6-18 months, noticing increased interest in its commercial service already. To verify identity in real time, Socure leverages artificial intelligence and machine learning algorithms combined with data intelligence extracted from email, address, phone, IP and social media accounts. Socure has developed proprietary predictive analytics for banks and financial institutions to cut down the number of fraud attempts, optimize review processes and auto approval rates for new account opening. Socure claims its verification platform ID+ has been implemented by more than 100 bans, lenders, brokers and payment providers around the world. Clients include three out of the top five US banks, two of the top global remittance providers and five of the top 10 card issuers as its customers. The latest version of the ID+ Identity Verification Platform, version 3.0, includes sigma fraud scoring with machine learning and artificial intelligence, which the company says reduces manual review time by up to 90 percent, as well as document verification, which combines with biometric selfie and liveness detection, and KYC/CIP checks with proprietary ML techniques for auto-approval rates higher than 90 percent. “We are in the game of volume. There are seven countries which have 80 per cent of the population and India is among the top three, and clearly the next investment,” said Johnny Ayers, co-founder and SVP, Socure, who was also part of the interaction. With offices in San Francisco and San Diego, an Indian subsidiary in Chennai counting 30 employees was also opened in 2017. “Globally, we have 125 people and our goal is to double our employee headcount to around 270, proportionately adding more employees in India,” Thimot said. Plans for India include doubling the headcount to 75-100 employees by 2020, and expanding to other cities. Socure sponsored the annual student tech fest Shaastra 2020, held at IIT-Madras last week. “We place tremendous value on the education system here. We know we could get really good talent and one of the things we are proud of is we didn’t have even one attrition last year in Chennai,” Thimot said. Included as one of America’s most promising AI companies in the Forbes AI50 list, Socure has raised some $60 million in capital investment from as Scale Venture Partners, Commerce Ventures and Flint Capital. Videoslots adds Freja eID to secure gambling, compliance across Nordics Online casino Videoslots has adopted the Freja eID tool across the Nordics to ensure safer gambling for its customers, the company announced. By adopting the Freja eID tool, Videoslots guarantees legal verification of all gambling requirements in the region, including checks on age and location, and optimizes the sign-up process for new players. The app delivers more transparency on which data is stored and grants user access to their detailed history. All terms and conditions are presented in the app so the user can give consent for usage of personal data. “We believe gambling should be safe and simple as well as fun. Freja eID will help us ensure we protect players and respect their data both on sign-up and while they enjoy our casino,” said Ulle Skottling, COO at Videoslots.com. “We invest a lot of time and resources into ensuring we not only comply with regulatory requirements but surpass them and this new tool will be implemented in order to attain the highest standards.” “The agreement with Videoslots in the Nordics shows Freja eID can be the iGaming industry’s key to fast customer on-boarding, KYC, payments, increased customer interaction and global scalability,” added Johan Henrikson, CEO Verisec. “An e-ID is about much more than meeting regulatory requirements. It’s about the user experience and customer loyalty which is becoming increasingly important in a digitalised world.” IDology delivers global capabilities, expands country portfolio IDology’s ExpectID solution will offer global support and capabilities for an additional number of countries from North America, South America and Europe, which will now be able to verify and authenticate customers in real time, the company announced. Companies use ExpectID to access international data sources that hold billions of public records and verify identity, and receive predictive information to reduce fraud. ExpectID simplifies onboarding and authentication for customers from multiple countries. “Fraud and criminals operate across borders, so it’s only natural that identity verification solutions enable secure and friction-free cross-country capabilities,” said Chris Clark, CEO of GBG. “Today’s announcement is a compelling proof point that GBG is executing on our mission of helping any business, anywhere, reach and identify any customer across the world.” McKinsey estimates the identity verification as a service industry will grow by $20 billion over the next two years, with a Total Addressable Market (TAM) growth of 9–15 percent annually.

IIT Madras is an research focused institute

Date: 6th January 2020 Publication: The New Indian Express Edition: Bangalore / Kochi Page No: 14 Journalist: NA Headline: Enzyme hypertension link found at IT-Madras

Date: 9th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: Research by IIT Madras is among the top papers cited by Chief Advisor to UK PM URL: https://timesofindia.indiatimes.com/city/chennai/research-by-iit-madras-is- among-the-top-papers-cited-by-chief-advisor-to-uk-pm/articleshow/73169922.cms

Research by IIT Madras is among the top papers cited by Chief Advisor to UK PM

An Indian Institute of Technology Madras Research paper was among the papers cited by Mr. Dominic Cummings, Chief Special Adviser to U.K. Prime Minister Mr. Boris Johnson, to revamp decision-making strategies

Published in the reputed peer reviewed international journal Scientific Reports of Nature.Nature, the research paper titled ‘Early warning signals for critical transitions in a thermoacoustic system’ was the first research cited by Mr. Dominic Cummings in his blog. The Research paper looked at early warning systems in physics that could be applied to other areas from finance to epidemics.

Mr. Dominic Cummings substantiates his stand for applying these novel technologies for a nation’s strategy building exercise. He hopes to create a set of experts consisting of Physicists, Mathematicians and Data Scientists to deal with the major social and economic issues of UK.

These Indian scientists applied the tools from nonlinear dynamics to develop robust precursory measures for detrimental transitions observed in canonical thermoacoustic systems. Although there existed early warning measures for predicting transitions in mathematical models, Prof. Sujith and his collaborators were the first to prove the efficacy of the same in predicting transitions in real physical systems

Highlighting the applications envisaged in this research, Dr. R. I. Sujith, the lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, “We used analytics to detect transitions that lead to failure in engineering systems such as gas turbine engines. Other applications which we envisaged were the transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body.”

Further, Dr. Sujith said, “It is very heartening to see the open-mindedness and courage shown by a country such as the U.K. to embrace the cutting-edge tools from physics and mathematics. We believe that this will open up a lot of opportunities for the young talent in the world and we are really happy to be a part of this exciting scientific exploration. We are of the firm opinion that we can avail such technologies in India also to improve our socio-economical systems.”

The Research paper was published by a team lead by Dr. R. I. Sujith, Chair Professor, Department of Aerospace Engineering, IIT Madras, and comprising Dr. E.A. Gopalakrishnan (currently, Assistant Professor, CEN, Amrita Vishwa Vidyapeetham) who did his PhD with Prof. Sujith, Mr. Tony John (PhD student, Georgia Institute of Technology) who did his Master’s thesis with Prof. Sujith, Prof. Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Ms. Yogita Sharma (currently Post-Doctoral Researcher, UC Berkeley) who did her PhD with Prof. Dutta.

The problem statement the researchers looked at was that many complex systems such as stock markets, climate systems, human body and neurons in the mammalian brain exhibit sudden change in their qualitative behaviour by transiting into an alternate state termed as ‘tipping.’ The alternate state to which the system transits need not always be desirable as in the case of a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy human being so on and so forth. This catastrophic nature of tipping demands the development of precursory measures which will forewarn these impending transitions

In this paper, the Researchers investigated the efficacy of early warning measures based on ‘critical slowing down,’ where the system responds slowly to the perturbations as the system approaches transition.

In such complex systems, before a catastrophic event takes place, the system (be it any complex system such as ecological or physiological or economic or engineering system) gives indications of the impending transition. If these signals can be detected early enough, before the system hits a tipping point, initiating appropriate management strategies become feasible.

Prof RI Sujith added, “Take for instance a complex system such as the earth’s climate. We would start seeing a lot of variability in the climate in an extreme manner. Many temperature records may be broken as a threshold for climatic change is approaching. We will start running into the hottest summers, coldest winders, wettest rains and driest droughts. Sahara Desert, which was once having a thick vegetation is now a desert, which implies that a critical transition occurred. Extreme fluctuations are observed in other areas such a finance, epidemics etc., which are complex systems. And similar events indeed happen in thermoacoustic systems before critical transitions occur.”

Over the years, many early warning measures were developed to detect such critical transitions. However, these measures are often tested only in mathematical models and not in real physical systems. Testing these measures in physical systems is the only way in which we can find out if they really work. Such testing is very critical to establish the reliability and robustness of early warning signals (known in the community as EWS).

The study was funded by the Office of Naval Research Global (ONRG, USA), as thermoacoustic systems are good testbeds for testing out tools such as EWS for analyzing complex systems.

Date: 9th January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: IIT-M Research paper cited by UK PM's Chief Advisor to revamp decision making strategies URL: http://www.uniindia.com/iit-m-research-paper-cited-by-uk-pm-s-chief-advisor- to-revamp-decision-making-strategies/south/news/1847873.html

IIT-M Research paper cited by UK PM's Chief Advisor to revamp decision making strategies

An Indian Institute of Technology Madras Research paper was among the papers cited by Mr. Dominic Cummings, Chief Special Adviser to U.K. Prime Minister Mr. Boris Johnson, to revamp decision-making strategies

Published in the reputed peer reviewed international journal Scientific Reports of Nature.Nature, the research paper titled ‘Early warning signals for critical transitions in a thermoacoustic system’ was the first research cited by Mr. Dominic Cummings in his blog. The Research paper looked at early warning systems in physics that could be applied to other areas from finance to epidemics.

Mr. Dominic Cummings substantiates his stand for applying these novel technologies for a nation’s strategy building exercise. He hopes to create a set of experts consisting of Physicists, Mathematicians and Data Scientists to deal with the major social and economic issues of UK.

These Indian scientists applied the tools from nonlinear dynamics to develop robust precursory measures for detrimental transitions observed in canonical thermoacoustic systems. Although there existed early warning measures for predicting transitions in mathematical models, Prof. Sujith and his collaborators were the first to prove the efficacy of the same in predicting transitions in real physical systems

Highlighting the applications envisaged in this research, Dr. R. I. Sujith, the lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, “We used analytics to detect transitions that lead to failure in engineering systems such as gas turbine engines. Other applications which we envisaged were the transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body.”

Further, Dr. Sujith said, “It is very heartening to see the open-mindedness and courage shown by a country such as the U.K. to embrace the cutting-edge tools from physics and mathematics. We believe that this will open up a lot of opportunities for the young talent in the world and we are really happy to be a part of this exciting scientific exploration. We are of the firm opinion that we can avail such technologies in India also to improve our socio-economical systems.”

The Research paper was published by a team lead by Dr. R. I. Sujith, Chair Professor, Department of Aerospace Engineering, IIT Madras, and comprising Dr. E.A. Gopalakrishnan (currently, Assistant Professor, CEN, Amrita Vishwa Vidyapeetham) who did his PhD with Prof. Sujith, Mr. Tony John (PhD student, Georgia Institute of Technology) who did his Master’s thesis with Prof. Sujith, Prof. Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Ms. Yogita Sharma (currently Post-Doctoral Researcher, UC Berkeley) who did her PhD with Prof. Dutta.

The problem statement the researchers looked at was that many complex systems such as stock markets, climate systems, human body and neurons in the mammalian brain exhibit sudden change in their qualitative behaviour by transiting into an alternate state termed as ‘tipping.’ The alternate state to which the system transits need not always be desirable as in the case of a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy human being so on and so forth. This catastrophic nature of tipping demands the development of precursory measures which will forewarn these impending transitions

In this paper, the Researchers investigated the efficacy of early warning measures based on ‘critical slowing down,’ where the system responds slowly to the perturbations as the system approaches transition.

In such complex systems, before a catastrophic event takes place, the system (be it any complex system such as ecological or physiological or economic or engineering system) gives indications of the impending transition. If these signals can be detected early enough, before the system hits a tipping point, initiating appropriate management strategies become feasible.

Prof RI Sujith added, “Take for instance a complex system such as the earth’s climate. We would start seeing a lot of variability in the climate in an extreme manner. Many temperature records may be broken as a threshold for climatic change is approaching. We will start running into the hottest summers, coldest winders, wettest rains and driest droughts. Sahara Desert, which was once having a thick vegetation is now a desert, which implies that a critical transition occurred. Extreme fluctuations are observed in other areas such a finance, epidemics etc., which are complex systems. And similar events indeed happen in thermoacoustic systems before critical transitions occur.”

Over the years, many early warning measures were developed to detect such critical transitions. However, these measures are often tested only in mathematical models and not in real physical systems. Testing these measures in physical systems is the only way in which we can find out if they really work. Such testing is very critical to establish the reliability and robustness of early warning signals (known in the community as EWS).

The study was funded by the Office of Naval Research Global (ONRG, USA), as thermoacoustic systems are good testbeds for testing out tools such as EWS for analyzing complex systems.

Date: 9th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: IIT Madras Research among the top papers cited by Chief Advisor to UK PM to revamp Decision-Making Strategies URL: https://indiaeducationdiary.in/iit-madras-research-among-the-top-papers- cited-by-chief-advisor-to-uk-pm-to-revamp-decision-making-strategies/

IIT Madras Research among the top papers cited by Chief Advisor to UK PM to revamp Decision-Making Strategies

An Indian Institute of Technology Madras Research paper was among the papers cited by Mr. Dominic Cummings, Chief Special Adviser to U.K. Prime Minister Mr. Boris Johnson, to revamp decision-making strategies

Published in the reputed peer reviewed international journal Scientific Reports of Nature.Nature, the research paper titled ‘Early warning signals for critical transitions in a thermoacoustic system’ was the first research cited by Mr. Dominic Cummings in his blog. The Research paper looked at early warning systems in physics that could be applied to other areas from finance to epidemics.

Mr. Dominic Cummings substantiates his stand for applying these novel technologies for a nation’s strategy building exercise. He hopes to create a set of experts consisting of Physicists, Mathematicians and Data Scientists to deal with the major social and economic issues of UK.

These Indian scientists applied the tools from nonlinear dynamics to develop robust precursory measures for detrimental transitions observed in canonical thermoacoustic systems. Although there existed early warning measures for predicting transitions in mathematical models, Prof. Sujith and his collaborators were the first to prove the efficacy of the same in predicting transitions in real physical systems

Highlighting the applications envisaged in this research, Dr. R. I. Sujith, the lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, “We used analytics to detect transitions that lead to failure in engineering systems such as gas turbine engines. Other applications which we envisaged were the transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body.”

Further, Dr. Sujith said, “It is very heartening to see the open-mindedness and courage shown by a country such as the U.K. to embrace the cutting-edge tools from physics and mathematics. We believe that this will open up a lot of opportunities for the young talent in the world and we are really happy to be a part of this exciting scientific exploration. We are of the firm opinion that we can avail such technologies in India also to improve our socio-economical systems.”

The Research paper was published by a team lead by Dr. R. I. Sujith, Chair Professor, Department of Aerospace Engineering, IIT Madras, and comprising Dr. E.A. Gopalakrishnan (currently, Assistant Professor, CEN, Amrita Vishwa Vidyapeetham) who did his PhD with Prof. Sujith, Mr. Tony John (PhD student, Georgia Institute of Technology) who did his Master’s thesis with Prof. Sujith, Prof. Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Ms. Yogita Sharma (currently Post-Doctoral Researcher, UC Berkeley) who did her PhD with Prof. Dutta.

The problem statement the researchers looked at was that many complex systems such as stock markets, climate systems, human body and neurons in the mammalian brain exhibit sudden change in their qualitative behaviour by transiting into an alternate state termed as ‘tipping.’ The alternate state to which the system transits need not always be desirable as in the case of a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy human being so on and so forth. This catastrophic nature of tipping demands the development of precursory measures which will forewarn these impending transitions

In this paper, the Researchers investigated the efficacy of early warning measures based on ‘critical slowing down,’ where the system responds slowly to the perturbations as the system approaches transition.

In such complex systems, before a catastrophic event takes place, the system (be it any complex system such as ecological or physiological or economic or engineering system) gives indications of the impending transition. If these signals can be detected early enough, before the system hits a tipping point, initiating appropriate management strategies become feasible.

Prof RI Sujith added, “Take for instance a complex system such as the earth’s climate. We would start seeing a lot of variability in the climate in an extreme manner. Many temperature records may be broken as a threshold for climatic change is approaching. We will start running into the hottest summers, coldest winders, wettest rains and driest droughts. Sahara Desert, which was once having a thick vegetation is now a desert, which implies that a critical transition occurred. Extreme fluctuations are observed in other areas such a finance, epidemics etc., which are complex systems. And similar events indeed happen in thermoacoustic systems before critical transitions occur.”

Over the years, many early warning measures were developed to detect such critical transitions. However, these measures are often tested only in mathematical models and not in real physical systems. Testing these measures in physical systems is the only way in which we can find out if they really work. Such testing is very critical to establish the reliability and robustness of early warning signals (known in the community as EWS).

The study was funded by the Office of Naval Research Global (ONRG, USA), as thermoacoustic systems are good testbeds for testing out tools such as EWS for analyzing complex systems.

Date: 10th January 2020 Publication: DT Next Edition: Chennai Page No: 4 Journalist: NA Professor: Prof RI Sujith Headline: UK PMs Chief Advisor cites from IIT-M study

Date: 10th January 2020 Publication: India TV Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM Boris Johnson's aide cites IIT-M paper to revamp decision making URL: https://www.indiatvnews.com/science/iit-madras-research-paper-uk-pm-boris- jhonson-aide-citation-577941

UK PM Boris Johnson's aide cites IIT-M paper to revamp decision making Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: NDTV Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM's Aide Cites IIT Research Paper To Revamp Decision Making URL: https://www.ndtv.com/india-news/dominic-cummings-boris-johnson-aide-cites- iit-madras-research-paper-to-revamp-decision-making-2161634

UK PM's Aide Cites IIT Research Paper To Revamp Decision Making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: The New Indian Express Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM Boris Johnson's aide cites IIT Madras paper to revamp decision making URL: https://www.newindianexpress.com/cities/chennai/2020/jan/10/uk-pm-boris- johnsons-aide-cites-iit-madras-paper-to-revamp-decision-making-2087445.html

UK PM''s aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM''s aide cites IIT-M paper to revamp decision making URL: https://www.outlookindia.com/newsscroll/uk-pms-aide-cites-iitm-paper-to- revamp-decision-making/1704526

UK PM''s aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: Navjeevan Express Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: IIT Madras research among the top papers cited by Chief Advisor to UK PM to revamp Decision-Making Strategies URL: http://navjeevanexpress.com/iit-madras-research-among-the-top-papers- cited-by-chief-advisor-to-uk-pm-to-revamp-decision-making-strategies/

IIT Madras research among the top papers cited by Chief Advisor to UK PM to revamp Decision-Making Strategies

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: News Dig Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM Boris Johnson's aide cites IIT-M paper to revamp decision making URL: https://newsdig.in/news/268843851/UK-PM-Boris-Johnsons-aide-cites-IIT-M- paper-to-revamp-decision-making

UK PM Boris Johnson's aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: News D Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM’s aide cites IIT-M paper to revamp decision making URL: https://newsd.in/uk-pm-s-aide-cites-iit-m-paper-to-revamp-decision-making/

UK PM’s aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: Shiksha.com Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: IIT Madras alumnus donates Rs 1 crore to establish robotics research laboratory URL: https://www.shiksha.com/articles/iit-madras-alumnus-donates-rs-1-crore-to- establish-robotics-research-laboratory-blogId-28501

IIT Madras alumnus donates Rs 1 crore to establish robotics research laboratory

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

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The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: New Kerla Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM's aide cites IIT-M paper to revamp decision making URL: https://www.newkerala.com/news/2020/4447.htm

UK PM's aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: Orissa Post Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: Advisor to British PM cites IIT Madras paper to revamp decision making URL: https://www.orissapost.com/advisor-to-british-pm-cites-iit-madras-paper-to- revamp-decision-making/

Advisor to British PM cites IIT Madras paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: Daily World Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM’s aide cites IIT-M paper to revamp decision making URL: http://dailyworld.in/uk-pms-aide-cites-iit-m-paper-to-revamp-decision-making/

UK PM’s aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 10th January 2020 Publication: The Weekendleader.com Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: UK PM's aide cites IIT-M paper to revamp decision making URL: http://www.theweekendleader.com/Headlines/48233/uk-pm-s-aide-cites-iit-m- paper-to-revamp-decision-making.html

UK PM's aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

"It's heartening to see the open-mindedness and courage shown by a country, like the UK, to embrace the cutting-edge tools from physics and mathematics. It will open up a lot of opportunities for young talent. We can avail such technologies in India also to improve socio-economic systems," Sujith said.

The researchers realised that many complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, exhibit sudden change in qualitative behaviour by transiting into an alternate state termed as 'tipping'.

This alternate state need not always be desirable as in the cases, like a stock market crash, extinction of a species in an ecosystem, sudden collapse of a healthy person. This catastrophic nature of tipping demands development of precursory measures, which will forewarn these transitions.

In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

The research paper was published by a Sujith-led team and comprised A. Gopalakrishnan (Assistant Professor, CEN, Amrita Vishwa Vidyapeetham), Tony John (PhD student, Georgia Institute of Technology), Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (Post-Doctoral Researcher, University of California, Berkeley).

Date: 11th January 2020 Publication: Nyoooz Edition: Online Journalist: NA Headline: UK PM Boris Johnson's aide cites IIT Madras paper to revamp decision making URL: https://www.nyoooz.com/news/chennai/1428259/uk-pm-boris-johnson39s-aide- cites-iitmadras-paper-to-revamp-decision-making/

UK PM Boris Johnson's aide cites IIT Madras paper to revamp decision making

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there. According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings. The research looked at early warning systems in physics, which could be applied to finance to epidemics. According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. In the paper, researchers investigated the efficacy of early warning measures based on 'critical slowing down', where the system responds slowly to perturbations as the system approaches transition.

Date: 10th January 2020 Publication: We for News Edition: Online Journalist: NA Professor: Prof. RI Sujith Headline: UK PM’s aide cites IIT-M paper to revamp decision making URL: https://www.wefornews.com/uk-pms-aide-cites-iit-m-paper-to-revamp- decision-making/

UK PM’s aide cites IIT-M paper to revamp decision making

Most complex systems, like stock markets, climate systems, human body and neurons in the mammalian brain, give out the signal that it's reaching a tipping point and if that can be identified, many catastrophic events could be avoided. With the early detection of such signals of the impending transition, appropriate management strategies could be implemented, according to the Indian Institute of Technology, Madras, research that encompasses both pure and applied sciences.

The research has been underlined by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, for revamping the decision-making strategies there.

According to an IIT statement here, the paper 'Early warning signals for critical transitions in a thermoacoustic system', published in the international journal Scientific Reports of Nature, was the first research cited by Cummings.

The research looked at early warning systems in physics, which could be applied to finance to epidemics.

According to the IIT, Cummings substantiated his stand for applying these novel technologies for the strategy building exercise. He hopes to create a set of experts, comprising physicists, mathematicians and data scientists, to deal with the major social and economic issues of the UK.

Highlighting applications envisaged in the research, R.I. Sujith, lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, "We used analytics to detect transitions that lead to failure in engineering systems, like gas turbine engines.

"Other applications, which we envisaged, were transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body."

Date: 13th January 2020 Publication: Telangana Today Edition: Online Journalist: NA Professor: Prof. R I Sujith Headline: IIT-M paper cited by chief advisor to UK PM URL: https://telanganatoday.com/iit-m-paper-cited-by-chief-advisor-to-uk-pm

IIT-M paper cited by chief advisor to UK PM

An Indian Institute of Technology Madras (IIT-M) research paper was among the papers cited by Dominic Cummings, Chief Special Adviser to UK Prime Minister Boris Johnson, to revamp decision-making strategies.

Published in the reputed peer reviewed international journal Scientific Reports of Nature, the research paper titled ‘Early warning signals for critical transitions in a thermoacoustic system’ was the first research cited by Dominic Cummings in his blog.

The research paper looked at early warning systems in physics that could be applied to other areas from finance to epidemics. Cummings substantiates his stand for applying these novel technologies for a nation’s strategy building exercise. He hopes to create a set of experts consisting of physicists, mathematicians and data scientists to deal with the major social and economic issues of UK.

Highlighting the applications envisaged in this research, Dr RI Sujith, the lead researcher and Chair Professor, Department of Aerospace Engineering, IIT Madras, said, “We used analytics to detect transitions that lead to failure in engineering systems such as gas turbine engines. Other applications which we envisaged were the transitions that happen in financial markets, instabilities in power grids leading to blackout and sudden failure of vital organs in the human body.”

The Research paper was published by a team lead by Dr. R. I. Sujith, Chair Professor, Department of Aerospace Engineering, IIT Madras, and comprising Dr. E.A. Gopalakrishnan (currently, Assistant Professor, CEN, Amrita Vishwa Vidyapeetham) who did his PhD with Prof. Sujith, Tony John (PhD student, Georgia Institute of Technology) who did his Master’s thesis with Prof. Sujith, Prof. Partha Sharathi Dutta (Associate Professor, Department of Mathematics, IIT Ropar) and Yogita Sharma (currently Post-Doctoral Researcher, UC Berkeley) who did her PhD with Prof. Dutta. The study was funded by the Office of Naval Research Global (ONRG, USA). Date: 14th January 2020 Publication: Mail Today Edition: Delhi / Chandigarh Page No: 13 Journalist: NA Professor: Prof. R I Sujith Headline: Can Physics predict stock market?

Date: 17th January 2020 Publication: The Asian Age Edition: Mumbai Page No: 5 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops device to produce 'clean' hydro fuel from seawater

Date: 17th January 2020 Publication: Punjab Kesri Edition: Delhi Page No: 12 Journalist: NA Headline: Equipment developed to make hydrogen fuel from sea water

Date: 17th January 2020 Publication: Dainik Jagran Edition: Delhi Page No: 16 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: Hydrogen fuel will be made from sea water

Date: 17th January 2020 Publication: Deccan Chronicle Edition: Chennai / Hyderabad Page No: 1 & 2 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M device to produce hydrogen fuel

Date: 17th January 2020 Publication: Hindustan Edition: Delhi Page No: 16 Journalist: NA Headline: Hydrogen fuel will be made from sea water

Date: 17th January 2020 Publication: Andhra Bhoomi Edition: Hyderabad Page No: 5 Journalist: NA Headline: An innovative device

Date: 17th January 2020 Publication: Eenadu Edition: Hyderabad Page No: 2 Journalist: NA Headline: Hydrogen from seawater

Date: 17th January 2020 Publication: Sakshi Edition: Hyderabad Page No: 5 Journalist: NA Headline: Hydrogen fuel from seawater

Date: 17th January 2020 Publication: DT Next Edition: Chennai Page No: 8 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops tech to produce hydrogen fuel from seawater URL: https://www.dtnext.in/News/TamilNadu/2020/01/17020558/1209776/IITM- develops-tech-to-produce-hydrogen-fuel-from-seawater.vpf

Date: 17th January 2020 Publication: Edition: Chennai Page No: 2 (Supplement) Journalist: NA Alumni: Dr. Abdul Malek Headline: எ鎿ர்காலத்鎿ல் காற்쟁 மா毁கவ பவ埁வாக 埁கறக்埁ம் கடல் நீரி쮿쏁ந்鏁 கைட்ரஜன் எரிபோ쏁ள் தயாரிே்ꯁ: பென்கன ஐஐ羿 ힿஞ்ஞானிகள் ொதகன (Hydrogen can be produced from sea water to reduce future air pollution: IIT Madras scientists achievement) URL: http://www.dinakaran.com/News_Detail.asp?Nid=556706

Date: 17th January 2020 Publication: Dinathanthi Edition: Chennai Page No: 11 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. Abdul Malek Headline: கடல்நீரில் இ쏁ந்鏁 கைட்ரஜன் எரிபோ쏁ள் தயாரிக்埁ம் க쏁ힿ; பென்கன ஐ.ஐ.羿. ஆராய்ெ்殿யாளர்கள் கண்翁ꮿ羿ே்ꯁ (Device to extract hydrogen from sea water: IIT Madras invention) URL: https://www.dailythanthi.com/News/India/2020/01/17005540/Hydrogen-fuel- making-equipment-from-seawater-IIT-Chennai.vpf

Date: 17th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-Madras develops eco-friendly way to produce hydrogen fuel from seawater URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-develops-eco- friendly-way-to-produce-hydrogen-fuel-from-seawater/articleshow/73294967.cms

IIT-Madras develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: The Economic Times Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater URL: https://economictimes.indiatimes.com/small-biz/productline/power- generation/iit-m-develops-eco-friendly-way-to-produce-hydrogen-fuel-from- seawater/articleshow/73296049.cms

IIT-M develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Business Standard Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops device to produce 'clean' hydrogen fuel from seawater URL: https://www.business-standard.com/article/pti-stories/iit-m-develops-device-to- produce-clean-hydrogen-fuel-from-seawater-120011600901_1.html

IIT-M develops device to produce 'clean' hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: The Economic Times - ET Energy Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: INNOVATION: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater URL: https://energy.economictimes.indiatimes.com/news/oil-and-gas/iit-m- develops-eco-friendly-way-to-produce-hydrogen-fuel-from-seawater/73298601

INNOVATION: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Deccan Herald Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater URL: https://www.deccanherald.com/science-and-environment/iit-m-develops-eco- friendly-way-to-produce-hydrogen-fuel-from-seawater-795127.html

IIT-M develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: The Hans India Edition: Online Journalist: Shakoor Rather Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: New Delhi: IIT-M to produce hydrogen fuel from seawater URL: https://www.thehansindia.com/hans/young-hans/new-delhi-iit-m-to-produce- hydrogen-fuel-from-seawater-597606

New Delhi: IIT-M to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops device to produce ''clean'' hydrogen fuel from seawater URL: https://www.outlookindia.com/newsscroll/iitm-develops-device-to-produce- clean-hydrogen-fuel-from-seawater/1709910

IIT-M develops device to produce ''clean'' hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: First Post Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-MADRAS RESEARCHERS FIND NEW ECO-FRIENDLY WAY OF PRODUCING HYDROGEN USING SEA-WATER URL: https://www.firstpost.com/tech/science/iit-madras-researchers-find-new-eco- friendly-way-of-producing-hydrogen-using-sea-water-7915621.html

IIT-MADRAS RESEARCHERS FIND NEW ECO-FRIENDLY WAY OF PRODUCING HYDROGEN USING SEA-WATER

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: The News Minute Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops device to produce 'clean' hydrogen fuel from seawater URL: https://www.thenewsminute.com/article/iit-m-develops-device-produce-clean- hydrogen-fuel-seawater-116225

IIT-M develops device to produce 'clean' hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras.

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

"We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Your Story Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater URL: https://yourstory.com/socialstory/2020/01/iit-madras-produce-hydrogen-fuel- seawater

IIT-M develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a technology that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using this technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. IIT Madras

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy – hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.e are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it

The set up, the scientists said, can generate fuel production with the push of a button, which adds water from one compartment to the other.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected," Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said The researchers noted that the commercial method requires high temperature of about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is one bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices – things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Gadgets now Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-Madras develops technology to generate hydrogen fuel from seawater URL: https://www.gadgetsnow.com/tech-news/iit-madras-develops-technology-to- generate-hydrogen-fuel-from-seawater/articleshow/73295377.cms

IIT-Madras develops technology to generate hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a technology that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using this technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. IIT Madras

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy – hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.e are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it

The set up, the scientists said, can generate fuel production with the push of a button, which adds water from one compartment to the other.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected," Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said The researchers noted that the commercial method requires high temperature of about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is one bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices – things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: The Shillong Times Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-Madras develops technology to generate hydrogen fuel from seawater URL: http://theshillongtimes.com/2020/01/17/iit-m-develops-device-to-produce- clean-hydrogen-fuel-from-seawater/

IIT-Madras develops technology to generate hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a technology that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using this technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. IIT Madras

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy – hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.e are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it

The set up, the scientists said, can generate fuel production with the push of a button, which adds water from one compartment to the other.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected," Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said The researchers noted that the commercial method requires high temperature of about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is one bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices – things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: The Quint Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M Develops Device to Produce 'Clean' Hydrogen Fuel From Seawater URL: https://www.thequint.com/news/india/chennai-news-top-headlines-jallikattu- rapper-arivu-caa-nrc-hair-fetish

IIT-M Develops Device to Produce 'Clean' Hydrogen Fuel From Seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a technology that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using this technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. IIT Madras

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy – hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.e are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it

The set up, the scientists said, can generate fuel production with the push of a button, which adds water from one compartment to the other.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected," Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said The researchers noted that the commercial method requires high temperature of about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is one bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices – things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Patrika.com Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M Develops Device to Produce 'Clean' Hydrogen Fuel From Seawater URL: https://www.patrika.com/chennai-news/iit-madras-develops-eco-friendly-way- to-produce-hydrogen-fuel-from-sea-5653613/

Date: 17th January 2020 Publication: Navbharat Times Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: आईआईटी-मद्रास ने समुद्र जल से ‘स्वच्छ’ हाइ蕍रोजन ईधं न उत्पादन के ललए उपकरण लिकलसत लकया (IIT-M Develops Device to Produce 'Clean' Hydrogen Fuel From Seawater) URL: https://navbharattimes.indiatimes.com/india/iit-madras-developed-equipment- for-producing-clean-hydrogen-fuel-from-sea-water/articleshow/73303923.cms

आईआईटी-मद्रास ने समुद्र जल से ‘स्वच्छ’ हाइ蕍रोजन ईधं न उत्पादन के ललए उपकरण लिकलसत लकया

भारतीय प्रौद्योगिकी संथान (आईआईटी)-मद्रास के अनुसंधानकतााओं ने समुद्र जल से ‘स्व’ हाइ蕍रोजन ईंधन बनाने के गलए एक उपकरण गिकगसत गकया है जो भगिष्य मᴂ स्व ऊजाा मᴂ योिदान दे सकता है। पगिका ‘एसीएस सस्टेनेबल केगमस्टरी एं蕍 इंजीगनयररंि’ मᴂ प्रकागित अनुसंधान ररपोटा के मुतागबक मांि पर हाइ蕍रोजन का उत्पादन उपयोि थल पर ही गकया जा सकता है और इसगलए इसके भं蕍ारण की आिकता नहीं है। अनुसंधानकतााओं ने कहा गक इससे हाइ蕍रोजन से जुडी भं蕍ारण चुनौगतयों से गनपटा जा सकेिा। हाइ蕍रोजन िैस के भं蕍ारण को लेकर चुनौगतयां रहती हℂ 啍ोंगक यह अत्यंत ज्वलनिील होती है और भं蕍ारण की स्थगत मᴂ गिस्फोट होने का खतरा रहता है। उꅍोंने कहा गक हाइ蕍रोजन भगिष्य मᴂ ऊजाा का एक अा स्रोत हो सकती है। जीिा ईंधन के गिपरीत हाइ蕍रोजन के जलने से काबान 蕍ाई ऑक्साइ蕍 िैस का उत्पादन नहीं होता। गिश्वभर मᴂ बढ़ रहे िायु प्रदूषण के मद्देनजर अनुसंधानकताा हाइ蕍रोजन िस्ि का इस्तेमाल कर समुद्र के पानी से कार और बाइक चलाना चाहते हℂ। आईआईटी-मद्रास के रसायन गिज्ञान गिभाि के अब्दुल मगलक ने कहा, ‘‘啍ोंगक हाइ蕍रोजन को मांि थल पर ही उत्पन्न गकया जा सकता है, इसगलए हाइ蕍रोजन के भं蕍ारण और पररिहन से जुडे जोस्खम टल जाते हℂ।’’(यह आगटाकल एजᴂसी फी蕍 से ऑटो-अपलो蕍 आ है। इसे निभारतटाइम्स.कॉम की टीम ने एग蕍ट नहीं गकया है।)

Date: 17th January 2020 Publication: National Herald Edition: Online Journalist: NA Headline: A novel device developed by IIT Madras which can produce clean hydrogen fuel from sea-water. URL: https://www.nationalheraldindia.com/images/india-in-picture-january-16-2020

A novel device developed by IIT Madras which can produce clean hydrogen fuel from sea-water.

A novel device developed by IIT Madras which can produce clean hydrogen fuel from sea-water.

Date: 17th January 2020 Publication: Daily World Edition: Online Journalist: NA Headline: IIT Madras develops hydrogen production setup URL: https://dailyworld.in/iit-madras-develops-hydrogen-production-setup/

IIT Madras develops hydrogen production setup

Date: 17th January 2020 Publication: Prime Times Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops device to produce ‘clean’ hydrogen fuel from seawater URL: https://www.primetimes.in/news/412442/iit-m-develops-device-to-produce- clean-hydrogen-fuel-from-seawater/

IIT-M develops device to produce ‘clean’ hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future.

Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ‘clean’ source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

s the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided,” said Abdul Malek from the Department of Chemistry at IIT Madras. “The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,” Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy — hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

“Hydrogen is the future. We want to make it ‘the present’. I am waiting for the day when our invention will fuel the Indian Space Research Organisation’s (ISRO) rockets or Defence Research and Development Organisation’s (DRDO) missiles,” said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles.

“We are looking forward to delivering solutions for the global energy sector,” Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it.

The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

“We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required,” Malek said.

The device contains two compartments stacked one above the other.

Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity.

“The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected, Malek said.

“The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

“Our current estimates indicate that the cost is likely comparable to the available prices — things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution,” added Malek.

Date: 17th January 2020 Publication: The Week Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater URL: https://www.theweek.in/wire-updates/business/2020/01/16/lst4-science- hydrogen-water.html

IIT-M develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a technology that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using this technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored. This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said. Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. "As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI. The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said. "Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. "We are looking forward to delivering solutions for the global energy sector," Malek said. The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The set up, the scientists said, can generate fuel production with the push of a button, which adds water from one compartment to the other. "The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. "The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said. The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said. "Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Republic World Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M Develops Device To Produce 'clean' Hydrogen Fuel From Seawater URL: https://www.republicworld.com/india-news/education/iit-m-develops-device- to-produce-clean-hydrogen-fuel-from-seawater.html

IIT-M Develops Device To Produce 'clean' Hydrogen Fuel From Seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored. This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said. Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. "We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said. The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity. "The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said. The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said. "Our current estimates indicate that the cost is likely comparable to the available prices things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT Madras provides opportunity for non-IITians to experience IIT System URL: https://indiaeducationdiary.in/iit-madras-provides-opportunity-for-non-iitians-to- experience-iit-system/

IIT Madras provides opportunity for non-IITians to experience IIT System

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored. This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said.

Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said. Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power.

READ: IIT Hyderabad Researchers, Others Develop Cancer Therapy

"As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras. "The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

"Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek. The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. "We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said. The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water.

As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity. "The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said.

"The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said. The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure.

However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said. "Our current estimates indicate that the cost is likely comparable to the available prices things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 17th January 2020 Publication: Devdiscourse Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops eco-friendly way to produce hydrogen fuel from seawater URL: https://www.devdiscourse.com/article/business/833216-iit-m-develops-eco- friendly-way-to-produce-hydrogen-fuel-from-seawater

IIT-M develops eco-friendly way to produce hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a technology that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using this technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on- demand at the point of use, and hence it need not to be stored

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a 'clean' source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. "As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided," said Abdul Malek from the Department of Chemistry at IIT Madras

"The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector," Malek told PTI. The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly.

The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive, aviation etc. would benefit from this technology, they said. "Hydrogen is the future. We want to make it 'the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. "We are looking forward to delivering solutions for the global energy sector," Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The set up, the scientists said, can generate fuel production with the push of a button, which adds water from one compartment to the other.

"The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. "The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation," he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

(This story has not been edited by Devdiscourse staff and is auto-generated from a syndicated feed.)

Date: 18th January 2020 Publication: Mana Telangana Edition: Hyderabad Page No: 9 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: Hydrogen gas from sea water

Date: 18th January 2020 Publication: Andhra Bhoomi Edition: Hyderabad Page No: 5 Journalist: NA Headline: Hydrogen gas from sea water

Date: 18th January 2020 Publication: Dakshin Bharat Edition: Bangalore Page No: 9 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: Hydrogen gas from sea water

Date: 18th January 2020 Publication: Sanmarg Edition: Kolkata Page No: 9 Journalist: NA Headline: 'Clean' hydrogen fuel production equipment developed from sea water

Date: 18th January 2020 Publication: Swatantra Vartha Edition: Hyderabad Page No: 4 Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: 'Clean' hydrogen fuel production equipment developed from sea water

Date: 18th January 2020 Publication: The Indian Express Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-M develops device to produce ‘clean’ hydrogen fuel from seawater URL: https://indianexpress.com/article/technology/science/iit-m-develops-device- to-produce-clean-hydrogen-fuel-from-seawater-6221543/

IIT-M develops device to produce ‘clean’ hydrogen fuel from seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ‘clean’ source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. “As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided,” said Abdul Malek from the Department of Chemistry at IIT Madras.

“The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,” Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy — hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

“Hydrogen is the future. We want to make it ‘the present’. I am waiting for the day when our invention will fuel the Indian Space Research Organisation’s (ISRO) rockets or Defence Research and Development Organisation’s (DRDO) missiles,” said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. “We are looking forward to delivering solutions for the global energy sector,” Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

“We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required,” Malek said.

The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water. As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity.

“The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. “The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

“Our current estimates indicate that the cost is likely comparable to the available prices — things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution,” added Malek.

Date: 18th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-Madras develops device to produce 'clean' hydrogen fuel URL: https://timesofindia.indiatimes.com/home/education/news/iit-madras- develops-device-to-produce-clean-hydrogen-fuel-from- seawater/articleshow/73321655.cms

IIT-Madras develops device to produce 'clean' hydrogen

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ‘clean’ source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. “As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided,” said Abdul Malek from the Department of Chemistry at IIT Madras.

“The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,” Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy — hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

“Hydrogen is the future. We want to make it ‘the present’. I am waiting for the day when our invention will fuel the Indian Space Research Organisation’s (ISRO) rockets or Defence Research and Development Organisation’s (DRDO) missiles,” said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. “We are looking forward to delivering solutions for the global energy sector,” Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

“We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required,” Malek said.

The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water. As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity.

“The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. “The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

“Our current estimates indicate that the cost is likely comparable to the available prices — things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution,” added Malek.

Date: 18th January 2020 Publication: You News Edition: Online Journalist: NA Headline: IIT-Madras develops device to produce 'clean' hydrogen fuel URL:https://www.younews.in/news/iit-madras-scientists-extract-clean-hydrogen- from-seawater-to-run-cars-and-lower-pollution/

IIT-Madras develops device to produce 'clean' hydrogen fuel

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ‘clean’ source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. “As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided,” said Abdul Malek from the Department of Chemistry at IIT Madras.

“The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,” Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy — hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

“Hydrogen is the future. We want to make it ‘the present’. I am waiting for the day when our invention will fuel the Indian Space Research Organisation’s (ISRO) rockets or Defence Research and Development Organisation’s (DRDO) missiles,” said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. “We are looking forward to delivering solutions for the global energy sector,” Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

“We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required,” Malek said.

The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water. As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity.

“The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. “The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

“Our current estimates indicate that the cost is likely comparable to the available prices — things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution,” added Malek.

Date: 18th January 2020 Publication: Saur Energy Edition: Online Journalist: NA Headline: IIT-M Develops Eco-Friendly way for Hydrogen Generation From Seawater URL: https://www.saurenergy.com/solar-energy-news/iit-m-eco-friendly-hydrogen- generation-seawater

IIT-M Develops Eco-Friendly way for Hydrogen Generation From Seawater

Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ‘clean’ source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. “As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided,” said Abdul Malek from the Department of Chemistry at IIT Madras.

“The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,” Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy — hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

“Hydrogen is the future. We want to make it ‘the present’. I am waiting for the day when our invention will fuel the Indian Space Research Organisation’s (ISRO) rockets or Defence Research and Development Organisation’s (DRDO) missiles,” said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. “We are looking forward to delivering solutions for the global energy sector,” Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

“We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required,” Malek said.

The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water. As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity.

“The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. “The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

“Our current estimates indicate that the cost is likely comparable to the available prices — things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution,” added Malek.

Date: 18th January 2020 Publication: India Times Edition: Online Journalist: Monit Khanna Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT Madras Scientists Extract Clean Hydrogen From Seawater To Run Cars, And Lower Pollution URL: https://www.indiatimes.com/technology/news/iit-madras-scientists-extract- hydrogen-from-seawater-to-run-cars-lower-pollution-save-planet-504418.html

IIT Madras Scientists Extract Clean Hydrogen From Seawater To Run Cars, And Lower Pollution Researchers from the Indian Institute of Technology (IIT) Madras have developed a novel device that can be used to generate hydrogen fuel from seawater, an advance that may contribute to a cleaner energy future. Using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on demand at the point of use, and hence it need not to be stored.

This overcomes the storage-related challenges associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen can be a good source of energy for the future. Combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ‘clean’ source of energy, they said.

Considering the increased levels of air pollution globally, the researchers are even targeting running cars and bikes by seawater using hydrogen power. “As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided,” said Abdul Malek from the Department of Chemistry at IIT Madras.

“The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,” Malek told PTI.

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy — hence sectors such as automotive, aviation etc. would benefit from this technology, they said.

“Hydrogen is the future. We want to make it ‘the present’. I am waiting for the day when our invention will fuel the Indian Space Research Organisation’s (ISRO) rockets or Defence Research and Development Organisation’s (DRDO) missiles,” said Malek.

The researchers, including Tiju Thomas, Associate Professor at IIT Madras, said they are on the way to customise and design a proper hydrogen system for vehicles. “We are looking forward to delivering solutions for the global energy sector,” Malek said.

The technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

“We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required,” Malek said.

The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water. As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said. The outlet tube can be connected to customised engines which run vehicles or produce electricity.

“The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected,” Malek said. “The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” he said.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

“Our current estimates indicate that the cost is likely comparable to the available prices — things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution,” added Malek.

Date: 18th January 2020 Publication: India Times Edition: Online Journalist: Monit Khanna Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT Madras Scientists Extract Clean Hydrogen From Seawater To Run Cars, And Lower Pollution URL: https://www.indiatimes.com/technology/news/iit-madras-scientists-extract- hydrogen-from-seawater-to-run-cars-lower-pollution-save-planet-504418.html

IIT Madras Scientists Extract Clean Hydrogen From Seawater To Run Cars, And Lower Pollution

Researchers across the world have been trying to harness the power of hydrogen to release us from our dependence from fossil fuels -- but extracting hydrogen from water is easier said than done.

What’s more difficult is storing hydrogen due to its extremely inflammable nature. However, now researchers at IIT Madras have developed a technology that extracts hydrogen from seawater.

What’s different with their approach is that hydrogen can be produced on-demand, without the need arising of actually storing it. The reason people prefer hydrogen and call it the fuel of the future because unlike gasoline or diesel, its combustion doesn’t release carbon dioxide.

According to Abdul Malek from the Department of Chemistry (in a conversation with PTI), "As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided. The solid starting materials can be transported from one place to another place very conveniently. This bypasses the transportation bottleneck associated with hydrogen sector,"

Date: 24th January 2020 Publication: The Times of India Edition: Chennai Page No: 12 Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT Madras & German researchers develop new cathode materials for longer-lasting lithium ion batteries URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-german- researchers-develop-a-new-cathode-materials-for-longer-lasting-lithium-ion- batteries/articleshow/73545236.cms

Date: 24th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: Long lasting lithium ion batteries a possibility URL: https://www.newindianexpress.com/cities/chennai/2020/jan/24/long-lasting- lithium-ion-batteries-a-possibility-2093656.html

Date: 24th January 2020 Publication: NDTV Edition: Online Journalist: Anisha Singh Professor: Prof. S.S. Bhattacharya Headline: IIT Madras Team, German Researchers Develop New Materials For Long- Lasting Lithium Batteries URL: https://www.ndtv.com/education/iit-madras-team-german-researchers- develop-new-materials-for-long-lasting-lithim-batteries-2168634

IIT Madras Team, German Researchers Develop New Materials For Long-Lasting Lithium Batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: India Today Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT Madras, German researchers develop new cathode materials for longer-lasting lithium ion batteries URL: https://www.indiatoday.in/education-today/news/story/iit-madras-german- researchers-develop-new-cathode-materials-for-longer-lasting-lithium-ion-batteries- 1639483-2020-01-23

IIT Madras, German researchers develop new cathode materials for longer-lasting lithium ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: The New Indian Express - EDEX Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT Madras, Karlsruhe Institute of Technology researchers develop cathode materials for longer-lasting ion batteries URL: https://www.edexlive.com/news/2020/jan/23/iit-madras-karlsruhe-institute-of- technology-researchers-develop-cathode-materials-for-longer-lasting-ion-batteries- 9991.html

IIT Madras, Karlsruhe Institute of Technology researchers develop cathode materials for longer-lasting ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://www.outlookindia.com/newsscroll/iitm-researchers-develop-cathode- materials-for-ion-batteries/1715689

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Swarajya Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT Madras, German Researchers Develop New Cathode Materials To Enhance Lifetime, Performance Of Li-Ion Batteries URL: https://swarajyamag.com/insta/iit-madras-german-researchers-develop-new- cathode-materials-to-enhance-lifetime-performance-of-li-ion-batteries

IIT Madras, German Researchers Develop New Cathode Materials To Enhance Lifetime, Performance Of Li-Ion Batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Gadgets Now Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: Researchers from IIT-Madras and KIT, Germany develop cathode materials for ion batteries URL: https://www.gadgetsnow.com/tech-news/researchers-from-iit-madras-and-kit- germany-develop-cathode-materials-for-ion-batteries/articleshow/73556969.cms

Researchers from IIT-Madras and KIT, Germany develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Orissa Post Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-Madras researchers develop technology for long-lasting Li-ion batteries URL: https://www.orissapost.com/iit-madras-researchers-develop-technology-for- long-lasting-li-ion-batteries/

IIT-Madras researchers develop technology for long-lasting Li-ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Daily Hunt Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-Madras researchers develop technology for long-lasting Li-ion batteries URL: https://m.dailyhunt.in/news/india/english/orissa+post-epaper- orisapos/iit+madras+researchers+develop+technology+for+long+lasting+li+ion+batt eries-newsid-161167142

IIT-Madras researchers develop technology for long-lasting Li-ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Telangana Today Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://telanganatoday.com/iit-m-researchers-develop-cathode-materials-for- ion-batteries

IIT-M, researchers develop cathode materials for ion batteries Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: News D Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://newsd.in/iit-m-researchers-develop-cathode-materials-for-ion-batteries/

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, German researchers develop new Cathode Materials for long life lithium batteries URL: http://www.uniindia.com/iit-m-german-researchers-develop-new-cathode- materials-for-long-life-lithium-batteries/south/news/1862822.html

IIT-M, German researchers develop new Cathode Materials for long life lithium batteries Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT Madras & German Researchers Develop new Cathode Materials for longer-lasting lithium ion batteries URL: https://indiaeducationdiary.in/iit-madras-german-researchers-develop-new- cathode-materials-for-longer-lasting-lithium-ion-batteries/

IIT Madras & German Researchers Develop new Cathode Materials for longer-lasting lithium ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Daily World Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://dailyworld.in/iit-m-researchers-develop-cathode-materials-for-ion- batteries/

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: New Kerala.com Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://www.newkerala.com/news/2020/11654.htm

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: The Hans India Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: Chennai: Cathode materials for ion batteries developed URL: https://www.thehansindia.com/hans/young-hans/chennai-cathode-materials- for-ion-batteries-developed-599498

Chennai: Cathode materials for ion batteries developed

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Date: 24th January 2020 Publication: Daiji World Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: http://www.daijiworld.com/news/newsDisplay.aspx?newsID=666427

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Social News XYZ Edition: Online Journalist: Gopi Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://www.socialnews.xyz/2020/01/23/iit-m-researchers-develop-cathode- materials-for-ion-batteries/

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: News Web 123 Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: https://news.webindia123.com/news/Articles/Science/20200123/3494242.html

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 24th January 2020 Publication: Window to News Edition: Online Journalist: NA Professor: Prof. S.S. Bhattacharya Headline: IIT-M, researchers develop cathode materials for ion batteries URL: http://www.windowtonews.com/news.php?id=306586

IIT-M, researchers develop cathode materials for ion batteries

Researchers from IIT Madras and Karlsruhe Institute of Technology (KIT), Germany, have developed a new class of 'high entropy materials' for use as cathodes in long- lasting and better performing lithium ion batteries. While lithium ion batteries have a wide-range use, their limited lifetime remains a challenge. Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge- discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The team's research was recently published in the prestigious peer-reviewed RSC journal Energy and Environmental Science. Their research reports the synthesis of non- toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

Prof. S.S. Bhattacharya from the Department of Metallurgical and Materials Engineering, IIT Madras led the research along with Prof. Dr.-ing. Horst Hahn, Executive Director, Institute of Nanotechnology, KIT led the research. Prof. Hahn is also a Distinguished Honorary Professor of IIT Madras.

Dr. Bhattacharya described the cathode materials the team developed as complex compounds that contain five or more metal ions in equal amounts.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," added Prof. Bhattacharya.

The phase purity is believed to result from high configurational entropy that results from the five cat-ions occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs. Dr. Bhattacharya and his co-scientists developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc. While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes. Better lithium ion storage and cycling performance were due to the entropy stabilization in these compounds.

Speaking about the real-life implications of their discovery, Prof Bhattacharya said, "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries. Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs."

Prof. Hahn added, "This possibility of using multiple anions opens up pathways for developing not only better performing lithium ion batteries but also futuristic sodium ion batteries that are expected to be even cheaper than the former." As an alternative, it is possible to synthesize oxy-chlorides for use in sodium ion batteries.

The icing on the cake is that the use of HEOs as cathode materials in lithium ion batteries would eliminate the use of toxic and costly cathodic materials such as those used today, with no loss in energy density.

Date: 25th January 2020 Publication: Trinity Mirror Edition: Chennai Page No: 4 Journalist: NA Professor: Prof. SS Bhattacharya Headline: IIT Madras develops materials for long lasting lithium batteries

Date: 25th January 2020 Publication: Daily Thanthi Edition: Chennai Page No: 5 Journalist: NA Headline: IIT Madras German Researchers Develop New Cathode Materials To Enhance Lifetime Performance Of Li-Ion Batteries

Date: 25th January 2020 Publication: News Edition: Online Journalist: NA Professor: Prof. SS Bhattacharya Headline: IIT Madras, researchers develop cathode materials for ion batteries URL: https://www.timesnownews.com/education/article/iit-madras-researchers- develop-cathode-materials-for-ion-batteries/544247

IIT Madras, researchers develop cathode materials for ion batteries

Researchers from Indian Institute of Technology Madras (IIT-M) and Karlsruhe Institute of Technology (KIT), have developed a new class of 'high entropy materials' for use as cathodes in long-lasting and better performing lithium ion batteries, the Institute said on Thursday.

While lithium ion batteries are ubiquitous with almost all consumer items being powered by them, their limited lifetime has remained a challenge to overcome.

Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge-discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The study, published in the RSC journal Energy and Environmental Science, reports the synthesis of non-toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," said study researcher SS Bhattacharya, Department of Metallurgical and Materials Engineering, IIT Madras.

The phase purity is believed to result from high configurational entropy that results from the five cations occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs researchers developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc.

While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes.

According to the researchers, better lithium ion storage and cycling performance were due to the entropy stabilisation in these compounds. "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries," Bhattacharya said.

"Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs," Bhattacharya added.

Date: 25th January 2020 Publication: India Times Edition: Online Journalist: Monit Khanna Professor: Prof. SS Bhattacharya Headline: IIT Madras Researchers Make Batteries Last Longer With New Materials That Won't Hurt The Planet URL: https://www.indiatimes.com/technology/news/iit-madras-researchers-make- batteries-last-longer-with-materials-that-will-save-the-earth-504917.html

IIT Madras Researchers Make Batteries Last Longer With New Materials That Won't Hurt The Planet

Researchers from Indian Institute of Technology Madras (IIT-M) and Karlsruhe Institute of Technology (KIT), have developed a new class of 'high entropy materials' for use as cathodes in long-lasting and better performing lithium ion batteries, the Institute said on Thursday.

While lithium ion batteries are ubiquitous with almost all consumer items being powered by them, their limited lifetime has remained a challenge to overcome.

Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge-discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The study, published in the RSC journal Energy and Environmental Science, reports the synthesis of non-toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," said study researcher SS Bhattacharya, Department of Metallurgical and Materials Engineering, IIT Madras.

The phase purity is believed to result from high configurational entropy that results from the five cations occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs researchers developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc.

While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes.

According to the researchers, better lithium ion storage and cycling performance were due to the entropy stabilisation in these compounds. "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries," Bhattacharya said.

"Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs," Bhattacharya added.

Date: 25th January 2020 Publication: Update News 360 Edition: Online Journalist: NA Professor: Prof. SS Bhattacharya Headline: Environmental harmless battery: Madras researchers' invention !! URL: https://www.updatenews360.com/technology/iit-madras-researchers-make- batteries-last-longer-with-new-materials-that-wont-hurt-the-planet-250120/

Environmental harmless battery: Madras researchers' invention !!

Researchers from Indian Institute of Technology Madras (IIT-M) and Karlsruhe Institute of Technology (KIT), have developed a new class of 'high entropy materials' for use as cathodes in long-lasting and better performing lithium ion batteries, the Institute said on Thursday.

While lithium ion batteries are ubiquitous with almost all consumer items being powered by them, their limited lifetime has remained a challenge to overcome.

Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge-discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The study, published in the RSC journal Energy and Environmental Science, reports the synthesis of non-toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," said study researcher SS Bhattacharya, Department of Metallurgical and Materials Engineering, IIT Madras.

The phase purity is believed to result from high configurational entropy that results from the five cations occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs researchers developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc.

While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes.

According to the researchers, better lithium ion storage and cycling performance were due to the entropy stabilisation in these compounds. "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries," Bhattacharya said.

"Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs," Bhattacharya added.

Date: 25th January 2020 Publication: The Sentinel Edition: Online Journalist: NA Headline: IIT-M & KIT developed Cathode materials for ion batteries URL: https://www.sentinelassam.com/national-news/iit-m-kit-developed-cathode- materials-for-ion-batteries/

IIT-M & KIT developed Cathode materials for ion batteries

Researchers from Indian Institute of Technology Madras (IIT-M) and Karlsruhe Institute of Technology (KIT), have developed a new class of 'high entropy materials' for use as cathodes in long-lasting and better performing lithium ion batteries, the Institute said on Thursday.

While lithium ion batteries are ubiquitous with almost all consumer items being powered by them, their limited lifetime has remained a challenge to overcome.

Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge-discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The study, published in the RSC journal Energy and Environmental Science, reports the synthesis of non-toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," said study researcher SS Bhattacharya, Department of Metallurgical and Materials Engineering, IIT Madras.

The phase purity is believed to result from high configurational entropy that results from the five cations occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs researchers developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc.

While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes.

According to the researchers, better lithium ion storage and cycling performance were due to the entropy stabilisation in these compounds. "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries," Bhattacharya said.

"Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs," Bhattacharya added.

Date: 25th January 2020 Publication: Energetica Edition: Online Journalist: NA Professor: Prof SS Bhattacharya Headline: IIT Madras & German Researchers Innovates New Cathode Material for Advance Lithium Ion Battery URL: http://energetica-india.net/news/iit-madras--german-researchers-innovates- new-cathode-material-for-advance-lithium-ion-battery

IIT Madras & German Researchers Innovates New Cathode Material for Advance Lithium Ion Battery Researchers from Indian Institute of Technology Madras (IIT-M) and Karlsruhe Institute of Technology (KIT), have developed a new class of 'high entropy materials' for use as cathodes in long-lasting and better performing lithium ion batteries, the Institute said on Thursday.

While lithium ion batteries are ubiquitous with almost all consumer items being powered by them, their limited lifetime has remained a challenge to overcome.

Poor lifetime of lithium ion batteries arises from the poor cycling stability of the cathodes - the performance of the cathode reduces with multiple charge-discharge cycles because of side reactions between the active material and the electrolyte.

Improvements in cycling stability and better performance have therefore hinged on developing better cathode materials, such as those developed by the IIT Madras and KIT researchers.

The study, published in the RSC journal Energy and Environmental Science, reports the synthesis of non-toxic and relatively inexpensive and more earth-abundant cathode materials with enhanced lithium ion storage properties and considerably improved cycling performance over currently used cathode materials.

"The uniqueness of our cathode materials is that despite their high chemical complexity, they have phase purity," said study researcher SS Bhattacharya, Department of Metallurgical and Materials Engineering, IIT Madras.

The phase purity is believed to result from high configurational entropy that results from the five cations occupying random sites in the crystal lattice, hence the name 'High Entropy Oxides' or HEOs researchers developed HEOs containing the ions of five metals, manganese, cobalt, nickel, copper and zinc.

While only oxygen ions occupy the anionic site in traditional HEOs, they replaced some of the oxides with fluoride ions to adjust the electrochemical properties.

They then compared the performance of these cathodes to conventional nickel- based cathode materials and found that not only was the specific capacity higher for the HEO, but the performance degradation during cycling was also much smaller than conventional cathodes.

According to the researchers, better lithium ion storage and cycling performance were due to the entropy stabilisation in these compounds. "In practical terms, the retention of Coulombic efficiency with cycling points to longer life of batteries," Bhattacharya said.

"Better lithium ion storage and cycling stability are not the only advantage of the HEOs developed in this collaboration. We were able to vary the anions with the use of these HEOs," Bhattacharya added.

Date: 27th January 2020 Publication: India Times Edition: Online Journalist: Monit Khanna Professor: Prof. S.S. Bhattacharya Headline: IIT Madras Researchers Make Batteries Last Longer With New Materials That Won't Hurt The Planet URL: https://www.indiatimes.com/technology/news/iit-madras-researchers-make- batteries-last-longer-with-materials-that-will-save-the-earth-504917.html

IIT Madras Researchers Make Batteries Last Longer With New Materials That Won't Hurt The Planet

Lithium-ion batteries are everywhere -- from smartphones to electric cars, they help us stay powered in all walks of our life. However, even with the latest advancement in technology, they don’t last as long as we want them to.

And with the gruesome mining process that goes to create them, it’s more needed than ever. But that’s about to change now.

Researchers from the Indian Institute of Technology, Madras and Karlsruhe Institute of Technology, aka KIT have developed a new class of ‘high entropy’ materials that would be used as cathodes in order to make lithium batteries last longer

In most cases, poor life of lithium-ion batteries come from poor cycling stability of the cathodes in them. It is no news that with every charge and discharge, the battery loses its power-retention capacity. This happens due to the side reactions that occur between the electrolyte and the active material.

However IIT-M and KIT researchers have now found new materials for the cathode that are not just easily available on the planet, but they also help in improving the lithium-ion storage properties that help in improving the charge-cycle performance - - better than the best available in the market as of now.

Date: 28th January 2020 Publication: Mail Today Edition: Delhi / Chandigarh Page No: 11 Journalist: NA Professor: Prof. SS Bhattacharya Headline: Material to make batteries last longer

Date: 30th January 2020 Publication: DT Next Edition: Chennai Page No: 5 Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT-M’s new tech to make AI fairer, less biased URL: https://www.dtnext.in/News/TamilNadu/2020/01/30005453/1212171/IITMs-new- tech-to-make-AI-fairer-less-biased.vpf

Date: 30th January 2020 Publication: The Economic Times - ET CIO Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT-Madras, UK researchers develop technology to make AI fairer URL: https://cio.economictimes.indiatimes.com/news/corporate-news/iit-madras-uk- researchers-develop-technology-to-make-ai-fairer/73754350

IIT-Madras, UK researchers develop technology to make AI fairer

IIT Madras students have contributed to research on algorithm to make Artificial intelligence (AI) fairer and less biased when processing data. The students were part of a team which was led by a Queen's University, Belfast Researcher. The research was led by Dr. Deepak Padmanabhan who is a researcher at Queen's University and an adjunct Faculty Member at IIT Madras. His team included Ms. Savitha Abraham and Ms. Sowmya Sundaram, PhD Students from the Computer Science department at IIT Madras.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

AI sorts through the data, grouping it to form a manageable number of clusters, which are groups of data with common characteristics. It is then much easier for an organisation to analyse manually and either shortlist or reject the entire group. However, while AI can save on time, the process is often biased in terms of race, gender, age, religion and country of origin.

Elaborating on the need for AI techniques to be unbiased, Dr. Deepak Padmanabhan said, "AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin."

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names. Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

Another discriminatory trend is the 'motherhood penalty', where working mothers are disadvantaged in the job market while working fathers do better, in what is known as the 'fatherhood bonus'.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this. Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted. While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender. The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

Speaking about this research, Ms. Savitha Abraham said, "Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data."

Ms. Savitha Abraham added, "Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios."

Highlighting the potential impact of this research, Dr. Padmanabhan said, "Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process. In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources. With a fairer process in place, the selection committees can focus on other core job-related criteria."

Dr. Padmanabhan added, "FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities. This, we believe, marks a significant step forward towards building fair machine learning algorithms that can deal with the demands of our modern democratic society."

The research work will be presented in Copenhagen in April 2020 at the EDBT 2020 conference, which is renowned for data science research.

Date: 30th January 2020 Publication: IANS Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: http://www.ianslive.in/index.php?param=news/IIT_Madras_UK_researchers_dev elop_technology_to_make_AI_fairer-655535/SCIENCE%20&%20TECHNOLOGY/36

IIT Madras, UK researchers develop technology to make AI fairer

IIT Madras students have contributed to research on algorithm to make Artificial intelligence (AI) fairer and less biased when processing data. The students were part of a team which was led by a Queen's University, Belfast Researcher. The research was led by Dr. Deepak Padmanabhan who is a researcher at Queen's University and an adjunct Faculty Member at IIT Madras. His team included Ms. Savitha Abraham and Ms. Sowmya Sundaram, PhD Students from the Computer Science department at IIT Madras.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

AI sorts through the data, grouping it to form a manageable number of clusters, which are groups of data with common characteristics. It is then much easier for an organisation to analyse manually and either shortlist or reject the entire group. However, while AI can save on time, the process is often biased in terms of race, gender, age, religion and country of origin.

Elaborating on the need for AI techniques to be unbiased, Dr. Deepak Padmanabhan said, "AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin."

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names. Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

Another discriminatory trend is the 'motherhood penalty', where working mothers are disadvantaged in the job market while working fathers do better, in what is known as the 'fatherhood bonus'.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this. Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted. While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender. The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

Speaking about this research, Ms. Savitha Abraham said, "Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data."

Ms. Savitha Abraham added, "Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios."

Highlighting the potential impact of this research, Dr. Padmanabhan said, "Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process. In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources. With a fairer process in place, the selection committees can focus on other core job-related criteria."

Dr. Padmanabhan added, "FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities. This, we believe, marks a significant step forward towards building fair machine learning algorithms that can deal with the demands of our modern democratic society."

The research work will be presented in Copenhagen in April 2020 at the EDBT 2020 conference, which is renowned for data science research.

Date: 30th January 2020 Publication: NDTV Edition: Online Journalist: Anisha Singh Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: Queen's University, IIT Madras Research Team Develops Technology To Make AI Unbiased URL: https://www.ndtv.com/education/iit-madras-queens-university-research-team- develops-technology-to-make-ai-unbiased-2171500

Queen's University, IIT Madras Research Team Develops Technology To Make AI Unbiased

IIT Madras students have contributed to research on algorithm to make Artificial intelligence (AI) fairer and less biased when processing data. The students were part of a team which was led by a Queen's University, Belfast Researcher. The research was led by Dr. Deepak Padmanabhan who is a researcher at Queen's University and an adjunct Faculty Member at IIT Madras. His team included Ms. Savitha Abraham and Ms. Sowmya Sundaram, PhD Students from the Computer Science department at IIT Madras.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

AI sorts through the data, grouping it to form a manageable number of clusters, which are groups of data with common characteristics. It is then much easier for an organisation to analyse manually and either shortlist or reject the entire group. However, while AI can save on time, the process is often biased in terms of race, gender, age, religion and country of origin.

Elaborating on the need for AI techniques to be unbiased, Dr. Deepak Padmanabhan said, "AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin."

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names. Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

Another discriminatory trend is the 'motherhood penalty', where working mothers are disadvantaged in the job market while working fathers do better, in what is known as the 'fatherhood bonus'.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this. Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted. While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender. The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

Speaking about this research, Ms. Savitha Abraham said, "Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data."

Ms. Savitha Abraham added, "Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios."

Highlighting the potential impact of this research, Dr. Padmanabhan said, "Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process. In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources. With a fairer process in place, the selection committees can focus on other core job-related criteria."

Dr. Padmanabhan added, "FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities. This, we believe, marks a significant step forward towards building fair machine learning algorithms that can deal with the demands of our modern democratic society."

The research work will be presented in Copenhagen in April 2020 at the EDBT 2020 conference, which is renowned for data science research.

Date: 30th January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: Now technology to make AI fairer, less biased URL: http://www.uniindia.com/now-technology-to-make-ai-fairer-less- biased/south/news/1869561.html

Now technology to make AI fairer, less biased

IIT Madras students have contributed to research on algorithm to make Artificial intelligence (AI) fairer and less biased when processing data. The students were part of a team which was led by a Queen's University, Belfast Researcher. The research was led by Dr. Deepak Padmanabhan who is a researcher at Queen's University and an adjunct Faculty Member at IIT Madras. His team included Ms. Savitha Abraham and Ms. Sowmya Sundaram, PhD Students from the Computer Science department at IIT Madras.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

AI sorts through the data, grouping it to form a manageable number of clusters, which are groups of data with common characteristics. It is then much easier for an organisation to analyse manually and either shortlist or reject the entire group. However, while AI can save on time, the process is often biased in terms of race, gender, age, religion and country of origin.

Elaborating on the need for AI techniques to be unbiased, Dr. Deepak Padmanabhan said, "AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin."

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names. Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

Another discriminatory trend is the 'motherhood penalty', where working mothers are disadvantaged in the job market while working fathers do better, in what is known as the 'fatherhood bonus'.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this. Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted. While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender. The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

Speaking about this research, Ms. Savitha Abraham said, "Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data."

Ms. Savitha Abraham added, "Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios."

Highlighting the potential impact of this research, Dr. Padmanabhan said, "Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process. In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources. With a fairer process in place, the selection committees can focus on other core job-related criteria."

Dr. Padmanabhan added, "FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities. This, we believe, marks a significant step forward towards building fair machine learning algorithms that can deal with the demands of our modern democratic society."

The research work will be presented in Copenhagen in April 2020 at the EDBT 2020 conference, which is renowned for data science research.

Date: 30th January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: https://www.outlookindia.com/newsscroll/iit-madras-uk-researchers-develop- technology-to-make-ai-fairer/1720708

IIT Madras, UK researchers develop technology to make AI fairer

IIT Madras students have contributed to research on algorithm to make Artificial intelligence (AI) fairer and less biased when processing data. The students were part of a team which was led by a Queen's University, Belfast Researcher. The research was led by Dr. Deepak Padmanabhan who is a researcher at Queen's University and an adjunct Faculty Member at IIT Madras. His team included Ms. Savitha Abraham and Ms. Sowmya Sundaram, PhD Students from the Computer Science department at IIT Madras.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

AI sorts through the data, grouping it to form a manageable number of clusters, which are groups of data with common characteristics. It is then much easier for an organisation to analyse manually and either shortlist or reject the entire group. However, while AI can save on time, the process is often biased in terms of race, gender, age, religion and country of origin.

Elaborating on the need for AI techniques to be unbiased, Dr. Deepak Padmanabhan said, "AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin."

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names. Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

Another discriminatory trend is the 'motherhood penalty', where working mothers are disadvantaged in the job market while working fathers do better, in what is known as the 'fatherhood bonus'.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this. Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted. While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender. The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

Speaking about this research, Ms. Savitha Abraham said, "Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data."

Ms. Savitha Abraham added, "Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios."

Highlighting the potential impact of this research, Dr. Padmanabhan said, "Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process. In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources. With a fairer process in place, the selection committees can focus on other core job-related criteria."

Dr. Padmanabhan added, "FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities. This, we believe, marks a significant step forward towards building fair machine learning algorithms that can deal with the demands of our modern democratic society."

The research work will be presented in Copenhagen in April 2020 at the EDBT 2020 conference, which is renowned for data science research.

Date: 30th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: Queen’s University Belfast and IIT Madras research team develops technology to make Artificial Intelligence Fairer URL: https://indiaeducationdiary.in/queens-university-belfast-and-iit-madras- research-team-develops-technology-to-make-artificial-intelligence-fairer/

Queen’s University Belfast and IIT Madras research team develops technology to make Artificial Intelligence Fairer

IIT Madras students have contributed to research on algorithm to make Artificial intelligence (AI) fairer and less biased when processing data. The students were part of a team which was led by a Queen's University, Belfast Researcher. The research was led by Dr. Deepak Padmanabhan who is a researcher at Queen's University and an adjunct Faculty Member at IIT Madras. His team included Ms. Savitha Abraham and Ms. Sowmya Sundaram, PhD Students from the Computer Science department at IIT Madras.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

AI sorts through the data, grouping it to form a manageable number of clusters, which are groups of data with common characteristics. It is then much easier for an organisation to analyse manually and either shortlist or reject the entire group. However, while AI can save on time, the process is often biased in terms of race, gender, age, religion and country of origin.

Elaborating on the need for AI techniques to be unbiased, Dr. Deepak Padmanabhan said, "AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin."

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names. Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

Another discriminatory trend is the 'motherhood penalty', where working mothers are disadvantaged in the job market while working fathers do better, in what is known as the 'fatherhood bonus'.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this. Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted. While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender. The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

Speaking about this research, Ms. Savitha Abraham said, "Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data."

Ms. Savitha Abraham added, "Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios."

Highlighting the potential impact of this research, Dr. Padmanabhan said, "Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process. In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources. With a fairer process in place, the selection committees can focus on other core job-related criteria."

Dr. Padmanabhan added, "FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities. This, we believe, marks a significant step forward towards building fair machine learning algorithms that can deal with the demands of our modern democratic society."

The research work will be presented in Copenhagen in April 2020 at the EDBT 2020 conference, which is renowned for data science research.

Date: 30th January 2020 Publication: News D Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: https://newsd.in/iit-madras-uk-researchers-develop-technology-to-make-ai- fairer/

IIT Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Verdict.com Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: Researchers develop fairer algorithm to tackle AI bias URL: https://www.verdict.co.uk/ai-bias-algorithm/

Researchers develop fairer algorithm to tackle AI bias

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Pin System Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT-Madras, UK researchers develop technology to make AI fairer URL: https://pinsystem.co.uk/2020/01/29/iit-madras-uk-researchers-develop- technology-to-make-ai-fairer/

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Gadgets Now Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT-Madras, UK researchers develop technology to make AI fairer URL: https://www.gadgetsnow.com/tech-news/iit-madras-uk-researchers-develop- technology-to-make-ai-fairer/articleshow/73736932.cms

IIT-Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Sify News Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT-M offers data science courses at affordable costs URL: https://www.sify.com/finance/iit-m-offers-data-science-courses-at-affordable- costs-news-education-ub2nvvaggdffg.html

IIT-M offers data science courses at affordable costs

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Silicon India Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK Researchers Develop Technology to Make AI Fairer URL: https://news.siliconindia.com/technology/IIT-Madras-UK-Researchers-Develop- Technology-to-Make-AI-Fairer-nid-212070-cid-2.html

IIT Madras, UK Researchers Develop Technology to Make AI Fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Indulge Express Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: Algorithm by researchers from IIT-Madras and UK create less-biased artificial intelligence URL: https://www.indulgexpress.com/gadgets/2020/jan/29/algorithm-by- researchers-from-iit-madras-and-uk-create-less-biased-artificial-intelligence- 21873.html

Algorithm by researchers from IIT-Madras and UK create less-biased artificial intelligence

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Daiji World Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: http://www.daijiworld.com/news/newsDisplay.aspx?newsID=668570

IIT Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen’s University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

“AI techniques for exploratory data analysis, known as ‘clustering algorithms’, are often criticised as being biased in terms of ‘sensitive attributes’ such as race, gender, age, religion and country of origin,” said study researcher Deepak Padmanabhan from Queen’s University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years ‘fair clustering’ techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

“Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data,” said Savitha Abraham from IIT Madras.

“Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios,” Abraham added.

Our fair clustering algorithm, called ‘FairKM,’ can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Vishva Times Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: https://vishvatimes.com/iit-madras-uk-researchers-develop-technology-to- make-ai-fairer

IIT Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen's University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

"AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin," said study researcher Deepak Padmanabhan from Queen's University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

"Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data," said Savitha Abraham from IIT Madras.

"Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios," Abraham added.

Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

In a way, FairKM takes a significant step towards algorithms assuming the role of ensuring fairness in shortlisting, especially in terms of human resources.

FairKM can be applied across a number of data scenarios where AI is being used to aid decision making, such as pro-active policing for crime prevention and detection of suspicious activities.

The research work is scheduled to presented in Copenhagen in April 2020 at the EDBT 2020 conference in Denmark.

Date: 30th January 2020 Publication: Pro Kerala Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: https://www.prokerala.com/news/articles/a1002188.html

IIT Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen's University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

"AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin," said study researcher Deepak Padmanabhan from Queen's University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

"Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data," said Savitha Abraham from IIT Madras.

"Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios," Abraham added.

Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

Date: 30th January 2020 Publication: Can India Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: http://www.canindia.com/iit-madras-uk-researchers-develop-technology-to- make-ai-fairer/

IIT Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen's University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

"AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin," said study researcher Deepak Padmanabhan from Queen's University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

"Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data," said Savitha Abraham from IIT Madras.

"Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios," Abraham added.

Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

Date: 31st January 2020 Publication: The Times of India Edition: Online Journalist: U Tejonmayam Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IITM students in UK research that developed tech to make AI fairer URL: https://timesofindia.indiatimes.com/home/education/news/iitm-students-in-uk- research-that-developed-tech-to-make-ai-fairer/articleshow/73760009.cms

IITM students in UK research that developed tech to make AI fairer Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen's University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

"AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin," said study researcher Deepak Padmanabhan from Queen's University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

"Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data," said Savitha Abraham from IIT Madras.

"Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios," Abraham added.

Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

Date: 31st January 2020 Publication: Menafn Edition: Online Journalist: NA Professor: Dr. Deepak Padmanabhan Student: Ms. Savitha Abraham Headline: IIT Madras, UK researchers develop technology to make AI fairer URL: https://menafn.com/1099620336/IIT-Madras-UK-researchers-develop- technology-to-make-AI-fairer

IIT Madras, UK researchers develop technology to make AI fairer

Researchers from Indian Institute of Technology Madras (IIT-Madras) and Queen's University Belfast in UK, have developed an innovative new algorithm to make Artificial Intelligence (AI) fairer and less biased when processing data.

Companies often use AI technologies to sift through huge amounts of data in situations such as an oversubscribed job vacancy or in policing when there is a large volume of CCTV data linked to a crime.

"AI techniques for exploratory data analysis, known as 'clustering algorithms', are often criticised as being biased in terms of 'sensitive attributes' such as race, gender, age, religion and country of origin," said study researcher Deepak Padmanabhan from Queen's University Belfast.

It has been reported that white-sounding names received 50 per cent more call- backs than those with black-sounding names.

Studies also suggest that call-back rates tend to fall substantially for workers in their 40s and beyond.

When a company is faced with a process that involves lots of data, it is impossible to manually sift through this.

Clustering is a common process to use in processes such as recruitment where there are thousands of applications submitted.

While this may cut back on time in terms of sifting through large numbers of applications, there is a big catch. It is often observed that this clustering process exacerbates workplace discrimination by producing clusters that are highly skewed.

Over the last few years 'fair clustering' techniques have been developed and these prevent bias in a single chosen attribute, such as gender.

The research team has now developed a method that, for the first time, can achieve fairness in many attributes.

"Fairness in AI techniques is of significance in developing countries such as India. These countries experience drastic social and economic disparities and these are reflected in the data," said Savitha Abraham from IIT Madras.

"Employing AI techniques directly on raw data results in biased insights, which influence public policy and this could amplify existing disparities. The uptake of fairer AI methods is critical, especially in the public sector, when it comes to such scenarios," Abraham added.

Our fair clustering algorithm, called 'FairKM,' can be invoked with any number of specified sensitive attributes, leading to a much fairer process, researchers said.

IIT Madras is an industry friendly institute

Date: 1st January 2020 Publication: The News Minute Edition: Online Journalist: NA Headline: Throwback: Five must-read stories from the Tamil Nadu in 2019 URL: https://www.thenewsminute.com/article/throwback-five-must-read-stories- tamil-nadu-2019-115100

Throwback: Five must-read stories from the Tamil Nadu in 2019

Date: 1st January 2020 Publication: InUth Edition: Online Journalist: NA Headline: 2019 Recap: Everything That Made Us Cheer In An Otherwise Maddening Year URL: https://www.inuth.com/india/2019-recap-everything-that-made-us-cheer-in-an- otherwise-maddening-year/

2019 Recap: Everything That Made Us Cheer In An Otherwise Maddening Year

2) This Winning Move By IIT Madras

Researchers at IIT Madras developed India’s first indigenously-designed affordable ‘standing wheelchair’. Called ‘Arise’, it enables people with locomotor disability to shift from a sitting to a standing position, without assistance. It is built in such a way that the effort required for the user to stand using it is equal to or less than that of moving the wheelchair. Though standing wheelchairs in India are imported at a price of Rs 1.5 lakh, ‘Arise’ costs only Rs 15,000.

Date: 2nd January 2020 Publication: Hindustan Times Edition: Mumbai Page No: 13 Authored by: Prof. Pratyush Kumar and Prof. Mitesh Khapra Headline: Preparing for the 'lean mean' in the IT sector

Date: 2nd January 2020 Publication: DW Hindi Edition: Electronic Journalist: NA Professor: Prof. B.S Murthy Headline: Sustainable development URL: https://www.youtube.com/watch?v=sKL8f2sc2F0&t=4s

Date: 3rd January 2020 Publication: The Times of India Edition: Chennai Page No: 4 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Headline: IIT-M offers course that digs deep into human brain URL: http://www.uniindia.com/winter-course-on-machine-intelligence-brain- research-begins-at-iit-madras/south/news/1840899.html

Date: 3rd January 2020 Publication: DT Next Edition: Chennai Page No: 7 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Mr. Kris Gopalakrishnan Headline: Machine intelligence and brain research course begins at IIT-M URL: https://www.dtnext.in/News/TamilNadu/2020/01/03010045/1207256/Machine- intelligence-and-brain-research-course-begins-.vpf

Date: 3rd January 2020 Publication: UNI Edition: Online Journalist: NA Headline: Winter course on Machine Intelligence & Brain research begins at IIT Madras URL: http://www.uniindia.com/winter-course-on-machine-intelligence-brain- research-begins-at-iit-madras/south/news/1840899.html

Winter course on Machine Intelligence & Brain research begins at IIT Madras

Date: 3rd January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Mr. Kris Gopalakrishnan Headline: IIT Madras Winter Course on Machine Intelligence and Brain Research begins Today (2nd Jan 2020) URL: https://m.dailyhunt.in/news/india/english/skill+outlook-epaper- skillout/iit+madras+winter+course+on+machine+intelligence+and+brain+research+b egins+today+2nd+jan+2020-newsid-156885196

IIT Madras Winter Course on Machine Intelligence and Brain Research begins Today (2nd Jan 2020)

The Winter Course on Machine Intelligence and Brain Research of the Center for Computational Brain Research (CCBR) at Indian Institute of Technology Madras commenced here today (2nd January 2020). The course is designed to provide to students and researchers an Interactive Perspective on Intelligence and Brains in general from a Neuroscience and Engineering viewpoint.

The Winter Course is being held from 2nd to 10th January 2020 on campus. The course had over 400 registrations with course credits being offered to 50 IIT Madras students. This year's workshop consists of fundamental and research lectures from distinguished speakers from all over world as well as hands-on tutorials on fundamentals of neuroanatomy, machine learning and data analysis on brain signals. The CCBR was established at IIT Madras to focus on the two emerging fields of neuroscience and brain research. It was set up with generous contribution from IIT Madras Distinguished Alumnus Mr. Kris Gopalakrishnan, Chairman, Axilor Ventures, and Co-Founder, Infosys.

Addressing the Inaugural Session today (2nd January 2020), Prof. Bhaskar Ramamurthi, Director, IIT Madras, said, "We are hoping to see a large amount of global collaboration in this centre, which is already working with researchers across the world. This is the fifth edition of the annual workshop with students benefitting tremendously as they gain exposure to the latest advances in Computational Brain Research and the intersection between biotechnology, machine learning and brain research."

Prof Bhaskar Ramamurthi added, "I envy all of you as you have a chance to learn about something that is new and still evolving in an exciting field. I want to thank Mr. Kris Gopalarishnan for endowing the three Chairs at this Centre. It was through his endowment that we kick-started this effort. We have a diverse set of distinguished professors working in this Centre. "

The Center activities are spearheaded by three internationally renowned scientists who are the CCBR Chair Professors - Prof Partha Mitra from Cold Spring Harbor Laboratory, USA, Prof Mriganka Sur from Massachusetts Institute of Technology, USA and Prof Anand Raghunathan from Purdue University, USA - in collaboration with the faculty, and researchers of IIT Madras.

Highlighting the importance of the work underway at CCBR, Mr. Kris Gopalakrishnan, Chairman, Axilor Ventures, and Co-Founder, Infosys, said, "We have chosen to taken up Brain Research at CCBR because it is one of the fast growing fields and one of the few remaining unknowns in Science. The Artificial Intelligence / Machine Learning wave will increase processing power, increase storage capacity on the cloud, increase availability of data and impact every industry and aspect of life."

Further, Mr. Kris Gopalakrishnan said, "There are many global benefits to Research projects undertaken at CCBR. From an Indian perspective, we get better integration of Indian researchers with the global research ecosystem. We can show to the world that India can undertake cutting-edge research in scale. And, India gets access to people from the best labs in the world."

The center's activities focus on three distinct areas: The circuitry of the brain, the functions of the brain and brain inspired computing. Some of the goals that the center is working towards include understanding the basic principles of organization of the brain across species, understanding the fundamental functions of brain networks

Delivering the 'H.N. Mahabala Chair Professorial Lecture,' Prof. Partha Mitra, Crick, Clay Professor of Biomathematics at Cold Spring Harbor Laboratory and H.N. Mahabala Chair Professor, CCBR, IIT Madras, said, "Engineering + Brain Research is what is going to make the 21st Century Technology and that is what this The MIBR (Machine Intelligence and Brain Research) Course is all about. The course has modules on Vision, Audition/speech, language and reinforcement learning. "

Further, Prof. Partha Mitra said, "Modern Machine Learning is training-data hungry, requires orders of magnitude, more training data than biological brains. Biological brains have species-specific, adaptively evolved prior structure, encoded in the species genome and reflected in the mesoscale brain connectivity."

Prof. Trenton Jerde, Senior Editor, Nature Machine Intelligence, is scheduled to deliver a lecture via Video Conference on 'Perspectives on machine intelligence, and the review process at Nature journals,' which will be of great benefit to researchers looking to publish papers in prestigious journals.

Delivering a lecture on 'Brain wiring and brain disorders,' Prof. Mriganka Sur, Newton Professor of Neuroscience and NR Narayana Murthy Chair, IIT Madras, said, "Brain disorders and diseases occur acrossthe lifespan. They often have lifelong disease burden and are expected to overtake heart disease and cancer as the most debilitating of diseases. There is a major need for mechanism-based biological understanding and treatments. This will require new approaches, tools, and collaborations across different fields."

Date: 3rd January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi and Prof. Partha Mitra Headline: IIT Madras Winter Course on Machine Intelligence and Brain Research begins Today (2nd Jan 2020) URL: https://indiaeducationdiary.in/iit-madras-winter-course-on-machine- intelligence-and-brain-research-begins-today-2nd-jan-2020/

IIT Madras Winter Course on Machine Intelligence and Brain Research begins Today (2nd Jan 2020)

The Winter Course on Machine Intelligence and Brain Research of the Center for Computational Brain Research (CCBR) at Indian Institute of Technology Madras commenced here today (2nd January 2020). The course is designed to provide to students and researchers an Interactive Perspective on Intelligence and Brains in general from a Neuroscience and Engineering viewpoint.

The Winter Course is being held from 2nd to 10th January 2020 on campus. The course had over 400 registrations with course credits being offered to 50 IIT Madras students. This year's workshop consists of fundamental and research lectures from distinguished speakers from all over world as well as hands-on tutorials on fundamentals of neuroanatomy, machine learning and data analysis on brain signals. The CCBR was established at IIT Madras to focus on the two emerging fields of neuroscience and brain research. It was set up with generous contribution from IIT Madras Distinguished Alumnus Mr. Kris Gopalakrishnan, Chairman, Axilor Ventures, and Co-Founder, Infosys.

Addressing the Inaugural Session today (2nd January 2020), Prof. Bhaskar Ramamurthi, Director, IIT Madras, said, "We are hoping to see a large amount of global collaboration in this centre, which is already working with researchers across the world. This is the fifth edition of the annual workshop with students benefitting tremendously as they gain exposure to the latest advances in Computational Brain Research and the intersection between biotechnology, machine learning and brain research."

Prof Bhaskar Ramamurthi added, "I envy all of you as you have a chance to learn about something that is new and still evolving in an exciting field. I want to thank Mr. Kris Gopalarishnan for endowing the three Chairs at this Centre. It was through his endowment that we kick-started this effort. We have a diverse set of distinguished professors working in this Centre. "

The Center activities are spearheaded by three internationally renowned scientists who are the CCBR Chair Professors - Prof Partha Mitra from Cold Spring Harbor Laboratory, USA, Prof Mriganka Sur from Massachusetts Institute of Technology, USA and Prof Anand Raghunathan from Purdue University, USA - in collaboration with the faculty, and researchers of IIT Madras.

Highlighting the importance of the work underway at CCBR, Mr. Kris Gopalakrishnan, Chairman, Axilor Ventures, and Co-Founder, Infosys, said, "We have chosen to taken up Brain Research at CCBR because it is one of the fast growing fields and one of the few remaining unknowns in Science. The Artificial Intelligence / Machine Learning wave will increase processing power, increase storage capacity on the cloud, increase availability of data and impact every industry and aspect of life."

Further, Mr. Kris Gopalakrishnan said, "There are many global benefits to Research projects undertaken at CCBR. From an Indian perspective, we get better integration of Indian researchers with the global research ecosystem. We can show to the world that India can undertake cutting-edge research in scale. And, India gets access to people from the best labs in the world."

The center's activities focus on three distinct areas: The circuitry of the brain, the functions of the brain and brain inspired computing. Some of the goals that the center is working towards include understanding the basic principles of organization of the brain across species, understanding the fundamental functions of brain networks

Delivering the 'H.N. Mahabala Chair Professorial Lecture,' Prof. Partha Mitra, Crick, Clay Professor of Biomathematics at Cold Spring Harbor Laboratory and H.N. Mahabala Chair Professor, CCBR, IIT Madras, said, "Engineering + Brain Research is what is going to make the 21st Century Technology and that is what this The MIBR (Machine Intelligence and Brain Research) Course is all about. The course has modules on Vision, Audition/speech, language and reinforcement learning. "

Further, Prof. Partha Mitra said, "Modern Machine Learning is training-data hungry, requires orders of magnitude, more training data than biological brains. Biological brains have species-specific, adaptively evolved prior structure, encoded in the species genome and reflected in the mesoscale brain connectivity."

Prof. Trenton Jerde, Senior Editor, Nature Machine Intelligence, is scheduled to deliver a lecture via Video Conference on 'Perspectives on machine intelligence, and the review process at Nature journals,' which will be of great benefit to researchers looking to publish papers in prestigious journals.

Delivering a lecture on 'Brain wiring and brain disorders,' Prof. Mriganka Sur, Newton Professor of Neuroscience and NR Narayana Murthy Chair, IIT Madras, said, "Brain disorders and diseases occur acrossthe lifespan. They often have lifelong disease burden and are expected to overtake heart disease and cancer as the most debilitating of diseases. There is a major need for mechanism-based biological understanding and treatments. This will require new approaches, tools, and collaborations across different fields."

Date: 2nd January 2020 Publication: The Hindu Edition: Online Journalist: NA Professor: Prof Shweta Agarwal Headline: IIT Madras scientist wins Swarna Jayanti fellowship URL: https://www.thehindu.com/news/cities/chennai/iit-madras-scientist-wins- swarna-jayanti-fellowship/article30460008.ece

IIT Madras scientist wins Swarna Jayanti fellowship

Shweta Agrawal, of the Indian Institute of Technology, Madras, is among the 14 scientists in the country to win the Swarna Jayanti Fellowship for 2018-19. As many as 443 scientists had applied for the fellowship.

Scientists associated with projects containing innovative research idea and with potential for making an impact in research and development in their respective disciplines were chosen for the award.

Ms. Agrawal’s research project is on post-quantum cryptography in the field of cryptography and information theory.

The fellowship will cover all the requirements for research and includes a monthly fellowship of ₹25,000 as well as a research grant of ₹5 lakh for five years in addition to their salary.

Swarna Jayanti fellowships are awarded by the Department of Science and Technology. Under the scheme, a select number of young scientists with proven track records are provided with special assistance and support to enable them pursue basic research in frontier areas of science and technology.

The awardees are selected through a three-tier process and will be allowed to “pursue unfettered research with freedom and flexibility,” according to a release.

Date: 3rd January 2020 Publication: The Hindu Business Line Edition: Chennai / Delhi / Mumbai / Pune / Kolkata / Chandigarh Page No: 16 Journalist: NA Professor: Prof. Shweta Agarwal Headline: 14 Indian scientists get Swarna Jayanti Fellowship URL: https://www.thehindubusinessline.com/news/science/14-indian-scientists-get- swarna-jayanti-fellowship/article30458537.ece

Date: 3rd January 2020 Publication: Edition: Online Journalist: NA Professor: Prof. Shweta Agarwal Headline: 14 scientists awarded Swarna Jayanti Fellowships URL: https://news.google.com/articles/CBMiNWh0dHA6Ly9uZXdzb25haXIuY29tL01ha W4tTmV3cy1EZXRhaWxzLmFzcHg_aWQ9Mzc3MDE30gEA?hl=en- IN&gl=IN&ceid=IN%3Aen

14 scientists awarded Swarna Jayanti Fellowships

The Union Ministry of Science and Technology have awarded Swarna Jayanti Fellowships to 14 scientists to pursue basic research in frontier areas of science and technology.

The fellowship covers all the requirements for performing the research and includes a fellowship of 25 thousand rupees per month. A research grant of five lakh rupees for five years is also being provided in addition to their salary.

Instituted to commemorate India's 50th year of independence, Swaran Jayanti Fellowships are awarded to young and brilliant scientists to pursue unfettered research with financial freedom and flexibility.

Date: 3rd January 2019 Publication: Business Standard Edition: Mumbai Page No: 14 Journalist: Ajai Shukla Headline: Modi inaugurates 5 DRDO labs for young scientists

Date: 3rd January 2019 Publication: Business Standard - Hindi Edition: Delhi Page No: 12 Journalist: Ajai Shukla Headline: Modi inaugurates 5 DRDO labs for young scientists

Date: 3rd January 2019 Publication: Deccan Herald Edition: Bangalore Page No: 6 Journalist: NA Headline: PM dedicates five DRDO Young Scientists Labs to nation

Date: 3rd January 2019 Publication: Morning India Edition: Kolkata Page No: 5 Journalist: NA Headline: New DRDO labs to boost Indian defence

Date: 4th January 2020 Publication: NDTV Edition: Online Journalist: Anish Singh Professor: Prof. Bhaskar Ramamurthi Headline: IIT Madras Begins Winter Course On Machine Intelligence And Brain Research URL: https://www.ndtv.com/education/iit-madras-begins-winter-course-on-machine- intelligence-and-brain-research-2158314

IIT Madras Begins Winter Course On Machine Intelligence And Brain Research

IIT Madras commenced its Winter Course on Machine Intelligence and Brain Research of the Center for Computational Brain Research (CCBR) on January 2. The course is designed to provide an Interactive Perspective on Intelligence and Brains in general from a Neuroscience and Engineering viewpoint. The Winter Course will conclude on January 10, 2020 on campus. The course had over 400 registrations with course credits being offered to 50 IIT Madras students. This year's workshop consists of fundamental and research lectures from distinguished speakers from all over world as well as hands-on tutorials on fundamentals of neuroanatomy, machine learning and data analysis on brain signals.

The CCBR was established at IIT Madras to focus on the two emerging fields of neuroscience and brain research. It was set up with contribution from IIT Madras Distinguished Alumnus Mr. Kris Gopalakrishnan, Chairman of Axilor Ventures, and Co- Founder of Infosys.

Addressing the Inaugural Session Prof. Bhaskar Ramamurthi, Director, IIT Madras, said, "We are hoping to see a large amount of global collaboration in this centre, which is already working with researchers across the world. This is the fifth edition of the annual workshop with students benefitting tremendously as they gain exposure to the latest advances in Computational Brain Research and the intersection between biotechnology, machine learning and brain research."

Prof Bhaskar Ramamurthi added, "I envy all of you as you have a chance to learn about something that is new and still evolving in an exciting field. I want to thank Mr. Kris Gopalarishnan for endowing the three Chairs at this Centre. It was through his endowment that we kick-started this effort. We have a diverse set of distinguished professors working in this Centre. "

The Center activities are spearheaded by three internationally renowned scientists who are the CCBR Chair Professors - Prof Partha Mitra from Cold Spring Harbor Laboratory, USA, Prof Mriganka Sur from Massachusetts Institute of Technology, USA and Prof Anand Raghunathan from Purdue University, USA - in collaboration with the faculty, and researchers of IIT Madras.

On the importance of the work underway at CCBR, Mr. Kris Gopalakrishnan, Chairman, Axilor Ventures, and Co-Founder, Infosys, said, "We have chosen to take up Brain Research at CCBR because it is one of the fast growing fields and one of the few remaining unknowns in Science. The Artificial Intelligence / Machine Learning wave will increase processing power, increase storage capacity on the cloud, increase availability of data and impact every industry and aspect of life."

Further, Mr. Kris Gopalakrishnan said, "There are many global benefits to Research projects undertaken at CCBR. From an Indian perspective, we get better integration of Indian researchers with the global research ecosystem. We can show to the world that India can undertake cutting-edge research in scale. And, India gets access to people from the best labs in the world." c5j1qeq (L to R) Prof. Anand Raghunathan, Prof. Partha Mitra, Prof Mahesh Panchagnula, Mr.Kris Gopalakrishnana, and Prof. Bhaskar Ramamurthi

The center's activities focus on three distinct areas: The circuitry of the brain, the functions of the brain and brain inspired computing. Some of the goals that the center is working towards include understanding the basic principles of organization of the brain across species, understanding the fundamental functions of brain networks.

At the commencement of the course, Prof. Partha Mitra, Crick, Clay Professor of Biomathematics at Cold Spring Harbor Laboratory and H.N. Mahabala Chair Professor at CCBR, IIT Madras delivered the H.N. Mahabala Chair Professorial Lecture'. He said, "Engineering + Brain Research is what is going to make the 21st Century Technology and that is what this MIBR (Machine Intelligence and Brain Research) Course is all about. The course has modules on Vision, Audition/speech, language and reinforcement learning. "

"Modern Machine Learning is training-data hungry, requires orders of magnitude, more training data than biological brains. Biological brains have species-specific, adaptively evolved prior structure, encoded in the species genome and reflected in the mesoscale brain connectivity," he added.

Prof. Trenton Jerde, Senior Editor, Nature Machine Intelligence, is scheduled to deliver a lecture via Video Conference on 'Perspectives on machine intelligence, and the review process at Nature journals.'

Delivering a lecture on 'Brain wiring and brain disorders,' Prof. Mriganka Sur, Newton Professor of Neuroscience and NR Narayana Murthy Chair, IIT Madras, said, "Brain disorders and diseases occur across the lifespan. They often have lifelong disease burden and are expected to overtake heart disease and cancer as the most debilitating of diseases. There is a major need for mechanism-based biological understanding and treatments. This will require new approaches, tools, and collaborations across different fields."

Date: 4th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Headline: IIT-M winter course on machine intelligence

Date: 3rd January 2020 Publication: Dinamani Edition: Online Journalist: NA Headline: பென்கன ஐ.ஐ.羿.,뾿ல் 믂கள ஆராய்ெ்殿 ே羿ே்ꯁ (IIT Madras course on brain studies) URL: https://www.dinamalar.com/news_detail.asp?id=244892

பென்கன ஐ.ஐ.羿.,뾿ல் 믂கள ஆராய்ெ்殿 ே羿ே்ꯁ (IIT Madras course on brain studies)

Date: 5th January 2020 Publication: NDTV Edition: Online Journalist: Anisha Singh Professor: Prof. Bhaskar Ramamurthi Alumni: Prof. Subra Suresh Headline: IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series URL: https://www.ndtv.com/education/iit-madras-establishes-prof-subra-suresh- institute-lecture-series-2158698

IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series Indian Institute of Technology (IIT) Madras launched the 'Prof. Subra Suresh Institute Lecture Series' at Bengaluru today, on January 4. The lecture series was launched in honour of one of its most illustrious alumni Prof. Subra Suresh, a Distinguished Alumnus Awardee (1997) and currently a Distinguished University Professor and President of the prestigious Nanyang Technological University, Singapore. The new lecture series was made possible after donation from another illustrious alumnus of IIT Madras, Mr. Senapathy 'Kris' Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof. Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Professor at Massachusetts Institute of Technology, and former President of Carnegie Mellon University. He is the first IIT alumnus and India-born academic to be appointed to these leadership positions.

Director of IIT Madras, Prof. Bhaskar Ramamurthi, said that the lecture series will place the spotlight on academic excellence and creativity - two hallmarks of any great academic institution.

Prof. Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Speaking about this lecture series established in his name, Prof. Subra Suresh said that he was honoured and humbled by establishment of a lecture series in his name by his alma mater. He also thanked Mr. Kris Gopalakrishnan for his generosity and contribution in establishing the lecture series.

Prof. Suresh's research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof. Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: "Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater".

Prof. Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the ; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof. Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

Date: 5th January 2020 Publication: Viral news Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Prof. Subra Suresh Headline: IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series URL: https://viralnews4me.wordpress.com/2020/01/04/iit-madras-establishes-prof- subra-suresh-institute-lecture-series/

IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series

Indian Institute of Technology (IIT) Madras launched the 'Prof. Subra Suresh Institute Lecture Series' at Bengaluru today, on January 4. The lecture series was launched in honour of one of its most illustrious alumni Prof. Subra Suresh, a Distinguished Alumnus Awardee (1997) and currently a Distinguished University Professor and President of the prestigious Nanyang Technological University, Singapore. The new lecture series was made possible after donation from another illustrious alumnus of IIT Madras, Mr. Senapathy 'Kris' Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof. Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology, and former President of Carnegie Mellon University. He is the first IIT alumnus and India-born academic to be appointed to these leadership positions.

Director of IIT Madras, Prof. Bhaskar Ramamurthi, said that the lecture series will place the spotlight on academic excellence and creativity - two hallmarks of any great academic institution.

Prof. Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Speaking about this lecture series established in his name, Prof. Subra Suresh said that he was honoured and humbled by establishment of a lecture series in his name by his alma mater. He also thanked Mr. Kris Gopalakrishnan for his generosity and contribution in establishing the lecture series.

Prof. Suresh's research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof. Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: "Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater".

Prof. Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the Franklin Institute; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof. Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

Date: 5th January 2020 Publication: Navjeevan Express Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Prof. Subra Suresh Headline: Winter course on Machine Intelligence and Brain Research begins at IIT-M URL: https://navjeevanexpress.com/winter-course-on-machine-intelligence-and- brain-research-begins-at-iit-m/

Winter course on Machine Intelligence and Brain Research begins at IIT-M

Indian Institute of Technology (IIT) Madras launched the 'Prof. Subra Suresh Institute Lecture Series' at Bengaluru today, on January 4. The lecture series was launched in honour of one of its most illustrious alumni Prof. Subra Suresh, a Distinguished Alumnus Awardee (1997) and currently a Distinguished University Professor and President of the prestigious Nanyang Technological University, Singapore. The new lecture series was made possible after donation from another illustrious alumnus of IIT Madras, Mr. Senapathy 'Kris' Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof. Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology, and former President of Carnegie Mellon University. He is the first IIT alumnus and India-born academic to be appointed to these leadership positions.

Director of IIT Madras, Prof. Bhaskar Ramamurthi, said that the lecture series will place the spotlight on academic excellence and creativity - two hallmarks of any great academic institution.

Prof. Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Speaking about this lecture series established in his name, Prof. Subra Suresh said that he was honoured and humbled by establishment of a lecture series in his name by his alma mater. He also thanked Mr. Kris Gopalakrishnan for his generosity and contribution in establishing the lecture series.

Prof. Suresh's research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof. Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: "Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater".

Prof. Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the Franklin Institute; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof. Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

Date: 5th January 2020 Publication: Inda Education Diary Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Prof. Subra Suresh Headline: IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series URL: https://indiaeducationdiary.in/iit-madras-establishes-prof-subra-suresh-institute- lecture-series/

IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series

Indian Institute of Technology (IIT) Madras launched the 'Prof. Subra Suresh Institute Lecture Series' at Bengaluru today, on January 4. The lecture series was launched in honour of one of its most illustrious alumni Prof. Subra Suresh, a Distinguished Alumnus Awardee (1997) and currently a Distinguished University Professor and President of the prestigious Nanyang Technological University, Singapore. The new lecture series was made possible after donation from another illustrious alumnus of IIT Madras, Mr. Senapathy 'Kris' Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof. Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology, and former President of Carnegie Mellon University. He is the first IIT alumnus and India-born academic to be appointed to these leadership positions.

Director of IIT Madras, Prof. Bhaskar Ramamurthi, said that the lecture series will place the spotlight on academic excellence and creativity - two hallmarks of any great academic institution.

Prof. Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Speaking about this lecture series established in his name, Prof. Subra Suresh said that he was honoured and humbled by establishment of a lecture series in his name by his alma mater. He also thanked Mr. Kris Gopalakrishnan for his generosity and contribution in establishing the lecture series.

Prof. Suresh's research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof. Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: "Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater".

Prof. Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the Franklin Institute; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof. Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

Date: 5th January 2020 Publication: Dinamlar Edition: Chennai Page No: 2 Journalist: NA Headline: IIT-M winter course on machine intelligence

Date: 5th January 2020 Publication: The Hindu Edition: Chennai Page No: 3 Journalist: NA Headline: IIT Madras scientist wins Swarna Jayanti fellowship

Date: 5th January 2020 Publication: Deccan Herald Edition: Online Journalist: Kalyan Ray Alumni: Prof. Subra Suresh Headline: Diamonds can be wonder material in electronics’ URL: https://www.deccanherald.com/state/diamonds-can-be-wonder-material-in- electronics-791448.html

Diamonds can be wonder material in electronics’

Date: 5th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Alumni: Prof Subra Suresh Headline: Prestigious Lecture Series named after NTU President by IIT Madras URL: https://indiaeducationdiary.in/prestigious-lecture-series-named-after-ntu- president-by-iit-madras/

Prestigious Lecture Series named after NTU President by IIT Madras

Prof Subra Suresh, a Distinguished University Professor and President of Nanyang Technological University, Singapore, was today honoured by his alma mater, the Indian Institute of Technology Madras, which launched the Prof Subra Suresh Institute Lecture Series.

Launched at Bengaluru today, the new lecture series has been made possible by a generous gift from another illustrious alumnus of IIT Madras, Mr. Senapathy ‘Kris’ Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology, and has been the President of NTU Singapore since 1 January 2018.

Earlier yesterday, Prof Suresh was one of the leading speakers at the 107th Indian Science Congress along with Nobel Laureates Prof Stefan Hell, a physicist from Max Planck Institute, Germany and Prof Ada Yonath, a crystallographer from Weizmann Institute of Science, Israel.

The Congress, India’s largest annual gathering of global scientific luminaries, was inaugurated by Indian Prime Minister Narendra Modi at the University of Agricultural Sciences’ GKVK Campus in Bangalore.

On the Prof Subra Suresh Institute Lecture Series, Prof Bhaskar Ramamurthi, Director of IIT Madras, said, “What can give us greater delight than having one Distinguished Alumnus endow a lecture series in honour of another! Mr. Kris Gopalakrishnan has IIT Madras always on his mind and his generosity towards his alma mater knows no limits. Prof Subra Suresh has maintained strong ties with IIT Madras from the time he graduated and all through his illustrious career. He continues to contribute to IIT Madras through his acumen and rich experience. This lecture series will place the spotlight on academic excellence and creativity – two hallmarks of any great academic institution”.

The Prof Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Prof Subra Suresh said, “IIT Madras has been instrumental in shaping my professional and personal lives since I enrolled there as a 16-year-old undergraduate student. I am delighted, honoured and humbled to have this opportunity to deepen my connections to IITM through this newly established Institute Lecture Series. I am profoundly grateful to my fellow IITM-alumnus Kris Gopalakrishnan, whom I have long admired, for his thoughtfulness and extraordinary generosity in establishing this lecture series.”

Prof Suresh’s research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: “Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater.”

Prof Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the Franklin Institute; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

Date: 6th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 5 Journalist: NA Alumni: Prof. Subra Suresh Headline: SCIENCE & TECH LECTURE

Date: 6th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Prof. Subra Suresh Headline: IIT Madras establishes Prof Subra Suresh institute lecture series URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-establishes-prof- subra-suresh-institute-lecture-series/articleshow/73106200.cms

IIT Madras establishes Prof Subra Suresh institute lecture series

Indian Institute of Technology Madras launched the ‘Prof. Subra Suresh Institute Lecture Series’ at Bengaluru today (4th January 2020) in honour of one of its most illustrious alumni Prof Subra Suresh, a Distinguished Alumnus Awardee (1997) and currently a Distinguished University Professor and President of the prestigious Nanyang Technological University, Singapore.

This new lecture series has been made possible by a generous gift from another illustrious alumnus of IIT Madras, Mr. Senapathy ‘Kris’ Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof. Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology, and former President of Carnegie Mellon University. He is the first IIT alumnus and India-born academic to be appointed to these leadership positions.

Speaking about this new lecture series, Prof. Bhaskar Ramamurthi, Director of IIT Madras, said, “What can give us greater delight than having one Distinguished Alumnus endow a lecture series in honour of another! Mr. Kris Gopalakrishnan has IIT Madras always on his mind and his generosity towards his alma mater knows no limits. Prof Subra Suresh has maintained strong ties with IIT Madras from the time he graduated and all through his illustrious career. He continues to contribute to IIT Madras through his acumen and rich experience. This lecture series will place the spotlight on academic excellence and creativity – two hallmarks of any great academic institution”.

Prof. Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Speaking about this lecture series established in his name, Prof. Subra Suresh said, “IIT Madras has been instrumental in shaping my professional and personal lives since I enrolled there as a 16-year-old undergraduate student. I am delighted, honoured and humbled to have this opportunity to deepen my connections to IITM through this newly established Institute Lecture Series. I am profoundly grateful to my fellow IITM- alumnus Kris Gopalakrishnan, whom I have long admired, for his thoughtfulness and extraordinary generosity in establishing this lecture series.”

Prof. Suresh’s research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof. Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: “Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater”.

Prof. Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the Franklin Institute; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof. Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

ABOUT PROF SUBRA SURESH: He joined IIT Madras at the age of 16 and received his B.Tech. degree in Mechanical Engineering in 1977 in first class with distinction. He was the Chief Guest of Honour and Convocation Keynote Speaker at the Golden Jubilee Convocation of IIT Madras in 2013, when he also received an honorary doctorate degree.

Nominated by the President of the United States and unanimously confirmed by the United States Senate, Prof Suresh was appointed as Director of the U.S. National Science Foundation (NSF) in 2010. During his tenure as NSF Director, where he oversaw an annual budget of $7 billion in support of research in all fields of science and engineering, Professor Suresh established a number of new programmes including the NSF Innovation Corps (I-Corps), Global Research Council, Graduate Research Opportunities Worldwide, and Science Across Virtual Institutes. Since its inception in 2011, I-Corps, which accelerates the economic and societal benefits of NSF-funded scientific research projects, has become one of NSF’s most successful programmes. As of 2018, I-Corps has supported more than 1,200 innovation teams from 248 universities in 47 states in the U.S. and has led to the creation of more than 577 companies.

Date: 6th January 2020 Publication: Campus Varta Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Prof. Subra Suresh Headline: IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series URL: https://www.campusvarta.com/campus-updates/iit-madras-establishes-prof- subra-suresh-institute-lecture-series/

IIT Madras Establishes Prof. Subra Suresh Institute Lecture Series

Indian Institute of Technology Madras launched the ‘Prof. Subra Suresh Institute Lecture Series’ at Bengaluru today (4th January 2020) in honour of one of its most illustrious alumni Prof Subra Suresh, a Distinguished Alumnus Awardee (1997) and currently a Distinguished University Professor and President of the prestigious Nanyang Technological University, Singapore.

This new lecture series has been made possible by a generous gift from another illustrious alumnus of IIT Madras, Mr. Senapathy ‘Kris’ Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof. Subra Suresh is a former Director of the U.S. National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology, and former President of Carnegie Mellon University. He is the first IIT alumnus and India-born academic to be appointed to these leadership positions.

Speaking about this new lecture series, Prof. Bhaskar Ramamurthi, Director of IIT Madras, said, “What can give us greater delight than having one Distinguished Alumnus endow a lecture series in honour of another! Mr. Kris Gopalakrishnan has IIT Madras always on his mind and his generosity towards his alma mater knows no limits. Prof Subra Suresh has maintained strong ties with IIT Madras from the time he graduated and all through his illustrious career. He continues to contribute to IIT Madras through his acumen and rich experience. This lecture series will place the spotlight on academic excellence and creativity – two hallmarks of any great academic institution”.

Prof. Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis, up to twice every year, to discuss key advances in scientific discoveries and technological innovation. The inaugural lecture in this semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

Speaking about this lecture series established in his name, Prof. Subra Suresh said, “IIT Madras has been instrumental in shaping my professional and personal lives since I enrolled there as a 16-year-old undergraduate student. I am delighted, honoured and humbled to have this opportunity to deepen my connections to IITM through this newly established Institute Lecture Series. I am profoundly grateful to my fellow IITM- alumnus Kris Gopalakrishnan, whom I have long admired, for his thoughtfulness and extraordinary generosity in establishing this lecture series.”

Prof. Suresh’s research has focused on the properties of engineered and biological materials and their implications for human diseases. He has authored more than 300 research articles and 30 patent applications and co-founded a technology startup.

An elected member of all three branches of the U.S. National Academies of Sciences, of Engineering, and of Medicine as well as the American Academy of Arts and Sciences and the National Academy of Inventors, Prof. Suresh is also elected to all the major science and engineering academies in India.

In announcing the gift to establish this Institute Lecture Series, Mr. Kris Gopalakrishnan said: “Prof Subra Suresh continues to inspire students and researchers around the world with his contributions to the fields of education and research. He is also a great leader and administrator, having held leadership positions in academia and government. Since he is an alumnus of IIT Madras, it is only appropriate that we create this lecture series to celebrate his contributions as well as strengthen his bonds with his alma mater”.

Prof. Subra Suresh has also been elected a foreign member of science and/or engineering academies in China, France, Germany, Singapore, Spain and Sweden, and awarded 18 honorary doctorate degrees from institutions in China, Greece, India, Russia, South Korea, Spain, Sweden, Switzerland, United Kingdom, and United States. His honours include the Padma Shri from the President of India; the Benjamin Franklin Medal of the Franklin Institute; the European Materials Medal from the Federation of European Materials Societies; and the Timoshenko and Nadai Medals of the American Society of Mechanical Engineers.

Prof. Subra Suresh Institute Lecture Series will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

ABOUT PROF SUBRA SURESH: He joined IIT Madras at the age of 16 and received his B.Tech. degree in Mechanical Engineering in 1977 in first class with distinction. He was the Chief Guest of Honour and Convocation Keynote Speaker at the Golden Jubilee Convocation of IIT Madras in 2013, when he also received an honorary doctorate degree.

Nominated by the President of the United States and unanimously confirmed by the United States Senate, Prof Suresh was appointed as Director of the U.S. National Science Foundation (NSF) in 2010. During his tenure as NSF Director, where he oversaw an annual budget of $7 billion in support of research in all fields of science and engineering, Professor Suresh established a number of new programmes including the NSF Innovation Corps (I-Corps), Global Research Council, Graduate Research Opportunities Worldwide, and Science Across Virtual Institutes. Since its inception in 2011, I-Corps, which accelerates the economic and societal benefits of NSF-funded scientific research projects, has become one of NSF’s most successful programmes. As of 2018, I-Corps has supported more than 1,200 innovation teams from 248 universities in 47 states in the U.S. and has led to the creation of more than 577 companies. Date: 6th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Prof. Partha Mitra Headline: Winter course at IIT Madras on machine intelligence and brain research begins URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-winter-course-on- machine-intelligence-and-brain-research-begins/articleshow/73105973.cms

Winter course at IIT Madras on machine intelligence and brain research begins

Date: 6th January 2020 Publication: The Hindu Edition: Chennai Page No: 4 Journalist: NA Student: Mr. P Jeevith Headline: Drones race each other at IIT-M

Date: 7th January 2020 Publication: Electronics For You - India Edition: Magazine Page No: 24 Journalist: NA Headline: AI-POWERED DRONES

Date: 7th January 2020 Publication: The Hindu Business Line Edition: Delhi / Mumbai / Pune / Bangalore / Kolkata / Kochi / Ahmedabad / Chennai / Chandigarh / Hyderabad Page No: 2 Authored by: Prof. Thillai Rajan A Headline: The man questions entrepreneurs have URL: https://www.thehindubusinessline.com/specials/emerging-entrepreneurs/the- many-questions-entrepreneurs-have/article30495116.ece

Date: 7th January 2020 Publication: Connected to India Edition: Online Journalist: NA Alumni: Prof. Subra Suresh Headline: NTU President Prof Subra Suresh honoured by alma mater IIT Madras URL: https://www.connectedtoindia.com/ntu-president-prof-subra-suresh-honoured- by-alma-mater-iit-madras-6802.html

NTU President Prof Subra Suresh honoured by alma mater IIT Madras Nanyang Technological University (NTU) President Professor Subra Suresh has been honoured by his alma mater, the Indian Institute of Technology Madras (IIT Madras) with a new lecture series named after him.

Launched at Bengaluru on January 4, the Prof Subra Suresh Institute Lecture Series will bring leading international scholars, engineers and scientists to IIT Madras on a periodic basis to discuss key advances in scientific discoveries and technological innovation.

It will also serve as an institute-wide forum for connecting global thought leaders with students, faculty and staff at IIT Madras to discuss topics of industrial importance and societal significance.

President of Nanyang Technological University, Professor Subra Suresh. Photo courtesy: Wikipedia President of Nanyang Technological University, Professor Subra Suresh. Photo courtesy: Wikipedia The inaugural lecture in the semi-annual lecture series is planned for October 2020 at the IIT Madras campus.

In a press statement, NTU said the new lecture series was made possible by a generous gift from IIT Madras alumnus Senapathy ‘Kris’ Gopalakrishnan, Chairman of Axilor Ventures, Bengaluru, and co-founder of Infosys.

Prof Subra Suresh is a former Director of the US National Science Foundation, a former Dean of Engineering and Vannevar Bush Professor at Massachusetts Institute of Technology. He has been the President of NTU Singapore since January 1, 2018.

On the Prof Subra Suresh Institute Lecture Series, Prof Bhaskar Ramamurthi, Director of IIT Madras, said, “Prof Subra Suresh has maintained strong ties with IIT Madras from the time he graduated and all through his illustrious career. He continues to contribute to IIT Madras through his acumen and rich experience. This lecture series will place the spotlight on academic excellence and creativity – two hallmarks of any great academic institution”.

Date: 9th January 2020 Publication: Deshbandhu Edition: Delhi Page No: 2 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: Donation of one crore to IIT-Madras

Date: 9th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 1 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT-Madras graduate donates Rs 1 crore for robotics research lab URL: https://www.newindianexpress.com/cities/chennai/2020/jan/09/iit-madras- graduate-donates-rs-1-crore-for-robotics-research-lab-2086942.html

Date: 9th January 2020 Publication: The Hindu Edition: Chennai Page No: 2 Journalist: NA Headline: Saarang opens on a traditional note

Date: 9th January 2020 Publication: DT Next Edition: Chennai Page No: 5 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT-M alumnus donates Rs 1 cr for robotics lab URL: https://www.dtnext.in/News/City/2020/01/09014805/1208434/IITM-alumnus- donates-Rs-1-cr-for-robotics-lab.vpf

Date: 9th January 2020 Publication: Rajasthan Patrika Edition: Chennai Page No: 4 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras alumnus donates one crore to set up a Robotics Lab

Date: 9th January 2020 Publication: Daily Thanthi Edition: Chennai Page No: 8 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras alumni donates Rs 1 crore for robotics research laboratory

Date: 9th January 2020 Publication: Dinakaran Edition: Chennai Page No: 4 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras alumni donates Rs 1 crore for robotics research laboratory URL: http://www.dinakaran.com/News_Detail.asp?Nid=555015

Date: 9th January 2020 Publication: The Hindu - Tamil Edition: Chennai Page No: 4 Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: ஐஐ羿 믁ன்னாள் மாணவர்கள் 쏂.1 பகா羿 நி鎿뿁தힿ (IIT Madras Alum donates Rs. 1 crore to the Institute) URL: https://www.hindutamil.in/news/tamilnadu/534111-chennai-iit-students- ~XPageIDX~.html

Date: 9th January 2020 Publication: Edition: Chennai Page No: 8 Journalist: NA Headline: IIT Madras to get Robotics Lab soon

Date: 9th January 2020 Publication: The Economic Times Edition: Online Journalist: Rica Bhattacharyya Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras alumni donates Rs 1 crore for robotics research laboratory URL: https://economictimes.indiatimes.com/industry/services/education/iit-madras- alumni-donates-rs-1-crore-for-robotics-research- laboratory/articleshow/73155709.cms

IIT Madras alumni donates Rs 1 crore for robotics research laboratory

Date: 9th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras alumni donates ₹ 1 crore to set up a robotics research and teaching lab URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-alumni-donates-1- crore-to-set-up-a-robotics-research-and-teaching-lab/articleshow/73155219.cms

IIT Madras alumni donates ₹ 1 crore to set up a robotics research and teaching lab

An Indian Institute of Technology Madras Distinguished Alumnus awardee from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field.

This Robotics Facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field. Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Speaking about the importance of this upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory include

1. Serial Manipulators for collaborative manipulation (cobots)

2. Parallel Manipulators

3. Robotic automation systems

4. Robotic vision system

5. Aerial robots

6. Underwater robots

7. Medical robots and haptic systems

8. Robot calibration systems

9. Controller design and analysis

10. Robotic system design and programming

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there has been many formal and informal programs related to robotics.

In order to provide a formal academic program completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and all the necessary infrastructure for the program are being established with the help from the Institute as well as private industries.

Date: 9th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras Alumni donates Rs. 1 crore to set up a ‘Robotics Research and Teaching Laboratory’ URL: https://indiaeducationdiary.in/iit-madras-alumni-donates-rs-1-crore-to-set-up-a- robotics-research-and-teaching-laboratory/

IIT Madras Alumni donates Rs. 1 crore to set up a ‘Robotics Research and Teaching Laboratory’

An Indian Institute of Technology Madras Distinguished Alumnus awardee from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field.

This Robotics Facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field. Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Speaking about the importance of this upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory include

1. Serial Manipulators for collaborative manipulation (cobots)

2. Parallel Manipulators

3. Robotic automation systems

4. Robotic vision system

5. Aerial robots

6. Underwater robots

7. Medical robots and haptic systems

8. Robot calibration systems

9. Controller design and analysis

10. Robotic system design and programming

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there has been many formal and informal programs related to robotics.

In order to provide a formal academic program completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and all the necessary infrastructure for the program are being established with the help from the Institute as well as private industries.

Date: 9th January 2020 Publication: UNI - Hindi Edition: Online Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT-Madras graduate donates Rs 1 crore URL: http://www.univarta.com/donation-of-one-crore-to-iit- madras/states/news/1847269.html

Date: 9th January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT-M alumnus donates Rs 1 cr for robotics lab URL: http://www.uniindia.com/iit-m-alumni-donates-rs-one-cr-for-robotics-research- lab/south/news/1846973.html

IIT-M alumnus donates Rs 1 cr for robotics lab

An Indian Institute of Technology Madras Distinguished Alumnus awardee from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field.

This Robotics Facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field. Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Speaking about the importance of this upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory include

1. Serial Manipulators for collaborative manipulation (cobots)

2. Parallel Manipulators

3. Robotic automation systems

4. Robotic vision system

5. Aerial robots

6. Underwater robots

7. Medical robots and haptic systems

8. Robot calibration systems

9. Controller design and analysis

10. Robotic system design and programming

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there has been many formal and informal programs related to robotics.

In order to provide a formal academic program completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and all the necessary infrastructure for the program are being established with the help from the Institute as well as private industries.

Date: 9th January 2020 Publication: Careers 360 Edition: Online Journalist: NA Professor: Prof. T. Asokan Headline: IIT Madras alumnus donates Rs. 1 Cr for robotics facility URL: https://news.careers360.com/iit-madras-alumnus-donates-rs-1-cr-for-robotics- facility

IIT Madras alumnus donates Rs. 1 Cr for robotics facility

An Indian Institute of Technology Madras Distinguished Alumnus awardee from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field.

This Robotics Facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field. Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Speaking about the importance of this upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory include

1. Serial Manipulators for collaborative manipulation (cobots)

2. Parallel Manipulators

3. Robotic automation systems

4. Robotic vision system

5. Aerial robots

6. Underwater robots

7. Medical robots and haptic systems

8. Robot calibration systems

9. Controller design and analysis

10. Robotic system design and programming

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there has been many formal and informal programs related to robotics.

In order to provide a formal academic program completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and all the necessary infrastructure for the program are being established with the help from the Institute as well as private industries.

Date: 9th January 2020 Publication: Dinamani Edition: Online Journalist: NA Headline: பராோ羿க்ஸ் ஆராய்ெ்殿 - கற்றல் ஆய்வகம் (Robotics Research Lab for learning) URL: https://bit.ly/36DBmfE

பராோ羿க்ஸ் ஆராய்ெ்殿 - கற்றல் ஆய்வகம் (Robotics Research Lab for learning)

Date: 9th January 2020 Publication: Polimer TV Edition: Online Journalist: NA Headline: பென்கன ஐ.ஐ.羿.뾿ல் பராபோட்羿க் ஆய்வகம் அகமக்க அதன் 믁ன்னாள் மாணவர்கள் 쏂.1 பகா羿 நி鎿뿁தힿ (IIT Madras Alumnus donates Rs. 1 crore to set up robotics lab in the Institute) URL: https://bit.ly/37Z7zP5

பென்கன ஐ.ஐ.羿.뾿ல் பராபோட்羿க் ஆய்வகம் அகமக்க அதன் 믁ன்னாள் மாணவர்கள் 쏂.1 பகா羿 நி鎿뿁தힿ (IIT Madras Alumnus donates Rs. 1 crore to set up robotics lab in the Institute)

Date: 9th January 2020 Publication: ETV Bharat Edition: Online Journalist: NA Headline: ஐஐ羿 பமட்ராஸ் : பராபோ羿க் படக்னால玿뾿ன் வளர்ெ்殿க்காக 쏂. 1 பகா羿 நன்பகாகட (IIT Madras: Rs. 1 crore donation to aid in Robotics Research) URL: https://www.etvbharat.com/tamil/tamil-nadu/state/chennai/iit-madras-alumni- donates-rs-dot-1crore-to-set-up-robotic-lab/tamil-nadu20200108202641940

ஐஐ羿 பமட்ராஸ் : பராபோ羿க் படக்னால玿뾿ன் வளர்ெ்殿க்காக 쏂. 1 பகா羿 நன்பகாகட (IIT Madras: Rs. 1 crore donation to aid in Robotics Research)

நராநபா羿க் 鏁தற뾿쯁ள்ள வளர்ெ்殿தய மன鎿ல் சகாண்翁 ஐஐ羿 சமட்ரான் 믁ன்னாள் மாணவர்கள் 쏂. 1 நகா羿தய நன்சகாதடயாக அளித்鏁ள்ளனர். இதன் 믂லம் மாணவர்கள் நராநபா羿க் 鏁தற뾿ல் ஆராய்ெ்殿 நமற்சகாள்வதற்கான ஆய்ퟁக்埂டம் நமம்ப翁த்தப்படퟁள்ள鏁. இந்鎿யாힿல் நராநபா羿க் 鏁தற뾿ன் வளர்ெ்殿 மற்쟁ம் கல்ힿ 믁ன்நனற்றத்தத மன鎿ல் சகாண்翁 ஆய்ퟁக்埂டம் அதமயퟁள்ள鏁. இதன்믂லம் அ鎿க அளힿலான மாணவர்கதள இந்தத் 鏁தறக்埁ள் ஈர்க்க 믁羿뿁ம் என ஐஐ羿 சமட்ராஸ் சவளி뾿ட்翁ள்ள செய்鎿க் 埁잿ப்ꮿல் சதரிힿக்கப்பட்翁ள்ள鏁.நராநபா羿க் சடக்னால玿뾿ன் வளர்ெ்殿க்காக 쏂. 1 நகா羿 நன்சகாதடநராநபா羿க் சடக்னால玿뾿ன் வளர்ெ்殿க்காக 쏂. 1 நகா羿 நன்சகாதடஇ鏁埁잿த்鏁 இன்玿னியரிங் 羿தென் 鏁தறத் ததலவர் நபரா殿ரியர் அநொகன் , இந்த நன்சகாதடதய அளித்த 믁ன்னாள் மாணவர்க쿁க்埁 நாங்கள் நன்잿 சதரிힿக்க கடதமப்பட்翁ள்நளாம். ஆய்ퟁக்埂டம் அதமப்பதன் 믂லம் நராநபா羿க்ஸ் பற்잿ய ஆராய்ெ்殿 மற்쟁ம் கற்ꮿத்தல் நமம்ப翁ம். அ鎿கமான மாணவர்கள் இந்தத் 鏁தறதய நதர்ந்சத翁ப்பார்கள் என சதரிힿத்தார்.நராநபா羿க்ஸ் ஆராய்ெ்殿 மற்쟁ம் கற்ꮿத்த쯁க்காக 鎿ட்ட뮿டப்பட்டதவ ꮿன்வ쏁மா쟁:நீ쏁க்埁ள் செயல்ப翁ம் நராநபாக்கள் , வான்வ펿 நராநபாக்கள் , ம쏁த்鏁வத்鏁தற ொர்ந்鏁 இயங்埁ம் நராநபாக்கள் உள்ளிட்ட பலவற்தறப் பற்잿ய ஆராய்ெ்殿 நமற்சகாள்ளப்படퟁள்ளன.நராநபா羿க் சடக்னால玿뾿ன் வளர்ெ்殿க்காக 쏂. 1 நகா羿 நன்சகாதடநராநபா羿க் சடக்னால玿뾿ன் வளர்ெ்殿க்காக 쏂. 1 நகா羿 நன்சகாதடஇ鏁埁잿த்鏁 ெர்வநதெ மற்쟁ம் 믁ன்னாள் மாணவர்களின் சதாடர்பாளர் நபரா殿ரியர். மநகஷ் பஞ்ெக்ꟁலா, 믁ன்னாள் மாணவர்கள் பல வதககளி쯁ம் ஐஐ羿 சமட்ரான் 믁ன்நனற்றத்鏁க்காக உதퟁ垿ன்றனர். தற்நபா鏁 அதமயퟁள்ள ஆய்ퟁக்埂டமான鏁 ததல믁தற கடந்鏁ம் பல மாணவர்களின் 믁ன்நனற்றத்鏁க்埁 உதퟁம் என சதரிힿத்தார்.

ꮿரபலமானதவ ப羿க்கக쏁த்鏁 埂றப்பட்டதவப垿ர்தல் Vivekanandar birthday Celebration ힿநவகானந்தரின் ힿளக்埁த்鏂迁க்埁 இதளஞர்கள் ஆன்뮿க வ펿பா翁!

埁羿뿁ரிதம 鎿쏁த்தெ் ெட்டத்鏁க்埁 எ鎿ராக ஒன்쟁 鎿ர쿁ம் எ鎿ர்க்கட்殿கள் '殿.ஏ.ஏ.ퟁக்埁 எ鎿ராக அணி鎿ர쿁நவாம்' - எ鎿ர்க்கட்殿க쿁க்埁 காங். அதழப்ꯁ

Touching a cow drives away negativity, claims Maha minister 'ப毁தவத் சதாட்டால் எ鎿ர்மதற எண்ணங்கள் மதறந்鏁ힿ翁ம்' - பாெகퟁக்埁 டஃப் சகா翁க்埁ம் காங். அதமெ்ெர்!

DRI நகா羿 쏂பாய் ம鎿ப்ꮿலான தங்கத்தத கடத்鎿ய இ쏁வர் தக鏁!

Nirbhaya gangrape case: Dummy execution of four convicts performed in Tihar நிர்பயா வழக்埁: 鎿கார் 殿தற뾿ல் 鏂க்埁 ஒத்鎿தக!

Date: 9th January 2020 Publication: The Hans India Edition: Online Journalist: NA Professor: Prof Mahesh Panchagnula and Prof. T. Asokan Headline: IIT Madras alumnus donates one crore to set up a Robotics Lab URL: https://www.thehansindia.com/hans/young-hans/iit-madras-alumnus-donates- one-crore-to-set-up-a-robotics-lab-595988

IIT Madras alumnus donates one crore to set up a Robotics Lab

An Indian Institute of Technology Madras Distinguished Alumnus awardee from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field.

This Robotics Facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field. Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Speaking about the importance of this upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory include

1. Serial Manipulators for collaborative manipulation (cobots)

2. Parallel Manipulators

3. Robotic automation systems

4. Robotic vision system

5. Aerial robots

6. Underwater robots

7. Medical robots and haptic systems

8. Robot calibration systems

9. Controller design and analysis

10. Robotic system design and programming

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there has been many formal and informal programs related to robotics.

In order to provide a formal academic program completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and all the necessary infrastructure for the program are being established with the help from the Institute as well as private industries.

Date: 9th January 2020 Publication: NDTV Edition: Online Journalist: Maitree Barai Professor: Prof T. Asokan, Prof Mahesh Panchagnula Headline: IIT Madras Alumni Donates Rs 1 Crore For Robotics Laboratory URL: https://www.ndtv.com/education/iit-madras-alumni-donates-rs-1-crore-for- robotics-research-training-laboratory-2161109

IIT Madras Alumni Donates Rs 1 Crore For Robotics Laboratory

An IIT Madras alumni has donated Rs 1 crore to establish a state-of-the-art 'Robotics Research and Teaching Laboratory' in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field. The major facilities being planned for this laboratory are Serial Manipulators for collaborative manipulation (cobots), aerial robots, underwater robots, medical robots and haptic systems, robot calibration system, etc. Speaking about this upcoming research facility in the institute Professor T. Asokan, Head, Department of Engineering Design, IIT Madras said, 'we thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefited.'

Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce, said Professor Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras.

The Indian Institute of Technology (IIT) Madras had started an interdisciplinary dual degree program in Robotics in 2017, which is open for all students from various departments across the institutes. The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

Date: 9th January 2020 Publication: India Today Edition: Online Journalist: NA Professor: Prof T. Asokan, Prof Mahesh Panchagnula Headline: IIT Madras alumni donates Rs 1 crore to set up 'Robotics Research and Teaching Laboratory' URL: https://www.indiatoday.in/education-today/news/story/iit-madras-alumni- donates-rs-1-crore-to-set-up-robotics-research-and-teaching-laboratory-1635261- 2020-01-09

IIT Madras alumni donates Rs 1 crore to set up 'Robotics Research and Teaching Laboratory'

An IIT Madras alumni has donated Rs 1 crore to establish a state-of-the-art 'Robotics Research and Teaching Laboratory' in the Department of Engineering Design. The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field. The major facilities being planned for this laboratory are Serial Manipulators for collaborative manipulation (cobots), aerial robots, underwater robots, medical robots and haptic systems, robot calibration system, etc. Speaking about this upcoming research facility in the institute Professor T. Asokan, Head, Department of Engineering Design, IIT Madras said, 'we thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefited.'

Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce, said Professor Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras.

The Indian Institute of Technology (IIT) Madras had started an interdisciplinary dual degree program in Robotics in 2017, which is open for all students from various departments across the institutes. The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

Date: 8th January 2020 Publication: Navjeevan Express Edition: Online Journalist: NA Professor: Prof T. Asokan, Prof Mahesh Panchagnula Headline: IIT-M alumni donates Rs 1 cr to establish robotics research and teaching lab URL: https://navjeevanexpress.com/iit-m-alumni-donates-rs-1-cr-to-establish-robotics- research-and-teaching-lab/

IIT-M alumni donates Rs 1 cr to establish robotics research and teaching lab An alumni of the Indian Institute of Technology Madras (IIT-M) hailing from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design.

The laboratory will provide hands-on learning experience for students and will enable teaching and research in robotics field.

This Robotics facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field. Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Announcing the upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory includes: Serial Manipulators for collaborative manipulation (cobots); Parallel Manipulators; Robotic automation systems; Robotic vision system; Aerial robots; Underwater robots; Medical robots and Haptic systems; Robot calibration systems; Controller design and analysis and Robotic system design and programming.

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras. This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there has been many formal and informal programs related to robotics.

In order to provide a formal academic programme completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the programme is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and the necessary infrastructural faciltiy for the program are being established with the help from the Institute as well as private industries, IIT-M release said.

Date: 9th January 2020 Publication: News 7 TV Edition: Online Journalist: Shanmugapriya Headline: பென்கன ஐஐ羿-뾿ல் பராோட்羿க் ஆய்வகம் அகமக்க நி鎿뿁தힿ வழங்垿ய 믁ன்னாள் மாணவர்கள் ! (Alumnus provides financial assistance to set up Robotics Research facility) URL: https://ns7.tv/index.php/ta/tamil-news/tamilnadu/9/1/2020/alumni-gave-funds- form-robotic-lab-madras-iit

பென்கன ஐஐ羿-뾿ல் பராோட்羿க் ஆய்வகம் அகமக்க நி鎿뿁தힿ வழங்垿ய 믁ன்னாள் மாணவர்கள் ! (Alumnus provides financial assistance to set up Robotics Research facility) சென்தன ஐஐ羿-뾿ல் உயர்ரக சதா펿ல்ꏁட்பக் க쏁ힿகதள சகாண்翁 அ鎿நퟀன நராபாட்羿க் ஆய்வகம் அதமக்கퟁம், அதன் 믂லம் நராநபாக்களின் பயன்பா翁, வ羿வதமத்தல் 埁잿த்鏁 கற்쟁த்தரퟁம் 鎿ட்ட뮿டப்பட்翁ள்ள鏁.

இதன் 믂லம், ம쏁த்鏁வத் 鏁தற뾿ல் பயன்ப翁ம் நராநபாக்கதள뿁ம், நீ쏁க்埁 அ羿뾿ல் மற்쟁ம் வானி쯁ம் பயணிக்埁ம் நராநபாக்கதள வ羿வதமக்கퟁம் 鎿ட்ட뮿ட்翁ள்ளதாக ஐஐ羿 நிர்வாகம் சதரிힿத்鏁ள்ள鏁. இததய잿ந்த 믁ன்னாள் மாணவர்கள் 殿லர், தாமாக 믁ன்வந்鏁 ஒ쏁 நகா羿 쏂பாய் நி鎿뿁தힿ வழங்垿 உள்ளனர்.

நம쯁ம், நடப்ꯁ ஆண்羿ல் 믁ன்னாள் மாணவர்களிடம் இ쏁ந்鏁 ஆ뾿ரம் நகா羿 쏂பாய் நி鎿뿁தힿ 鎿ரட்ட சென்தன ஐஐ羿 நிர்வாகம் 믁羿ퟁ செய்鏁ள்ளதாக 埂றப்ப翁垿ற鏁. 믁ன்னாள் மாணவர்களின் நி鎿 மற்쟁ம் சென்தன ஐஐ羿-뾿ன் பங்களிப்ꯁடன் அ鎿நퟀன நராபாட்羿க் ஆய்வகம் ힿதரힿல் கட்டப்பட இ쏁ப்பதாக ஐஐ羿 நிர்வாகம் சதரிힿத்鏁ள்ள鏁.

Date: 10th January 2020 Publication: Shiksha.com Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: IIT Madras alumnus donates Rs 1 crore to establish robotics research laboratory URL: https://www.shiksha.com/articles/iit-madras-alumnus-donates-rs-1-crore-to- establish-robotics-research-laboratory-blogId-28501

IIT Madras alumnus donates Rs 1 crore to establish robotics research laboratory

Indian Institute of Technology (IIT) Madras, in its latest press release, said that the institute has received a donation of Rs 1 crore from an alumnus to establish a ‘Robotics Research and Teaching Laboratory’ in the department of engineering design. The laboratory will help students get hands-on learning experience and will enable teaching and research in the robotics field.

Talking about the alumnus’ generous act, Mahesh Panchagnula, Dean (International and Alumni Relations) at IIT Madras, said that the alumnus has brought a huge difference in the institute’s research and teaching initiatives. An independent lab on robotic will help train students generations after generation.

According to the press release, the alumnus awardee has requested anonymity. It also says that that facility will not only promote learning and increase research output by filling a gap in robotics education in our country but will also attract highly motivated students to the institute.

Controller design and analysis, robotic system design and programming, robotic vision system, aerial robots, parallel manipulators, robotic automation systems, serial manipulators for collaborative manipulation (cobots), medical robots and haptic systems, underwater robots, etc. are some of the major facilities that have been planned to be included in this research and teaching laboratory.

Date: 10th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Headline: IIT Madras alumni donates Rs 1 cr to set up robotics lab

Date: 10th January 2020 Publication: Business World - Education Edition: Online Journalist: NA Professor: Prof T. Asokan, Prof Mahesh Panchagnula Headline: IIT Madras Alumni Donates 1 Crore To Set Up ‘Robotics Research And Teaching Laboratory’ URL: http://bweducation.businessworld.in/article/IIT-Madras-Alumni-Donates-1-Crore- To-Set-Up-Robotics-Research-And-Teaching-Laboratory-/10-01-2020-181802/

IIT Madras Alumni Donates 1 Crore To Set Up ‘Robotics Research And Teaching Laboratory’

Indian Institute of Technology (IIT) Madras, in its latest press release, said that the institute has received a donation of Rs 1 crore from an alumnus to establish a ‘Robotics Research and Teaching Laboratory’ in the department of engineering design. The laboratory will help students get hands-on learning experience and will enable teaching and research in the robotics field.

Talking about the alumnus’ generous act, Mahesh Panchagnula, Dean (International and Alumni Relations) at IIT Madras, said that the alumnus has brought a huge difference in the institute’s research and teaching initiatives. An independent lab on robotic will help train students generations after generation.

According to the press release, the alumnus awardee has requested anonymity. It also says that that facility will not only promote learning and increase research output by filling a gap in robotics education in our country but will also attract highly motivated students to the institute.

Controller design and analysis, robotic system design and programming, robotic vision system, aerial robots, parallel manipulators, robotic automation systems, serial manipulators for collaborative manipulation (cobots), medical robots and haptic systems, underwater robots, etc. are some of the major facilities that have been planned to be included in this research and teaching laboratory.

Date: 10th January 2020 Publication: Nyoooz Edition: Online Journalist: NA Headline: IIT-Madras graduate donates Rs 1 crore for robotics research lab URL: https://www.nyoooz.com/news/chennai/1427955/iitmadras-graduatedonates- rs-1-crore-for-robotics-research-lab/

IIT-Madras graduate donates Rs 1 crore for robotics research lab

Indian Institute of Technology (IIT) Madras, in its latest press release, said that the institute has received a donation of Rs 1 crore from an alumnus to establish a ‘Robotics Research and Teaching Laboratory’ in the department of engineering design. The laboratory will help students get hands-on learning experience and will enable teaching and research in the robotics field.

Talking about the alumnus’ generous act, Mahesh Panchagnula, Dean (International and Alumni Relations) at IIT Madras, said that the alumnus has brought a huge difference in the institute’s research and teaching initiatives. An independent lab on robotic will help train students generations after generation.

According to the press release, the alumnus awardee has requested anonymity. It also says that that facility will not only promote learning and increase research output by filling a gap in robotics education in our country but will also attract highly motivated students to the institute.

Controller design and analysis, robotic system design and programming, robotic vision system, aerial robots, parallel manipulators, robotic automation systems, serial manipulators for collaborative manipulation (cobots), medical robots and haptic systems, underwater robots, etc. are some of the major facilities that have been planned to be included in this research and teaching laboratory.

Date: 10th January 2020 Publication: Ciol.com Edition: Online Journalist: NA Professor: Prof RI Sujith Headline: E-Cell IIT Madras Introduces Techno-Entrepreneurship Summit URL: https://www.ciol.com/e-cell-iit-madras-introduces-techno-entrepreneurship- summit/

E-Cell IIT Madras Introduces Techno-Entrepreneurship Summit

Want to protect your data from illegal hacking? Does the most powerful technology of the decade intrigues you? The upcoming edition of the annual entrepreneurial extravaganza, E-Summit, offers you an opportunity to explore the world of technopreneurs in the Techno-Entrepreneurship Summit and Blockchain meetup.

Techno-Entrepreneurship Summit The advancement in data-based technologies has opened a completely different domain for the startups to explore. Blockchain is undeniably an ingenious technology, and the evolution path of blockchain has seen an exponential growth. Such mind- boggling progress in technology has left the people pondering, “What is blockchain? Where can it be applied?”

Techno-Entrepreneurship Summit brings you plenty of insights on the technical aspect of entrepreneurship through intriguing lectures, interactive workshops and mind- teasing quizzes and ever-lasting discussions. The summit gives you the opportunities to interact and network with the speakers and mentors.

The workshops will cover fundamentals of blockchain, smart contracts, hyper ledger followed by business application of blockchain. The learnings and understandings will be up for testing in the idea proposal competition, with a prize money of Rs. 10000 to grab. These workshops and competitions will be topped by the presence of blockchain experts such as Prof. D Janakiram, professor at IIT Madras, Ishan Roy, lead of blockchain in Tamil Nadu e-Governance, Satish Salivati, Founder-CEO of InteliTix Solutions, and Ish Goyal, a serial entrepreneur who is credited as the founder of GovBlocks, Certy, DEF and CEO of Somish Blockchain Labs.

With the competition rising in the technical communities, the summit offers you the perfect opportunity to overtake your competitors and upgrade your skills.

Register before 10th January and enter into the world of Blockchain

Date: 11th January 2020 Publication: The Economic Times Edition: Mumbai/Bangalore Page No: 11 Journalist: Rica Bhattacharyya Professor: Prof. Mahesh Panchagnula Headline: IITs Now Turn More to Alumni for Funding URL: https://tech.economictimes.indiatimes.com/news/corporate/iits-now-turn- more-to-alumni-for-money/73197944

Date: 11th January 2020 Publication: The Economic Times Edition: Kolkata/Hyderabad/Pune/Chennai/Kochi Page No: 7 Journalist: Rica Bhattacharyya Professor: Prof. Mahesh Panchagnula Headline: IITs Increasingly Turn to Alumni for Funds as Govt Aid Diminishes

URL: https://tech.economictimes.indiatimes.com/news/corporate/iits-now-turn- more-to-alumni-for-money/73197944

Date: 11th January 2020 Publication: Voice and Data Edition: Online Journalist: NA Professor: Prof. T. Asokan Headline: IIT Madras Alumni donates Rs. 1 crore to set up a ‘Robotics Laboratory’ URL: https://www.voicendata.com/iit-madras-alumni-donates-rs-1-crore-set-robotics- laboratory/

IIT Madras Alumni donates Rs. 1 crore to set up a ‘Robotics Laboratory’

An Indian Institute of Technology Madras Distinguished Alumnus awardee from Chennai has donated a sum of Rs. 1 crore to establish a state-of-the-art ‘Robotics Research and Teaching Laboratory’ in the Department of Engineering Design.

The laboratory will provide a hands-on learning experience for students and will enable teaching and research in the robotics field.

This Robotics Facility is expected a fill a gap in the robotics education in India, promote learning and increase research output in this field.

Considering the growth in robotic technology and applications, this facility is expected to attract highly motivated students and enhance the overall standing of IIT Madras in the field of robotics teaching and research.

Speaking about the importance of this upcoming facility, Prof. T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “We thank the donor immensely for this support and we are confident that the research and teaching facility in robotics will make a large impact in the long run and the students and the faculty will be hugely benefitted.”

The major facilities being planned for this Robotics Research and Teaching Laboratory include

Serial Manipulators for collaborative manipulation (cobots)

Parallel Manipulators

Robotic automation systems

Robotic vision system

Aerial robots

Underwater robots

Medical robots and haptic systems

Robot calibration systems

Controller design and analysis

Robotic system design and programming

Thanking the Distinguished Alumnus Awardee, who has requested anonymity, for this generous gesture, Prof Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, said, “Alumni have made a big difference to several of our research and teaching initiatives at IIT Madras.

This interdisciplinary lab on robotics will help train several generations of students for our emerging high tech workforce.”

There is a lot of enthusiasm and interest amongst the students towards robotics and there have been many formal and informal programs related to robotics.

In order to provide a formal academic program completely devoted to robotics, IIT Madras started the Interdisciplinary Dual Degree program in Robotics in 2017, which is open to students from various departments across the Institute.

The objective of the program is to nurture and develop the next-generation professionals in the area of robotics who can contribute in the design, development, and implementation of robotic systems in the industry and help the industry to improve their productivity, leading to the overall economic growth of the country.

The Department of Engineering Design is the implementing department for this program and all the necessary infrastructure for the program is being established with help from the Institute as well as private industries.

Date: 13th January 2020 Publication: NDTV Edition: Online Journalist: Anisha Singh Professor: Dr. Sujatha Srinivasan Headline: Women In STEM: 5 IIT Researchers And Their Incredible Journey In Science URL: https://www.ndtv.com/education/women-in-stem-5-iit-researchers-and-their- incredible-journey-in-science-2162778

Women In STEM: 5 IIT Researchers And Their Incredible Journey In Science Science, Technology, Engineering and Mathematics or STEM has traditionally been a field dominated by men. But women have gradually made their presence felt in this field with important collaborations and contributions. With more and more academic institutes opening their doors to women in the form of special schemes and reservations, more women have shown interest in STEM studies. However, there is still a considerable gender gap. One of the common reasons for lesser women in STEM field is the lack of awareness about role models. Women researchers and scholars need to take the center stage in STEM related conversations to encourage more female students to take up STEM for higher studies.

Keeping this in mind we spoke to some women academics from across the country about their stint in STEM and challenges faced by them to shed light on women's contribution in the STEM field and the way forward.

Dr. Sujatha Srinivasan, Professor, Department of Mechanical Engineering, IIT Madras 373vhlug Dr. Sujatha Srinivasan founded the Rehabilitation Research and Device Development (R2D2) lab (now the TTK Center for R2D2) at IIT Madras with the aim of developing affordable and functional assistive devices. Her research interests are in biomechanics and mechanisms with application to assistive devices. A startup she co-founded - NeoMotion - is commercialising a new wheelchair with a motorized add-on for outdoor use.

About her interest in the STEM field, she said that even though her parents were not from STEM background, they encouraged her to follow her passion. She said that she was good at mathematics and science in school and Engineering seemed like a natural path for higher education.

She said that she was the only girl in the Mechanical Engineering department at IIT Madras which was a challenge in itself. She recalls how people found it hard to believe that she could like the nuances of mechanical engineering.

About how she overcame her reservations about the field, she said that she gained a lot of confidence after her sting in US where she worked in the industry for about 8 years.

"There, at my job, my gender didn't seem to be an issue, only my competence mattered," she said.

Her advice to girls who wish to join the STEM field is to have faith in their ability to make a difference. She says that plenty career options are available in the field nowadays.

Dr. Aditi Halder, Associate Professor, School of Basic Sciences, IIT Mandi Dr. Aditi Halder, IIT Mandi Dr. Aditi Halder is working in the area of energy conversion and storage at IIT Mandi. She did her PhD from Indian Institute of Science, an institution she credits for her interest in this field.

Dr. Halder believes that her research work has larger implication on environment conservation.

"My research group is mainly working on the area of energy conversion and storage. We design and make materials to produce renewable energy which is basically the energy conversion domain. The research related to energy storage deals with the development of low-cost flexible battery and super capacitor (sometimes maybe from agro-waste). My group believes through our research on environmental remediation (e.g. CO2 reduction or pharmaceutical waste degradation) can lead to a better and cleaner environment," she said.

About her interest in the field, she said that it was the diversity and colour of Chemistry which motivated her to study it.

"My Ph.D. institution - Indian Institute of Science, Bangalore encouraged me to study deep down in the microscopic world of materials and their structure-property relationships," she added.

About the challenges specific to women in this field, she said, "As a working mother, we have several challenges that make us doubt our own capabilities, however, it is important to pursue our dreams even if it is tough. My advice to young girls will be "dare to dream" and have self-confidence in oneself."

Dr. Mudrika Khandelwal, Associate Professor, Department of and Metallurgical Engineering, IIT Hyderabad fqekcfl8 Dr. Mudrika Khandelwal is an alumnus of IIT Bombay where she completed her B.Tech. and M.Tech. degree. She finished her Doctorate at University of Cambridge, United Kingdom. Her lab has developed food packaging materials which can keep tomatoes fresh for 30 days. Her lab has also developed herbal based materials for panty liners targeted to prevent the most common fungal infection in women - candidiasis.

Her work has received the Gandhian Young Technological Innovation award in 2016. She is also the nominated and elected fellow to Indian National Young academy of Sciences. She is also the founding director of Restyro Technologies Private Limited, a startup in process of commercializing its patented technology for recycling polystyrene.

About her interest in STEM field, she said that as a material engineer her research has always been directed at practical application of technology to solving social issues which directly or indirectly affect equality.

She said that she faced similar hurdles faced by most women. Her key to overcoming these was conviction and making conscious and informed choices.

'It's important to know what to expect when you choose a career and the path of progress,' is her word of advice.

Dr. Khandelwal has, in the past, conducted a program called 'Vigyan Jyoti' for girls in classes 10 to 12, targeted to encourage and retain women in STEM. She says that the issue is not just joining but retention. She lists three important factors.

One, lack of female role models in life who can help them see the possibility of overcoming barriers. Second, a near to no existence of a sisterhood, women at work or in academic life to share experiences and help overcome difficulties in life.

The last point that she mentions is a diligent and sincere approach to recognize one's own passion for a field and find relevant information about it. She advises girls to do research the field and find out the possible career path they can carve out for themselves.

Dr. Neeldhara Misra, Assistant Professor, Computer Science and Engineering, IIT Gandhinagar q14aghq Dr. Neeldhara Misra did her PhD from Institute of Mathematical Sciences. Her research interest lies in Parameterized and approximation algorithm design in various contexts (graph theoretic problems, problems arising in social choice, satisfiability, CSPs, etc.).

Dr. Misra works in the area of algorithms in Computer Science which involves finding fast and accurate procedures to solve problems that come up in a variety of contexts.

About her inspiration to join STEM field she says, "I was not academically inclined during school - later, I was inspired by the story of the mathematician Paul Erdos."

"I studied in a girl's college and was fortunate to have had a very supportive and encouraging environment starting from home and beyond," she said. About the hurdles she had to face, she said that these were limited to logistics like travel which she overcame by using online resources as a substitute. Using online resources also led her to discovering communities that offered great advice, support, and even opportunities.

"Having a support system makes a huge difference, and I urge everyone to reach out, and if help is not accessible in one's immediate surroundings, then please leverage the internet for support - you might be pleasantly surprised by the possibilities that emerge," she adds as her advice to girls joining the field.

Dr. Sharmistha Majumdar, Assistant Professor, Biological Engineering, IIT Gandhinagar h499rro8 Dr. Sharmistha Majumdar obtained her PhD at Cornell University and completed her postdoctoral research at the University of California, Berkeley. She joined the Biological Engineering department at IIT Gandhinagar in 2014. Her research interests include mechanistic and evolutionary analysis of eukaryotic mobile genetic elements or "jumping genes".

Critiquing the society's obsession with engineering and medical professions she says, "As a scientist trained in basic biology, I am concerned by our society's continuing obsession in pushing our kids into the narrow silos of engineering or medicine. Throughout my career, I have actively resisted the need to conform: right from giving up my MBBS seat to pursue my research dreams to joining IIT Gandhinagar, which is making a conscious effort to move beyond its traditional "technology" tag and instead impart holistic education."

For her the biggest selling point for a career in STEM was the immense opportunities it provides to uncover the secrets of life.

"I wake up each morning acknowledging that unravelling the secrets of the natural world can be both humbling -when you begin to realise how much we don't know- as well as empowering- when you can overturn dogma by rigorous experimental evidence," she says.

Date: 13th January 2020 Publication: The Hindu Edition: Delhi Page No: 15 Journalist: R. Prasad Professor: Dr. Ramaprabhu Sundara Headline: IIT-M designs room temperature sodium sulphur battery URL: https://www.thehindu.com/sci-tech/science/iit-m-designs-room-temperature- sodium-sulphur-battery/article30544366.ece

Date: 15th January 2020 Publication: The Hindu Edition: Delhi / Mumbai / Bangalore / Hyderabad / Kolkata Page No: 13 Journalist: NA Headline: Entrepreneurship conclave at two IITs

Date: 15th January 2020 Publication: Deccan Chronicle Edition: Chennai Page No: 2 Journalist: NA Headline: IIT-Madras to host E-Summit from Jan. 17

Date: 15th January 2020 Publication: DT Next Edition: Chennai Page No: 8 Journalist: NA Professor: Prof. Ashwin Mahalingam Headline: IIT-M Entrepreneurship Ceil plays host to E-Summit 2020 URL: https://www.dtnext.in/News/City/2020/01/15015707/1209553/IITM- Entrepreneurship-Cell-plays-host-to-ESummit-2020.vpf

Date: 15th January 2020 Publication: The Times of India Edition: Chennai Page No: 4 Journalist: NA Student: Mr. Mukund Khandelwal and Srinivasan Vishwanathan Headline: IIT-M to give entrepreneurship a boost through ‘E-Summit 2020

Date: 15th January 2020 Publication: Rajasthan Patrika Edition: Chennai Page No: 4 Journalist: NA Professor: Prof. Ashwin Mahalingam Headline: E-Summit in IIT Madras from 17 Jan

Date: 15th January 2020 Publication: The Hindu Edition: Online Journalist: NA Headline: IIT Madras’s e-summit to be held from January 17-19 URL: https://www.thehindu.com/news/cities/chennai/iit-madrass-e-summit-to-be- held-from-january-17-19/article30566305.ece

IIT Madras’s e-summit to be held from January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said. Date: 15th January 2020 Publication: Hindustan Times Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.hindustantimes.com/education/iit-madras-to-hold-e-summit-2020- over-january-17-19/story-KIkikw2O3vqdl7uvJ7jsTN.html

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: The Times of India Edition: Online Journalist: NA Headline: IIT Madras’s e-summit to be held from January 17-19 URL: https://timesofindia.indiatimes.com/home/education/news/iit-madras-to-hold- e-summit-2020-over-january-17-19/articleshow/73248210.cms

IIT Madras’s e-summit to be held from January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: The Times of India Edition: Online Journalist: A Ragu Raman Professor: Prof. Ashwin Mahalingam Headline: IIT-Madras entrepreneurship summit to start on Jan 17 URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-entrepreneurship- summit-to-start-on-jan-17/articleshow/73252788.cms

IIT-Madras entrepreneurship summit to start on Jan 17

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Business Standard Edition: Online Journalist: NA Professor: Prof. Ashwin Mahalingam Headline: IIT-Madras Entrepreneurship Cell to host E-Summit from Jan 17 URL: https://www.business-standard.com/article/pti-stories/iit-madras- entrepreneurship-cell-to-host-e-summit-from-jan-17-120011400828_1.html

IIT-Madras Entrepreneurship Cell to host E-Summit from Jan 17

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Times Now Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.timesnownews.com/education/article/iit-madras-to-hold-e- summit-2020-over-january-17/540128

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Outlook Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.outlookindia.com/newsscroll/iit-madras-to-hold-esummit-2020- over-january-1719/1708076

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: UNI Edition: Online Journalist: NA Headline:IIT-Madras to host ‘E-Summit 2020’ from Jan 17-19 URL: http://www.uniindia.com/iit-madras-to-host-e-summit-2020-from-jan-17- 19/south/news/1853045.html

IIT-Madras to host ‘E-Summit 2020’ from Jan 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Devdiscourse Edition: Online Journalist: NA Professor: Prof. Ashwin Mahalingam Headline: IIT-Madras Entrepreneurship Cell to host E-Summit from Jan 17 URL: https://www.devdiscourse.com/article/business/830224-iit-madras- entrepreneurship-cell-to-host-e-summit-from-jan-17

IIT-Madras Entrepreneurship Cell to host E-Summit from Jan 17

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof Ashwin Mahalingam Headline: IIT Madras Entrepreneurship Cell to host the 5th edition of ‘E-Summit 2020’ from 17-19 January 2020 URL: https://indiaeducationdiary.in/iit-madras-entrepreneurship-cell-to-host-the-5th- edition-of-e-summit-2020-from-17-19-january-2020/

IIT Madras Entrepreneurship Cell to host the 5th edition of ‘E-Summit 2020’ from 17-19 January 2020

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Daily World Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://dailyworld.in/iit-madras-to-hold-e-summit-2020-over-january-17-19/

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Daily Hunt Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://m.dailyhunt.in/news/india/english/windowtonews-epaper- wintonws/iit+madras+to+hold+e+summit+2020+over+january+17+19-newsid- 159258082

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Social news XYZ Edition: Online Journalist: Gopi Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.socialnews.xyz/2020/01/14/iit-madras-to-hold-e-summit-2020-over- january-17-19/

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits - the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: News D Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://newsd.in/iit-madras-to-hold-e-summit-2020-over-january-17-19/

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Pro Kerla Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.prokerala.com/news/articles/a997072.html

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: English News Edition: Online Journalist: NA Headline: IIT-Madras to host ‘E-Summit 2020’ from Jan 17-19 URL: https://enews.shafaqna.com/EN/AL/4411507

IIT-Madras to host ‘E-Summit 2020’ from Jan 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: TTV India Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://ttvindia.com/iit-madras-to-hold-e-summit-2020-over-january-17-19-times- of-india/

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: The Indian Wire Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 starting January 17 URL: https://www.theindianwire.com/education/iit-madras-to-hold-e-summit-2020- starting-january-17-266827/

IIT Madras to hold E-Summit 2020 starting January 17

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: The Hans India Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.thehansindia.com/news/national/iit-madras-to-hold-e-summit- 2020-over-january-17-19-597153

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Daiji World Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: https://www.daijiworld.com/news/newsDisplay.aspx?newsID=663310

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 15th January 2020 Publication: Can India Edition: Online Journalist: NA Headline: IIT Madras to hold E-Summit 2020 over January 17-19 URL: http://www.canindia.com/iit-madras-to-hold-e-summit-2020-over-january-17- 19/

IIT Madras to hold E-Summit 2020 over January 17-19

The fifth edition of the E-Summit organised by the Entrepreneurship Cell of Indian Institute of Technology Madras (IITM) will be held here from January 17-19, 2020.

In a statement here, IITM said the E-Summit attempts to evangelise entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, ‘E-Summit 2020’ is a summation of four summits – the Innovator’s Summit, the Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit, the statement said.

This year’s social campaign conducted by the IITM Entrepreneurship Cell will be D- Well, that is, Digital Well being.

“The ‘D-Well’ initiative involves organising nostalgic activities and reminding people about how the world used to be before the digital era, and features discussions and debates on what the future of digital media holds for us,” IITM said.

Date: 16th January 2020 Publication: Tamil Edition: Electronic Journalist: NA Headline: IIT Madras - E-Summit Press Conference, 14th Jan 2020 URL: https://we.tl/t-ZiGfzwXSRr

Date: 16th January 2020 Publication: The Pioneer Edition: Hyderabad Page No: 8 Journalist: NA Headline: IIT-Madras Enterpreneurship Cell to host E-Summit

Date: 16th January 2020 Publication: India Today Edition: Online Journalist: Aysha Professor: Prof Ashwin Mahalingam Student: Mr. Mukund Khandelwal, Aniket Bhoyar and Mr. Srinivasan Vishwanathan Headline: IIT Madras Entrepreneurship Cell to 5th edition of 'E-Summit 2020' URL: https://www.indiatoday.in/education-today/news/story/iit-madras- entrepreneurship-cell-to-5th-edition-of-e-summit-2020-1636985-2020-01-15

IIT Madras Entrepreneurship Cell to 5th edition of 'E-Summit 2020'

Indian Institute of Technology Madras Entrepreneurship Cell will be conducting the fifth edition of E-Summit 2020 from January 17 to 19, 2020. Every year, Entrepreneurship Cell of IIT Madras plays host to E-Summit which attempts to evangelize entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, 'E-Summit 2020' is a summation of four summits - The Innovator's Summit, The Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit. Each of these summits caters to a different audience - some of who may be mature entrepreneurs while others may just be embarking on their entrepreneurial journey.

E-Summit aims to help potential entrepreneurs learn more about entrepreneurship and pitch, refine and develop their ideas. This year's initiative The Social Campaign conducted by E-Cell IIT Madras always takes on pressing issues. This year's initiative is D-Well which expands to Digital Well-being. The 'D-Well' initiative involves organizing nostalgic activities and reminding people about how the world used to be before the digital era and features discussions and debates of what the future of digital media holds for us.

Speaking about the unique aspects of this edition of E-Summit, Prof Ashwin Mahalingam, Faculty Advisor, Entrepreneurship Cell, IIT Madras, said, "The E-Summit gets better each year. This year, our focus is to ensure that students with entrepreneurial inclinations take a giant step towards becoming entrepreneurs themselves in a few years of time."

Entrepreneurship Insider 4.0, a premium yearly magazine by E-Cell IIT Madras was also launched during the occasion. The highlight of the fourth edition is the article on the mental health of entrepreneurs - which is a pressing topic that definitely calls for a discussion.

About E-Summit Speaking on the occasion, Srinivasan Vishwanathan, IITM Entrepreneurship Forum, said, "The E-Summit is all about getting inspired, about getting charged up and getting ready for the exciting journey of entrepreneurship. You meet students, aspiring entrepreneurs, startups, alumni and investors to build contacts and share knowledge, experience and wisdom. There are fantastic takeaways for all."

Entrepreneurship Insider 4.0 magazine The Entrepreneurship Insider 4.0 magazine will inspire people to lead an entrepreneur's life and provides them with a constant supply of motivation to think entrepreneurially. Entrepreneurship Insider aims to fuel the eternal flames of innovation and problem- solving and equips budding entrepreneurs with this knowledge.

Highlighting the new events introduced this year, Mukund Khandelwal, Students' Head, E-Cell, IIT Madras, said, "The team has been working on the E-Summit since last 4 months and this summit is certainly going to be a promising one, with not only increase in the number of events, but also the experience of delegates attending the E-Summit."

Adding on to these points, Aniket Bhoyar, Students' Co-Head, E-Cell, IIT Madras, said, "The fifth edition of E-Summit will provide a customised experience and a curated opportunity to the knowledge seekers to learn and interact, and to the startups to grow and enter higher leagues."

An overview of the Four Summits: Youth Summit:

The Youth Summit offers a diverse platter of events covering the unconventional paths to entrepreneurial success such as business simulation games, quizzes and an exclusive chance to interact and connect with successful entrepreneurs.

Innovator's Summit: It comprises of events that unlock innovation. Unconference sees the student innovators getting involved with real-world issues and test their problem- solving ability and business acumen. Bootcamp is the business plan competition with an ambitious goal of converting prototypes to an industry-ready product. Education 21 nurtures raw talent possessed by school students. Co-Create comprises intense mentoring, expert insights, market research, and workshops to build a prototype and scale it into a startup.

Startup Summit:

This summit caters to startups that have already gained some traction but are looking to scale - and provides a pan-India pitching platform, Elevate, which offers funding opportunities up to 7 Crore INR, and is closely followed by a highly curated product launch platform.

Techno-Entrepreneurship Summit: With the recent interest and development in blockchain technology, the Techno-Entrepreneurship Summit equips students and entrepreneurs with knowledge on blockchain and its potential applications in an engaging and industry-stimulated way.

Date: 16th January 2020 Publication: Dainik Jagran - Jagran Josh Edition: Online Journalist: NA Headline: IIT Madras to conduct E-Summit 2020 from January 17to 19 URL: https://www.jagranjosh.com/news/iit-madras-to-conduct-e-summit-2020-from- january-17-to-19-2020-152801

IIT Madras to conduct E-Summit 2020 from January 17to 19

Indian Institute of Technology Madras Entrepreneurship Cell will be conducting the fifth edition of E-Summit 2020 from January 17 to 19, 2020. Every year, Entrepreneurship Cell of IIT Madras plays host to E-Summit which attempts to evangelize entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, 'E-Summit 2020' is a summation of four summits - The Innovator's Summit, The Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit. Each of these summits caters to a different audience - some of who may be mature entrepreneurs while others may just be embarking on their entrepreneurial journey.

E-Summit aims to help potential entrepreneurs learn more about entrepreneurship and pitch, refine and develop their ideas. This year's initiative The Social Campaign conducted by E-Cell IIT Madras always takes on pressing issues. This year's initiative is D-Well which expands to Digital Well-being. The 'D-Well' initiative involves organizing nostalgic activities and reminding people about how the world used to be before the digital era and features discussions and debates of what the future of digital media holds for us.

Speaking about the unique aspects of this edition of E-Summit, Prof Ashwin Mahalingam, Faculty Advisor, Entrepreneurship Cell, IIT Madras, said, "The E-Summit gets better each year. This year, our focus is to ensure that students with entrepreneurial inclinations take a giant step towards becoming entrepreneurs themselves in a few years of time."

Entrepreneurship Insider 4.0, a premium yearly magazine by E-Cell IIT Madras was also launched during the occasion. The highlight of the fourth edition is the article on the mental health of entrepreneurs - which is a pressing topic that definitely calls for a discussion.

About E-Summit Speaking on the occasion, Srinivasan Vishwanathan, IITM Entrepreneurship Forum, said, "The E-Summit is all about getting inspired, about getting charged up and getting ready for the exciting journey of entrepreneurship. You meet students, aspiring entrepreneurs, startups, alumni and investors to build contacts and share knowledge, experience and wisdom. There are fantastic takeaways for all."

Entrepreneurship Insider 4.0 magazine The Entrepreneurship Insider 4.0 magazine will inspire people to lead an entrepreneur's life and provides them with a constant supply of motivation to think entrepreneurially. Entrepreneurship Insider aims to fuel the eternal flames of innovation and problem- solving and equips budding entrepreneurs with this knowledge.

Highlighting the new events introduced this year, Mukund Khandelwal, Students' Head, E-Cell, IIT Madras, said, "The team has been working on the E-Summit since last 4 months and this summit is certainly going to be a promising one, with not only increase in the number of events, but also the experience of delegates attending the E-Summit."

Adding on to these points, Aniket Bhoyar, Students' Co-Head, E-Cell, IIT Madras, said, "The fifth edition of E-Summit will provide a customised experience and a curated opportunity to the knowledge seekers to learn and interact, and to the startups to grow and enter higher leagues."

An overview of the Four Summits: Youth Summit:

The Youth Summit offers a diverse platter of events covering the unconventional paths to entrepreneurial success such as business simulation games, quizzes and an exclusive chance to interact and connect with successful entrepreneurs.

Innovator's Summit: It comprises of events that unlock innovation. Unconference sees the student innovators getting involved with real-world issues and test their problem- solving ability and business acumen. Bootcamp is the business plan competition with an ambitious goal of converting prototypes to an industry-ready product. Education 21 nurtures raw talent possessed by school students. Co-Create comprises intense mentoring, expert insights, market research, and workshops to build a prototype and scale it into a startup.

Startup Summit:

This summit caters to startups that have already gained some traction but are looking to scale - and provides a pan-India pitching platform, Elevate, which offers funding opportunities up to 7 Crore INR, and is closely followed by a highly curated product launch platform.

Techno-Entrepreneurship Summit: With the recent interest and development in blockchain technology, the Techno-Entrepreneurship Summit equips students and entrepreneurs with knowledge on blockchain and its potential applications in an engaging and industry-stimulated way.

Date: 16th January 2020 Publication: Samacharnama Edition: Online Journalist: Rambabu Sharma Headline: IIT Madras E-Summit from Jan 17 to 19 (आईआईटी-मद्रास मᴂ ई-सलमट 17 से 19 जनिरी तक) URL: http://www.samacharnama.com/e-summit-at-iit-madras-from-17-to-19-january/

IIT Madras E-Summit from Jan 17 to 19

Indian Institute of Technology Madras Entrepreneurship Cell will be conducting the fifth edition of E-Summit 2020 from January 17 to 19, 2020. Every year, Entrepreneurship Cell of IIT Madras plays host to E-Summit which attempts to evangelize entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, 'E-Summit 2020' is a summation of four summits - The Innovator's Summit, The Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit. Each of these summits caters to a different audience - some of who may be mature entrepreneurs while others may just be embarking on their entrepreneurial journey.

E-Summit aims to help potential entrepreneurs learn more about entrepreneurship and pitch, refine and develop their ideas. This year's initiative The Social Campaign conducted by E-Cell IIT Madras always takes on pressing issues. This year's initiative is D-Well which expands to Digital Well-being. The 'D-Well' initiative involves organizing nostalgic activities and reminding people about how the world used to be before the digital era and features discussions and debates of what the future of digital media holds for us.

Speaking about the unique aspects of this edition of E-Summit, Prof Ashwin Mahalingam, Faculty Advisor, Entrepreneurship Cell, IIT Madras, said, "The E-Summit gets better each year. This year, our focus is to ensure that students with entrepreneurial inclinations take a giant step towards becoming entrepreneurs themselves in a few years of time."

Entrepreneurship Insider 4.0, a premium yearly magazine by E-Cell IIT Madras was also launched during the occasion. The highlight of the fourth edition is the article on the mental health of entrepreneurs - which is a pressing topic that definitely calls for a discussion.

About E-Summit Speaking on the occasion, Srinivasan Vishwanathan, IITM Entrepreneurship Forum, said, "The E-Summit is all about getting inspired, about getting charged up and getting ready for the exciting journey of entrepreneurship. You meet students, aspiring entrepreneurs, startups, alumni and investors to build contacts and share knowledge, experience and wisdom. There are fantastic takeaways for all."

Entrepreneurship Insider 4.0 magazine The Entrepreneurship Insider 4.0 magazine will inspire people to lead an entrepreneur's life and provides them with a constant supply of motivation to think entrepreneurially. Entrepreneurship Insider aims to fuel the eternal flames of innovation and problem- solving and equips budding entrepreneurs with this knowledge.

Highlighting the new events introduced this year, Mukund Khandelwal, Students' Head, E-Cell, IIT Madras, said, "The team has been working on the E-Summit since last 4 months and this summit is certainly going to be a promising one, with not only increase in the number of events, but also the experience of delegates attending the E-Summit."

Adding on to these points, Aniket Bhoyar, Students' Co-Head, E-Cell, IIT Madras, said, "The fifth edition of E-Summit will provide a customised experience and a curated opportunity to the knowledge seekers to learn and interact, and to the startups to grow and enter higher leagues."

An overview of the Four Summits: Youth Summit:

The Youth Summit offers a diverse platter of events covering the unconventional paths to entrepreneurial success such as business simulation games, quizzes and an exclusive chance to interact and connect with successful entrepreneurs.

Innovator's Summit: It comprises of events that unlock innovation. Unconference sees the student innovators getting involved with real-world issues and test their problem- solving ability and business acumen. Bootcamp is the business plan competition with an ambitious goal of converting prototypes to an industry-ready product. Education 21 nurtures raw talent possessed by school students. Co-Create comprises intense mentoring, expert insights, market research, and workshops to build a prototype and scale it into a startup.

Startup Summit:

This summit caters to startups that have already gained some traction but are looking to scale - and provides a pan-India pitching platform, Elevate, which offers funding opportunities up to 7 Crore INR, and is closely followed by a highly curated product launch platform.

Techno-Entrepreneurship Summit: With the recent interest and development in blockchain technology, the Techno-Entrepreneurship Summit equips students and entrepreneurs with knowledge on blockchain and its potential applications in an engaging and industry-stimulated way.

Date: 16th January 2020 Publication: College Dekho Edition: Online Journalist: Neha Kumari Headline: IIT Madras to Host E-Summit 2020 URL: https://www.collegedekho.com/news/iit-madras-e-summit-18201

IIT Madras to Host E-Summit 2020

Indian Institute of Technology Madras Entrepreneurship Cell will be conducting the fifth edition of E-Summit 2020 from January 17 to 19, 2020. Every year, Entrepreneurship Cell of IIT Madras plays host to E-Summit which attempts to evangelize entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society.

One of the biggest student-run entrepreneurial conferences in the country, 'E-Summit 2020' is a summation of four summits - The Innovator's Summit, The Start-Up Summit, Youth Summit, and the Techno-Entrepreneurship Summit. Each of these summits caters to a different audience - some of who may be mature entrepreneurs while others may just be embarking on their entrepreneurial journey.

E-Summit aims to help potential entrepreneurs learn more about entrepreneurship and pitch, refine and develop their ideas. This year's initiative The Social Campaign conducted by E-Cell IIT Madras always takes on pressing issues. This year's initiative is D-Well which expands to Digital Well-being. The 'D-Well' initiative involves organizing nostalgic activities and reminding people about how the world used to be before the digital era and features discussions and debates of what the future of digital media holds for us.

Speaking about the unique aspects of this edition of E-Summit, Prof Ashwin Mahalingam, Faculty Advisor, Entrepreneurship Cell, IIT Madras, said, "The E-Summit gets better each year. This year, our focus is to ensure that students with entrepreneurial inclinations take a giant step towards becoming entrepreneurs themselves in a few years of time."

Entrepreneurship Insider 4.0, a premium yearly magazine by E-Cell IIT Madras was also launched during the occasion. The highlight of the fourth edition is the article on the mental health of entrepreneurs - which is a pressing topic that definitely calls for a discussion.

About E-Summit Speaking on the occasion, Srinivasan Vishwanathan, IITM Entrepreneurship Forum, said, "The E-Summit is all about getting inspired, about getting charged up and getting ready for the exciting journey of entrepreneurship. You meet students, aspiring entrepreneurs, startups, alumni and investors to build contacts and share knowledge, experience and wisdom. There are fantastic takeaways for all."

Entrepreneurship Insider 4.0 magazine The Entrepreneurship Insider 4.0 magazine will inspire people to lead an entrepreneur's life and provides them with a constant supply of motivation to think entrepreneurially. Entrepreneurship Insider aims to fuel the eternal flames of innovation and problem- solving and equips budding entrepreneurs with this knowledge.

Highlighting the new events introduced this year, Mukund Khandelwal, Students' Head, E-Cell, IIT Madras, said, "The team has been working on the E-Summit since last 4 months and this summit is certainly going to be a promising one, with not only increase in the number of events, but also the experience of delegates attending the E-Summit."

Adding on to these points, Aniket Bhoyar, Students' Co-Head, E-Cell, IIT Madras, said, "The fifth edition of E-Summit will provide a customised experience and a curated opportunity to the knowledge seekers to learn and interact, and to the startups to grow and enter higher leagues."

An overview of the Four Summits: Youth Summit:

The Youth Summit offers a diverse platter of events covering the unconventional paths to entrepreneurial success such as business simulation games, quizzes and an exclusive chance to interact and connect with successful entrepreneurs.

Innovator's Summit: It comprises of events that unlock innovation. Unconference sees the student innovators getting involved with real-world issues and test their problem- solving ability and business acumen. Bootcamp is the business plan competition with an ambitious goal of converting prototypes to an industry-ready product. Education 21 nurtures raw talent possessed by school students. Co-Create comprises intense mentoring, expert insights, market research, and workshops to build a prototype and scale it into a startup.

Startup Summit:

This summit caters to startups that have already gained some traction but are looking to scale - and provides a pan-India pitching platform, Elevate, which offers funding opportunities up to 7 Crore INR, and is closely followed by a highly curated product launch platform.

Techno-Entrepreneurship Summit: With the recent interest and development in blockchain technology, the Techno-Entrepreneurship Summit equips students and entrepreneurs with knowledge on blockchain and its potential applications in an engaging and industry-stimulated way.

Date: 16th January 2020 Publication: Dainik Jagran - Jagran Josh Edition: Online Journalist: NA Headline: Alumni from IIT Madras donates Rs 1 crore for robotics research laboratory URL: https://www.jagranjosh.com/news/iit-madras-to-conduct-e-summit-2020-from- january-17-to-19-2020-152801

Alumni from IIT Madras donates Rs 1 crore for robotics research laboratory

The Indian Institute of Technology, Madras will be conducting the fifth edition of the E- Summit organized by the Entrepreneurship Cell at the institution. The E-summit will be conducted from January 17 to 19, 2020.

As per the statement released by the Indian Institute of Technology, Madras the E- Summit attempts to promote entrepreneurship among the student community and also to motivate the potential entrepreneurs for starting their business which not only solves complex engineering challenges but also provides solutions to the society.

The E-Summit which is one of the biggest student-run entrepreneurial conferences in the country will consist of four summits including the Innovators Summit, the Start-up Summit, Youth Summit, and the Techno-Entrepreneurship Summit.

For this year’s E-summit social campaign conducted by the Indian Institute of Technology, Madras Entrepreneurship Cell will be D-Well also known as ‘Digital Well Being’. The D-Well initiative involves organizing nostalgic activities and reminding people of how the world used to be before the digital era. The statement released further adds that the campaign will also feature discussions and debates on the future of digital media and what it has in store for us.

Alumni from IIT Madras donates Rs 1 crore for robotics research laboratory

An Alumni from the Indian Institute of Technology Madras has donated Rs. 1 Crore for Robotics Research and Teaching Laboratory in the department of engineering design. The new robotics laboratory will provide the students with a learning experience for the students and also will enable in teaching and research in the fields of robotics.

The new laboratory will fill the gap in robotics education in the country and also promote learning and also increase the research output in the field. The new Robotics Research and Teaching Laboratory will include facilities like serial manipulators for collaborative manipulation, robotics vision system, aerial robotics, underwater robots, parallel manipulators, robot calibration systems, robotic automation systems, medical robots and haptic systems, controller design and analysis and robotic system design and programming.

Date: 16th January 2020 Publication: The Economic Times Edition: Online Journalist: Prachi Verma Headline: IIT Madras invites applications for Fellowship programme 2020 URL: https://economictimes.indiatimes.com/industry/services/education/iit-madras- invites-applications-for-fellowship-programme-2020/articleshow/73295205.cms

IIT Madras invites applications for Fellowship programme 2020

Indian Institute of Technology (IIT) Madras is inviting applications from students across the country for 'Summer Fellowship Programme - 2020,' which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for duration of two months and offers a stipend of Rs 6,000 for the Fellowship duration.

Objective of the Fellowship: The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for online submission of application is February 29, 2020.

Speaking about the opportunities offered by this Fellowship, Prof VJagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, "This is a golden opportunity for students aspiring for a career in research." Eligibility: Candidates pursuing 3rd year of BE/BTech/BSc (Engineering) or 3rd or 4th year of Integrated ME/MTech programme, 1st year of ME/MTech/MSc/MA, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in mathematics olympiad and any other awards/distinctions obtained.

The programme duration will be from May 20, 2020 to July 19, 2020. (Schedule may be flexible to suit student's convenience)

The following departments of IIT Madras are open under this Fellowship:

1. Engineering Departments:

Aerospace Engineering

Applied Mechanics

Bio Technology

Chemical Engineering

Civil Engineering

Computer Science & Engineering

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Engineering Design

Electrical Engineering

Mechanical Engineering

Metallurgical & Materials Engineering

Ocean Engineering

2. Science Departments:

Physics

Chemistry

Mathematics

3. Humanities & Social Sciences

Management Studies

Students must submit a letter from their respective institutions certifying that they were a bonafide student. It should have been issued by the head of institution.

Date: 16th January 2020 Publication: India Today Edition: Online Journalist: Harshita Pathak Professor: Prof. V. Jagadeesh Kumar Headline: IIT Madras provides opportunity for non-IITians to experience IIT system URL: https://www.indiatoday.in/education-today/news/story/iit-madras-provides- opportunity-for-non-iitians-to-experience-iit-system-1637378-2020-01-16

IIT Madras provides opportunity for non-IITians to experience IIT system

Indian Institute of Technology (IIT) Madras is inviting applications from students across the country for 'Summer Fellowship Programme - 2020,' which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for duration of two months and offers a stipend of Rs 6,000 for the Fellowship duration.

Objective of the Fellowship: The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for online submission of application is February 29, 2020.

Speaking about the opportunities offered by this Fellowship, Prof VJagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, "This is a golden opportunity for students aspiring for a career in research." Eligibility: Candidates pursuing 3rd year of BE/BTech/BSc (Engineering) or 3rd or 4th year of Integrated ME/MTech programme, 1st year of ME/MTech/MSc/MA, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in mathematics olympiad and any other awards/distinctions obtained.

The programme duration will be from May 20, 2020 to July 19, 2020. (Schedule may be flexible to suit student's convenience)

The following departments of IIT Madras are open under this Fellowship:

1. Engineering Departments:

Aerospace Engineering

Applied Mechanics

Bio Technology

Chemical Engineering

Civil Engineering

Computer Science & Engineering

ADVERTISEMENT

Engineering Design

Electrical Engineering

Mechanical Engineering

Metallurgical & Materials Engineering

Ocean Engineering

2. Science Departments:

Physics

Chemistry

Mathematics

3. Humanities & Social Sciences

Management Studies

Students must submit a letter from their respective institutions certifying that they were a bonafide student. It should have been issued by the head of institution.

Date: 16th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. V. Jagadeesh Kumar Headline: IIT Madras provides opportunity for non-IITians to experience IIT System URL: https://indiaeducationdiary.in/iit-madras-provides-opportunity-for-non-iitians-to- experience-iit-system/

IIT Madras provides opportunity for non-IITians to experience IIT System

Indian Institute of Technology (IIT) Madras is inviting applications from students across the country for 'Summer Fellowship Programme - 2020,' which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for duration of two months and offers a stipend of Rs 6,000 for the Fellowship duration.

Objective of the Fellowship: The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for online submission of application is February 29, 2020.

Speaking about the opportunities offered by this Fellowship, Prof VJagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, "This is a golden opportunity for students aspiring for a career in research." Eligibility: Candidates pursuing 3rd year of BE/BTech/BSc (Engineering) or 3rd or 4th year of Integrated ME/MTech programme, 1st year of ME/MTech/MSc/MA, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in mathematics olympiad and any other awards/distinctions obtained.

The programme duration will be from May 20, 2020 to July 19, 2020. (Schedule may be flexible to suit student's convenience)

The following departments of IIT Madras are open under this Fellowship:

1. Engineering Departments:

Aerospace Engineering

Applied Mechanics

Bio Technology

Chemical Engineering

Civil Engineering

Computer Science & Engineering

ADVERTISEMENT

Engineering Design

Electrical Engineering

Mechanical Engineering

Metallurgical & Materials Engineering

Ocean Engineering

2. Science Departments:

Physics

Chemistry

Mathematics

3. Humanities & Social Sciences

Management Studies

Students must submit a letter from their respective institutions certifying that they were a bonafide student. It should have been issued by the head of institution.

Date: 17th January 2020 Publication: The Hindu Edition: Chennai Page No: 2 Journalist: NA Headline: IIT-M offers paid internships URL: https://www.thehindu.com/news/cities/chennai/iit-m-offers-paid- internships/article30579825.ece

Date: 16thth January 2020 Publication: Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. V. Jagadeesh Kumar Headline: ஆராய்ெ்殿 ே뾿ற்殿 வ埁ே்ꯁ பென்கன ஐ.ஐ.羿., அ잿ힿே்ꯁ (IIT Madras announces training session on research) URL: https://www.dinamalar.com/news_detail.asp?id=2459222

Date: 17th January 2020 Publication: Dinamani Edition: Chennai Page No: 5 Journalist: NA Professor: Prof. V. Jagadeesh Kumar Headline: பென்கன ஐஐ羿-뾿ல் உதힿத் பதாகக뿁டன் 埁쟁垿ய கால ே뾿ற்殿த் 鎿ட்டம் (IIT Madras offers short term training with stipend) URL: https://bit.ly/35XgPBP

Date: 17th January 2020 Publication: Business World Edition: Online Journalist: NA Professor: V. Jagadeesh Kumar Headline: IIT Madras Provides Opportunity For Non-IITians To Experience IIT System URL: http://bweducation.businessworld.in/article/IIT-Madras-Provides-Opportunity- For-Non-IITians-To-Experience-IIT-System/16-01-2020-182219/

IIT Madras Provides Opportunity For Non-IITians To Experience IIT System

IIT Madras is inviting applications from students across the country for ‘Summer Fellowship Programme - 2020,’ which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for a duration of two months and offers a stipend of Rs. 6,000 for the Fellowship duration.

The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for Online Submission of application is 29th February 2020.

Speaking about the opportunities offered by this Fellowship, V. Jagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, “This is a golden opportunity for students aspiring for a career in research.”

Eligibility

Candidates pursuing 3rd year of B.E./B.Tech./B.Sc. (Engineering) or 3rd or 4th year of Integrated M.E./M.Tech. programme, 1st year of ME/M.Tech/M.Sc./M.A, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in Mathematics Olympiad and any other awards/distinctions obtained.

The programme duration will be from 20th May 2020 to 19th July 2020. (Schedule may be flexible to suit student’s convenience)

The following departments of IIT Madras are open under this Fellowship:

Engineering Departments:

Aerospace Engineering Applied Mechanics Bio-Technology Chemical Engineering Civil Engineering Computer Science & Engineering Engineering Design Electrical Engineering Mechanical Engineering Metallurgical & Materials Engineering Ocean Engineering Science Departments:

Physics Chemistry Mathematics Humanities & Social Sciences

Management Studies Students must submit a letter from their respective Institutions certifying that they were a bonafide student. It should have been issued by the Head of Institution (samples template can be found here - UG/DD bonafide and PG Bonafide).

Further information can be obtained from the official website.

Date: 17th January 2020 Publication: NDTV Edition: Online Journalist: Shihabudeen S Kunju Professor: Prof. V Jagadeesh Kumar Headline: IIT Madras' Summer Fellowship Programme For Non-IITians URL: https://www.ndtv.com/education/iit-madras-summer-fellowship-programme- for-non-iitians-2165051

IIT Madras' Summer Fellowship Programme For Non-IITians

IIT Madras is inviting applications from students across the country for ‘Summer Fellowship Programme - 2020,’ which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for a duration of two months and offers a stipend of Rs. 6,000 for the Fellowship duration.

The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for Online Submission of application is 29th February 2020.

Speaking about the opportunities offered by this Fellowship, V. Jagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, “This is a golden opportunity for students aspiring for a career in research.”

Eligibility

Candidates pursuing 3rd year of B.E./B.Tech./B.Sc. (Engineering) or 3rd or 4th year of Integrated M.E./M.Tech. programme, 1st year of ME/M.Tech/M.Sc./M.A, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in Mathematics Olympiad and any other awards/distinctions obtained.

The programme duration will be from 20th May 2020 to 19th July 2020. (Schedule may be flexible to suit student’s convenience)

The following departments of IIT Madras are open under this Fellowship:

Engineering Departments:

Aerospace Engineering Applied Mechanics Bio-Technology Chemical Engineering Civil Engineering Computer Science & Engineering Engineering Design Electrical Engineering Mechanical Engineering Metallurgical & Materials Engineering Ocean Engineering Science Departments:

Physics Chemistry Mathematics Humanities & Social Sciences

Management Studies Students must submit a letter from their respective Institutions certifying that they were a bonafide student. It should have been issued by the Head of Institution (samples template can be found here - UG/DD bonafide and PG Bonafide).

Date: 17th January 2020 Publication: UNI Edition: Online Journalist: NA Headline: IIT-M invites applications for 2-month summer fellowship URL: http://www.uniindia.com/iit-m-invites-applications-for-2-month-summer- fellowship-prog/south/news/1855255.html

IIT-M invites applications for 2-month summer fellowship

IIT Madras is inviting applications from students across the country for ‘Summer Fellowship Programme - 2020,’ which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for a duration of two months and offers a stipend of Rs. 6,000 for the Fellowship duration.

The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for Online Submission of application is 29th February 2020.

Speaking about the opportunities offered by this Fellowship, V. Jagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, “This is a golden opportunity for students aspiring for a career in research.”

Eligibility

Candidates pursuing 3rd year of B.E./B.Tech./B.Sc. (Engineering) or 3rd or 4th year of Integrated M.E./M.Tech. programme, 1st year of ME/M.Tech/M.Sc./M.A, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in Mathematics Olympiad and any other awards/distinctions obtained.

The programme duration will be from 20th May 2020 to 19th July 2020. (Schedule may be flexible to suit student’s convenience)

The following departments of IIT Madras are open under this Fellowship:

Engineering Departments:

Aerospace Engineering Applied Mechanics Bio-Technology Chemical Engineering Civil Engineering Computer Science & Engineering Engineering Design Electrical Engineering Mechanical Engineering Metallurgical & Materials Engineering Ocean Engineering Science Departments:

Physics Chemistry Mathematics Humanities & Social Sciences

Management Studies Students must submit a letter from their respective Institutions certifying that they were a bonafide student. It should have been issued by the Head of Institution (samples template can be found here - UG/DD bonafide and PG Bonafide).

Further information can be obtained from the official website.

Date: 18th January 2020 Publication: The Hindu Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates ₹5 crore to renovate hostels URL: https://www.thehindu.com/news/cities/chennai/iit-madras-alumnus-donates-5- crore-to-renovate-hostels/article30585890.ece

IIT Madras alumnus donates ₹5 crore to renovate hostels

The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: Deccan Chronicle Edition: Chennai Page No: 2 & 1 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: Giving it back IITian style

Date: 18th January 2020 Publication: Western Times Edition: Ahmedabad Page No: 1 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels

Date: 18th January 2020 Publication: Andhra Jyothi Edition: Hyderabad Page No: 13 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: 5 crore donation to Krishna Chihuahua for IIT Madras

Date: 18th January 2020 Publication: Dinakaran Edition: Chennai Page No: 2 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT Madras Alumni Donates Rs 5 Crore For Hostel Upgradation

Date: 18th January 2020 Publication: Dina Sethi Edition: Chennai Page No: 5 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT Madras Alumni Donates Rs 5 Crore For Hostel Upgradation

Date: 18th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M to provide summer fellowship programme

Date: 18th January 2020 Publication: Trinity Mirror Edition: Chennai Page No: 2 Journalist: NA Alumni: Dr. Krishna Chivukula Headline: Chennai IIT develops hydrogen fuel from seawater

Date: 18th January 2020 Publication: The Times of India Edition: Chennai Page No: 4 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-Madras alumnus donates Rs 5 crore for campus renovation URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-alumnus-donates- rs-5-crore-for-campus-renovation/articleshow/73347356.cms

Date: 18th January 2020 Publication: DT Next Edition: Chennai Page No: 8 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-M alumnus to donate Rs 5 cr for renovating hostels URL: https://www.dtnext.in/News/TamilNadu/2020/01/18031904/1209960/IITM- alumnus-to-donate-Rs-5-cr-for-renovating-hostels.vpf

Date: 18th January 2020 Publication: Dinamani Edition: Chennai Page No: 5 Journalist: NA Professor: Prof Bhaskar Ramamurthi, Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: பென்கன ஐஐ羿 மாணவா் ힿ翁鎿கயெ் 毀ரகமக்க 믁ன்னாள் மாணவா் 쏂.5 பகா羿 நன்பகாகட (IIT Madras Alumnus donates Rs. 5 cr to renovate Hostels) URL: https://bit.ly/2RrEbdA

Date: 18th January 2020 Publication: The Hindu Tamil Edition: Chennai Page No: 2 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Dr. Krishna Chivukula Headline: IIT Alumnus donates Rs. 5 cr for campus development

Date: 18th January 2020 Publication: Daily Thanthi Edition: Chennai Page No: 11 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Dr. Krishna Chivukula Headline: IIT Madras Alumnus donates Rs. 5 cr to renovate hostels

Date: 18th January 2020 Publication: Dina Thanthi Edition: Chennai Page No: 11 Journalist: NA Professor: Prof. Bhaskar Ramamurthi Alumni: Dr. Krishna Chivukula Headline: IIT Madras Alumnus donates Rs. 5 cr to renovate hostels

Date: 18th January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: Alumnus donates Rs. 5 crore to IIT Madras URL: http://www.uniindia.com/iit-madras-alumnus-donates-rs-five-cr-to-renovate- hostels/south/news/1856716.html

Alumnus donates Rs. 5 crore to IIT Madras

The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: The Weekend Leader Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: http://www.theweekendleader.com/Headlines/48740/iit-m-alumni-donates-rs-5- cr-for-upgradation-of-hostels-.html

IIT-M alumni donates Rs 5 cr for upgradation of hostels

The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: Patrika Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: https://www.patrika.com/chennai-news/iit-madras-alumnus-donates-rs-5-crore- for-upgradation-of-hostels-5657851/

IIT-M alumni donates Rs 5 cr for upgradation of hostels

The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: Hindustan Times Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT- Madras alumni donates Rs 5 crore for upgradation of hostels URL: https://www.hindustantimes.com/education/iit-madras-alumni-donates-rs-5- crore-for-upgradation-of-hostels/story-nqDpsAoo5F4uva0jnmou6J.html

IIT-M alumni donates Rs 5 cr for upgradation of hostels The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: NDTV Edition: Online Journalist: Maitree Baral Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras Alumni Donates Rs 5 Crore For Hostel Upgradation URL: https://www.ndtv.com/education/iit-madras-alumni-donates-rs-5-crore-for- hostel-upgradation-2165481

The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: India Today Edition: Online Journalist: Aysha Anam Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates to provide world class standard hostel URL: https://www.indiatoday.in/education-today/news/story/iit-madras-alumnus- donates-to-provide-world-class-standard-hostel-1637850-2020-01-17

The Indian Institute of Technology Madras (IIT-M) on Friday said one of its alumni Krishna Chivukula will be donating Rs 5 crore for renovation of campus hostels and other maintenance facilities.

In a statement issued here, the IIT-M said that Chivukula, owner and Chairman of Board of Directors of Indo-US MIM TEC Private Ltd. an initial sum of Rs 2.5 crore was handed over to the IIT-M officials on January 8, 2010 for renovation of Cauvery Hostel built in 1961.

According to the IIT-M, this one time contribution will help elevate the hostels to world- class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation.

“IIT-Madras gave me world-class education at literally ‘zero cost’. This led me to being admitted to the Harvard Business School, which in turn led to me being successful in the life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience,” Chivukula was quoted as saying in the statement.

Date: 18th January 2020 Publication: The New Indian Express - Edex Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: First hostel built at IIT Madras 60 years ago, Cauvery, to get a facelift URL: https://www.edexlive.com/news/2020/jan/17/first-hostel-built-at-iit-madras-60- years-ago-cauvery-to-get-a-facelift-9923.html

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 7 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-Madras alumnus donates Rs 5 crore for upgradation of hostels URL: https://www.newindianexpress.com/cities/chennai/2020/jan/17/iit-madras- alumnus-donates-rs-5-crore-for-upgradation-of-hostels-2090802.html

Date: 18th January 2020 Publication: Mint Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT alumnus donates ₹5 crore for hostels URL: https://newsmeter.in/iit-madras-alumnus-gifts-rs-5-crore-to-upgrade-college- hostel/

IIT alumnus donates ₹5 crore for hostels

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: News Meter Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IITM alumnus gifts Rs 5 crore to upgrade college hostel URL: https://newsmeter.in/iit-madras-alumnus-gifts-rs-5-crore-to-upgrade-college- hostel/

IITM alumnus gifts Rs 5 crore to upgrade college hostel

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: Shivalik.com Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: An IIT Madras Alumni Donates ₹ 5 Crore For Hostel Renovation URL: https://www.shivalikjournal.com/news/education/an-iit-madras-alumni- donates-rupees-5-crore-for-hostel-renovation

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: News D Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: https://newsd.in/iit-m-alumni-donates-rs-5-cr-for-upgradation-of-hostels/

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: Bulletin 99 Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT- Madras alumni donates Rs five crore for upgradation of hostels – training URL: https://bulletin99.com/2020/01/17/iit-madras-alumni-donates-rs-five-crore-for- upgradation-of-hostels-training/

IIT- Madras alumni donates Rs five crore for upgradation of hostels – training

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: Outlook Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: https://www.outlookindia.com/newsscroll/iitm-alumni-donates-rs-5-cr-for- upgradation-of-hostels/1710698

IIT-M alumni donates Rs 5 cr for upgradation of hostels

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: Political India Edition: Online Journalist: NA Headline: IIT- Madras alumni donates Rs 5 crore for upgradation of hostels URL: https://www.thepoliticalindia.com/iit-madras-alumni-donates-rs-5-crore-for- upgradation-of-hostels/

IIT- Madras alumni donates Rs 5 crore for upgradation of hostels

Indian Institute of Technology Madras is set to renovate the 60-year-old Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Alumnus Dr Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crores to renovate the campus hostels and augment existing maintenance facilities — Rs 2.5 crore has already been handed over for the renovation of the Cauvery Hostel.

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double- occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, “This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student-friendly healthy environment.”

The hostel has grid-connected solar PV panels and solar water heaters, recycled water is used for flushing and gardening, playfield area for Cricket, Football, Basketball and other sports, garden space in the quadrangle area, open cycle parking, TV room, Library and Table tennis room and separate study hall.

The hostel building is around six decades old but still structurally sound to cater to the present needs of students. However, due to ageing, it becomes necessary to augment the existing facilities in the hostel premises.

Hostels at IIT Madras are named after rivers. The construction began in the year 1961. While the continued support of the government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students, says the institute.

Two more hostels will be identified by the institute for renovation. Dr Chivukula presented the cheque to Dr Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Dr Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on January 8. Thanking the donor for his generous contribution to the welfare of students, Dr Panchagnula said, “Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr Chivukula who has come forward to support this very important requirement on our campus.”

This contribution, which was part of the Institute’s #KeepItFlowing campaign to support the hostels, will help the institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Expressing content at being able to contribute to the development of his Alma Mater, Dr Chivukula, MTech [Aero], 1970 batch said, "IIT Madras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience."

Date: 18th January 2020 Publication: Daily Hunt Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT Madras Alumnus donates Rs. 5 Crore to renovate Hostels& augment existing maintenance activities URL: https://m.dailyhunt.in/news/india/english/skill+outlook-epaper- skillout/iit+madras+alumnus+donates+rs+5+crore+to+renovate+hostels+augment+exi sting+maintenance+activities-newsid-159938826

IIT Madras Alumnus donates Rs. 5 Crore to renovate Hostels& augment existing maintenance activities

Indian Institute of Technology Madras Alumnus Dr. Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crore to renovate the Campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the Institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus.Hostels at IIT Madras are named after rivers. Its construction began in the year 1961.While the continued support of the Government is important to enable providing well-maintained hostel accommodations to students, thisone-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

Thanking the donor for his generous contribution to the welfare of students, Prof. Mahesh Panchagnula,Dean (International and Alumni Relations), IIT Madras, said, "Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr. Chivukula who has come forward to support this very important requirement on our campus."

This contribution,which was part of the Institute's #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including water proofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of play fields, cycle parking and façade improvement at the main entrance, among others.

Expressing happiness at being able to contribute to the development of his Alma Mater, Dr. Krishna Chivukula, M.Tech [Aero], 1970 Owner and Chairman, Board of Directors, INDO US MIM TEC Private Limited,said, "IITMadras gave me world-class education at literally 'zero cost.' This led to my being admitted to theHarvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!"

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, Mr. R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, "This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student friendly healthy environment."

Date: 18th January 2020 Publication: News Web 123 Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: https://news.webindia123.com/news/Articles/India/20200117/3491088.html

IIT-M alumni donates Rs 5 cr for upgradation of hostels

Indian Institute of Technology Madras Alumnus Dr. Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crore to renovate the Campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the Institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus.Hostels at IIT Madras are named after rivers. Its construction began in the year 1961.While the continued support of the Government is important to enable providing well-maintained hostel accommodations to students, thisone-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

Thanking the donor for his generous contribution to the welfare of students, Prof. Mahesh Panchagnula,Dean (International and Alumni Relations), IIT Madras, said, "Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr. Chivukula who has come forward to support this very important requirement on our campus."

This contribution,which was part of the Institute's #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including water proofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of play fields, cycle parking and façade improvement at the main entrance, among others.

Expressing happiness at being able to contribute to the development of his Alma Mater, Dr. Krishna Chivukula, M.Tech [Aero], 1970 Owner and Chairman, Board of Directors, INDO US MIM TEC Private Limited,said, "IITMadras gave me world-class education at literally 'zero cost.' This led to my being admitted to theHarvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!"

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, Mr. R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, "This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student friendly healthy environment."

Date: 18th January 2020 Publication: Social news XYZ Edition: Online Journalist: Gopi Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: https://www.socialnews.xyz/2020/01/17/iit-m-alumni-donates-rs-5-cr-for- upgradation-of-hostels/

IIT-M alumni donates Rs 5 cr for upgradation of hostels

Indian Institute of Technology Madras Alumnus Dr. Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crore to renovate the Campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the Institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus.Hostels at IIT Madras are named after rivers. Its construction began in the year 1961.While the continued support of the Government is important to enable providing well-maintained hostel accommodations to students, thisone-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

Thanking the donor for his generous contribution to the welfare of students, Prof. Mahesh Panchagnula,Dean (International and Alumni Relations), IIT Madras, said, "Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr. Chivukula who has come forward to support this very important requirement on our campus."

This contribution,which was part of the Institute's #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including water proofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of play fields, cycle parking and façade improvement at the main entrance, among others.

Expressing happiness at being able to contribute to the development of his Alma Mater, Dr. Krishna Chivukula, M.Tech [Aero], 1970 Owner and Chairman, Board of Directors, INDO US MIM TEC Private Limited,said, "IITMadras gave me world-class education at literally 'zero cost.' This led to my being admitted to theHarvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!"

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, Mr. R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, "This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student friendly healthy environment."

Date: 18th January 2020 Publication: Daiji World Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: http://www.daijiworld.com/news/newsDisplay.aspx?newsID=664329

IIT-M alumni donates Rs 5 cr for upgradation of hostels

Indian Institute of Technology Madras Alumnus Dr. Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crore to renovate the Campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the Institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus.Hostels at IIT Madras are named after rivers. Its construction began in the year 1961.While the continued support of the Government is important to enable providing well-maintained hostel accommodations to students, thisone-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

Thanking the donor for his generous contribution to the welfare of students, Prof. Mahesh Panchagnula,Dean (International and Alumni Relations), IIT Madras, said, "Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr. Chivukula who has come forward to support this very important requirement on our campus."

This contribution,which was part of the Institute's #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including water proofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of play fields, cycle parking and façade improvement at the main entrance, among others.

Expressing happiness at being able to contribute to the development of his Alma Mater, Dr. Krishna Chivukula, M.Tech [Aero], 1970 Owner and Chairman, Board of Directors, INDO US MIM TEC Private Limited,said, "IITMadras gave me world-class education at literally 'zero cost.' This led to my being admitted to theHarvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!"

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, Mr. R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, "This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student friendly healthy environment."

Date: 18th January 2020 Publication: Punjab News Express Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: http://www.punjabnewsexpress.com/education/news/-iit-m-alumni-donates-rs- 5-cr-for-upgradation-of-hostels-102425.aspx

IIT-M alumni donates Rs 5 cr for upgradation of hostels

Indian Institute of Technology Madras Alumnus Dr. Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crore to renovate the Campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the Institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus.Hostels at IIT Madras are named after rivers. Its construction began in the year 1961.While the continued support of the Government is important to enable providing well-maintained hostel accommodations to students, thisone-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

Thanking the donor for his generous contribution to the welfare of students, Prof. Mahesh Panchagnula,Dean (International and Alumni Relations), IIT Madras, said, "Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr. Chivukula who has come forward to support this very important requirement on our campus."

This contribution,which was part of the Institute's #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including water proofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of play fields, cycle parking and façade improvement at the main entrance, among others.

Expressing happiness at being able to contribute to the development of his Alma Mater, Dr. Krishna Chivukula, M.Tech [Aero], 1970 Owner and Chairman, Board of Directors, INDO US MIM TEC Private Limited,said, "IITMadras gave me world-class education at literally 'zero cost.' This led to my being admitted to theHarvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!"

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, Mr. R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, "This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student friendly healthy environment."

Date: 18th January 2020 Publication: Campus Vata Edition: Online Journalist: NA Alumni: Dr. Krishna Chivukula Headline: IIT-M alumni donates Rs 5 cr for upgradation of hostels URL: https://www.campusvarta.com/campus-updates/iit-alumnus-donates- %E2%82%B95-crore-for-hostels/

IIT-M alumni donates Rs 5 cr for upgradation of hostels

Indian Institute of Technology Madras Alumnus Dr. Krishna Chivukula, Owner and Chairman, Board of Directors, INDO US MIM TEC Private Ltd, is donating a sum of Rs. 5 crore to renovate the Campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the Institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus.Hostels at IIT Madras are named after rivers. Its construction began in the year 1961.While the continued support of the Government is important to enable providing well-maintained hostel accommodations to students, thisone-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

Thanking the donor for his generous contribution to the welfare of students, Prof. Mahesh Panchagnula,Dean (International and Alumni Relations), IIT Madras, said, "Alumni-Giving at IIT Madras has made a huge difference to several key initiatives. We are very grateful to Dr. Chivukula who has come forward to support this very important requirement on our campus."

This contribution,which was part of the Institute's #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including water proofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of play fields, cycle parking and façade improvement at the main entrance, among others.

Expressing happiness at being able to contribute to the development of his Alma Mater, Dr. Krishna Chivukula, M.Tech [Aero], 1970 Owner and Chairman, Board of Directors, INDO US MIM TEC Private Limited,said, "IITMadras gave me world-class education at literally 'zero cost.' This led to my being admitted to theHarvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!"

Cauvery Hostel was constructed in 1961 with a capacity to accommodate 216 students in single occupancy. The hostel was expanded in 2002 to accommodate another 171 students. Since 2018, the rooms have been converted as double occupancy rooms to accommodate around 750 students.

Speaking the impact of this donation and benefit for students, Mr. R. Aswanth, Student General Secretary, Cauvery Hostel, IIT Madras, said, "This funding will not only augment the facilities at Cauvery hostel but also to satisfy parents of hostellers. These funds will be used in improving all facilities along with the aesthetics of the hostel for creating a student friendly healthy environment."

Date: 18th January 2020 Publication: Shiksha Edition: Online Journalist: Vikas Jha Professor: Prof. V. Jagadeesh Kumar Headline: IIT Madras: Fellowship programme 2020 applications URL: https://www.shiksha.com/b-tech/articles/iit-madras-fellowship-programme- 2020-applications-blogId-28957

IIT Madras: Fellowship programme 2020 applications

Indian Institute of Technology (IIT) Madras has asked for applications from students across the country for its 'Summer Fellowship Programme – 2020’. All the students except those from IITs can apply for the programme. The summer fellowship programme, which is of a duration of two months, provides a stipend of Rs 6000. This fellowship programme has been deliberated to promote curiosity and consciousness in state-of-the-art research among science, humanities, engineering and management students. This is done by means of a target-driven summer mini-project carried out at IIT Madras. For online submission of application, the last date is February 29, 2020.

For the programme, candidates pursuing third year of B.E/B.Tech/B.Sc (Engineering) can apply. Apart from this, third or fourth-year students of Integrated M.E./M.Tech programme can also apply. Not only this, the first-year students of ME/M.Tech/M.Sc./M.A/ MBA, with a brilliant academic background in university, examinations are also eligible to apply. All the IIT students can not apply for this programme.

The duration of the programme will be from May 20 to July 19, 2020. Under this fellowship programme, some participating branches include chemical engineering, civil engineering, aerospace engineering, applied mechanics, and biotechnology, etc. The programme is believed to increase creativity and innovative mindset among students from different colleges and universities. IIT Madras has always been among the frontrunners when it comes to introducing some out of the box concepts.

Date: 18th January 2020 Publication: Ap Buzz Edition: Online Journalist: NA Headline: IIT Madras Internship 2020 | Summer Fellowship Programme URL: https://apuzz.com/iit-madras-summer-internship-2020/

IIT Madras Internship 2020 | Summer Fellowship Programme

Indian Institute of Technology (IIT) Madras has asked for applications from students across the country for its 'Summer Fellowship Programme – 2020’. All the students except those from IITs can apply for the programme. The summer fellowship programme, which is of a duration of two months, provides a stipend of Rs 6000. This fellowship programme has been deliberated to promote curiosity and consciousness in state-of-the-art research among science, humanities, engineering and management students. This is done by means of a target-driven summer mini-project carried out at IIT Madras. For online submission of application, the last date is February 29, 2020.

For the programme, candidates pursuing third year of B.E/B.Tech/B.Sc (Engineering) can apply. Apart from this, third or fourth-year students of Integrated M.E./M.Tech programme can also apply. Not only this, the first-year students of ME/M.Tech/M.Sc./M.A/ MBA, with a brilliant academic background in university, examinations are also eligible to apply. All the IIT students can not apply for this programme.

The duration of the programme will be from May 20 to July 19, 2020. Under this fellowship programme, some participating branches include chemical engineering, civil engineering, aerospace engineering, applied mechanics, and biotechnology, etc. The programme is believed to increase creativity and innovative mindset among students from different colleges and universities. IIT Madras has always been among the frontrunners when it comes to introducing some out of the box concepts.

Date: 18th January 2020 Publication: Infodea Edition: Online Journalist: NA Headline: IIT-M opens itself to non-IITians URL: https://www.infodea.in/campus-talk/iit-m-opens-itself-to-non-iitians/

IIT-M opens itself to non-IITians

Indian Institute of Technology, Madras (IIT-M) has opened itself for the non-IITians. The prestigious institute invites applications from students across the country for ‘summer fellowship programme for 2020.

The summer fellowship programme is for a duration of two months and offers a stipend of Rs. 6,000 for the fellowship duration. The fellowship is designed to enhance awareness and interest in high-quality academic research among young engineering, management, sciences and humanities students through a goal- oriented summer mini-project undertaken at IIT Madras.

The Last date for Online Submission of application is 29 February. Sources from IIT-M say eligibility criteria for the candidates wishing to apply for the programme must be pursuing third year of B.E./B.Tech./B.Sc. (Engineering) or third or fourth year of Integrated M.E./M.Tech. programme, first year of ME/M.Tech/M.Sc./M.A, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply.

Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in Mathematics Olympiad and any other awards,distinctions obtained. Students from all IITs are ineligible to apply.

The duration of the fellowship programme is from 20 May to 19 July, however the schedule of it can be flexible to suit the student’s convenience.

The departments in engineering wing of IIT-M open for this fellowship are Aerospace Engineering, Applied Mechanics, Bio-Technology, Chemical Engineering, Computer Science and Engineering, Engineering Design, Electrical Engineering, Mechanical Engineering, Metallurgical and Materials Engineering and Ocean Engineering.

Physics, Chemistry and Mathematics are departments under Science wing of IIT-M that is also open to the fellowship programme. In the Humanities and Social Sciences wing of IIT-M, department of Management Studies is open to the fellowship. Professor V. Jagadeesh Kumar, Dean (Academic Courses), IIT Madras said the fellowship programme is a golden opportunity for students aspiring for a career in research.

Date: 18th January 2020 Publication: Infodea Edition: Online Journalist: NA Headline: IIT-Madras to host ‘E-Summit 2020’ URL: https://www.infodea.in/campus-talk/iit-madras-to-host-e-summit-2020/

IIT-Madras to host ‘E-Summit 2020’

Indian Institute of Technology, Madras will be the cynosure of all eyes from 17 to 19 January, thanks to ‘E-Summit 2020.’ The three day student run entrepreneurial conference will be a summation of four summits.

Professor Ashwin Mahalingam, Faculty Advisor, Entrepreneurship Cell, IIT Madras, said Innovator’s Summit, Start-Up Summit, Youth Summit and Techno-Entrepreneurship Summit are the four summits.

The fifth edition of the summit attempts to evangelize entrepreneurship among the student community and to motivate potential entrepreneurs to start businesses that not only solve complex engineering challenges but provide solutions to society, he said.

The E-Cell will be organising social campaign to highlight issues of relevance. This year the issue for campaign during the summit is D-Well which expands to Digital Well- being.

The ‘D-Well’ initiative involves organizing nostalgic activities and reminding people about how the world used to be before the digital era and features discussions and debates of what the future of digital media holds for us, he said.

This year, the focus is to ensure that students with entrepreneurial inclinations take a giant step towards becoming entrepreneurs themselves in a few years of time, said Mahalingam.

Srinivasan Vishwanathan, IIT-Madras Entrepreneurship Forum, said the E-Summit is all about getting inspired, about getting charged up and getting ready for the exciting journey of entrepreneurship.

‘You meet students, aspiring entrepreneurs, startups, alumni and investors to build contacts and share knowledge, experience and wisdom. There are fantastic takeaways for all.’

Speaking about the four summits Aniket Bhoyar, Students’ Co-Head, E-Cell, IIT Madras said youth summit offers a diverse platter of events covering the unconventional paths to entrepreneurial success such as business simulation games, quizzes.

Innovators summit has events that bring into limelight the innovation. Startup summit deals with startups that have achieved some traction and are looking to move to greater heights, it gives funding oppurtunities up to Rs 7 crore to these startups.

Techno-entrepreneurship summit provides students and entrepreneurs with knowledge on blockchain and its potential applications in an enganging and industry-stimulated way.

Date: 18th January 2020 Publication: The Hindu Edition: Chennai Page No: 3 Journalist: NA Headline: E-Summit

Date: 19th January 2020 Publication: Tamil Samay Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates ₹5 crore to renovate hostels URL: https://tamil.samayam.com/education/news/madras-iit-to-organise-summer- internship-2020-check-here-more-details-about-fellowship- programme/articleshow/73355084.cms

IIT Madras alumnus donates ₹5 crore to renovate hostels

சென்தன ஐஐ羿.,뾿ல் நகாதட கால 殿றப்ꯁ ஆராய்ெ்殿 ப뾿ற்殿க்埁 ힿண்ணப்பங்கள் வரநவற்கப்ப翁垿ற鏁. இதற்埁 ꮿஇ, ꮿ.சடக், 믁鏁நிதல கதல அ잿ힿயல் ப羿க்埁ம் மாணவர்கள் ힿண்ணப்ꮿக்கலாம்.

சென்தன சமட்ராஸ் சதா펿ல்ꏁட்ப கல்ힿ நி쟁வனத்鎿ல் உதힿத்சதாதக뿁டன் 埂羿ய நகாதட கால 殿றப்ꯁ ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁக쿁க்埁 ஏற்பா翁 செய்யப்பட்翁ள்ள鏁. சபா잿뾿யல், நமலாண்தம, அ잿ힿயல், மனித நநயம் ஆ垿ய ப羿ப்ꯁகளில் ஆக்க믁ம் ஊக்க믁ம் அளிக்埁ம் வதக뾿ல் இந்த ப뾿ற்殿 வ埁ப்ꯁகள் நடத்தப்ப翁垿ற鏁.

வ쏁ம் நம மாதம் 20 ஆம் நத鎿 믁தல் ெூதல 19 ஆம் நத鎿 வதர뾿ல் 殿றப்ꯁ வ埁ப்ꯁகள் நதடசபற உள்ள鏁. இதற்கான ힿண்ணப்பப்ப鎿ퟁ தற்நபா鏁 நதடசபற்쟁 வ쏁垿ற鏁.

யார் யார் ힿண்ணப்ꮿக்கலாம்? 믂ன்றாமாண்翁 ꮿ.இ, ꮿ.சடக் மாணவர்கள், 3 அல்ல鏁 4 ஆம் ஆண்翁 ஒ쏁ங்垿தணந்த எம்.இ, எம்.சடக் மாணவர்கள் , 믁தலாமாண்翁 எம்.இ, எம்.சடக், எம்எஸ்殿, எம்ஏ, எம்ꮿஏ மாணவர்கள் ஐஐ羿 殿றப்ꯁ ப뾿ற்殿 வ埁ப்ꯁக்埁 ힿண்ணப்ꮿக்கலாம்.

IITM Summer Fellowship Programme - 2020 믁க்垿ய நாட்கள்: ஆன்தலன் ힿண்ணப்பப்ப鎿ퟁ சதாடங்垿ய நாள்: 12 ெனவரி 2020 ஆன்தலனில் ힿண்ணப்ꮿக்க கதட殿 நாள் : 29 ꮿப்வரி 2020 ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁ சதாடங்埁ம் நாள்: 20 நம 2020 ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁ 믁羿뿁ம் நாள்: 19 ெூதல 2020

உதힿத்சதாதக: நதர்ퟁ செய்யப்ப翁ம் மாணவர்கள், மாதம் 쏂.6,000 என்ற வதக뾿ல், ஐஐ羿 殿றப்ꯁ ப뾿ற்殿 வ埁ப்ꮿல் நெர்த்鏁க்சகாள்ளப்ப翁வர். அவர்க쿁க்埁 சதாடர்ந்鏁 2 மாதங்கள் ப뾿ற்殿 அளிக்கப்ப翁ம். நகாதட கால 殿றப்ꯁ வ埁ப்ꯁகள் 믁羿ந்த ꮿற埁, அதற்கான ொன்잿தழ் வழங்கப்ப翁ம்

இதற்埁 ힿண்ணப்ꮿக்க ힿ쏁ப்ப믁ம் த埁鎿뿁ம் உள்ள மாணவர்கள், http://sfp.iitm.ac.in/ என்ற இதணயதளத்鎿ல் ힿண்ணப்பம் சபற்쟁, அததன ꯂர்த்鎿 செய்鏁 ꮿப்ரவரி 29 ஆம் நத鎿க்埁ள் ힿண்ணப்ꮿக்க நவண்翁ம். இ鏁 பற்잿ய 믁폁தமயான ힿபரங்க쿁க்埁 சென்தன ஐஐ羿 நி쟁வனம் சவளி뾿ட்翁ள்ள அ鎿காரப்ꯂர்வ அ잿ힿப்தபப் பார்க்கퟁம்.

Date: 19th January 2020 Publication: Telugu Times Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates ₹5 crore to renovate hostels URL: http://www.telugutimes.net/home/article/65/23759/iit-madras-alumnus- donates-5-crore-to-renovate-hostels

IIT Madras alumnus donates ₹5 crore to renovate hostels சென்தன ஐஐ羿.,뾿ல் நகாதட கால 殿றப்ꯁ ஆராய்ெ்殿 ப뾿ற்殿க்埁 ힿண்ணப்பங்கள் வரநவற்கப்ப翁垿ற鏁. இதற்埁 ꮿஇ, ꮿ.சடக், 믁鏁நிதல கதல அ잿ힿயல் ப羿க்埁ம் மாணவர்கள் ힿண்ணப்ꮿக்கலாம்.

சென்தன சமட்ராஸ் சதா펿ல்ꏁட்ப கல்ힿ நி쟁வனத்鎿ல் உதힿத்சதாதக뿁டன் 埂羿ய நகாதட கால 殿றப்ꯁ ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁக쿁க்埁 ஏற்பா翁 செய்யப்பட்翁ள்ள鏁. சபா잿뾿யல், நமலாண்தம, அ잿ힿயல், மனித நநயம் ஆ垿ய ப羿ப்ꯁகளில் ஆக்க믁ம் ஊக்க믁ம் அளிக்埁ம் வதக뾿ல் இந்த ப뾿ற்殿 வ埁ப்ꯁகள் நடத்தப்ப翁垿ற鏁.

வ쏁ம் நம மாதம் 20 ஆம் நத鎿 믁தல் ெூதல 19 ஆம் நத鎿 வதர뾿ல் 殿றப்ꯁ வ埁ப்ꯁகள் நதடசபற உள்ள鏁. இதற்கான ힿண்ணப்பப்ப鎿ퟁ தற்நபா鏁 நதடசபற்쟁 வ쏁垿ற鏁.

யார் யார் ힿண்ணப்ꮿக்கலாம்? 믂ன்றாமாண்翁 ꮿ.இ, ꮿ.சடக் மாணவர்கள், 3 அல்ல鏁 4 ஆம் ஆண்翁 ஒ쏁ங்垿தணந்த எம்.இ, எம்.சடக் மாணவர்கள் , 믁தலாமாண்翁 எம்.இ, எம்.சடக், எம்எஸ்殿, எம்ஏ, எம்ꮿஏ மாணவர்கள் ஐஐ羿 殿றப்ꯁ ப뾿ற்殿 வ埁ப்ꯁக்埁 ힿண்ணப்ꮿக்கலாம்.

IITM Summer Fellowship Programme - 2020 믁க்垿ய நாட்கள்: ஆன்தலன் ힿண்ணப்பப்ப鎿ퟁ சதாடங்垿ய நாள்: 12 ெனவரி 2020 ஆன்தலனில் ힿண்ணப்ꮿக்க கதட殿 நாள் : 29 ꮿப்வரி 2020 ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁ சதாடங்埁ம் நாள்: 20 நம 2020 ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁ 믁羿뿁ம் நாள்: 19 ெூதல 2020

உதힿத்சதாதக: நதர்ퟁ செய்யப்ப翁ம் மாணவர்கள், மாதம் 쏂.6,000 என்ற வதக뾿ல், ஐஐ羿 殿றப்ꯁ ப뾿ற்殿 வ埁ப்ꮿல் நெர்த்鏁க்சகாள்ளப்ப翁வர். அவர்க쿁க்埁 சதாடர்ந்鏁 2 மாதங்கள் ப뾿ற்殿 அளிக்கப்ப翁ம். நகாதட கால 殿றப்ꯁ வ埁ப்ꯁகள் 믁羿ந்த ꮿற埁, அதற் கான ொன்잿தழ் வழங்கப்ப翁ம்

இதற்埁 ힿண்ணப்ꮿக்க ힿ쏁ப்ப믁ம் த埁鎿뿁ம் உள்ள மாணவர்கள், http://sfp.iitm.ac.in/ என்ற இதணயதளத்鎿ல் ힿண்ணப்பம் சபற்쟁, அததன ꯂர்த்鎿 செய்鏁 ꮿப்ரவரி 29 ஆம் நத鎿க்埁ள் ힿண்ணப்ꮿக்க நவண்翁ம். இ鏁 பற்잿ய 믁폁தமயான ힿபரங்க쿁க்埁 சென் தன ஐஐ羿 நி쟁வனம் சவளி뾿ட்翁ள்ள அ鎿காரப்ꯂர்வ அ잿ힿப்தபப் பார்க்கퟁம்.

Date: 18th January 2020 Publication: Autocar Professional Edition: Online Journalist: NA Professor: Prof. Tiju Thomas Alumni: Dr. A. Malek Headline: IIT-Madras researchers invent device to make hydrogen fuel from seawater URL: https://www.autocarpro.in/news-national/iitmadras-researchers- invent%C2%A0device-to-make-hydrogen-fuel-from-seawater-45273

IIT-Madras researchers invent device to make hydrogen fuel from seawater

The report states that using the technology, described in the journal ACS Sustainable Chemistry & Engineering, hydrogen can be produced on-demand at the point of use, and hence it need not to be stored. The researchers, including Abdul Malek, Tiju Thomas, Associate Professor at IIT Madras, said they are working to customise and design a proper hydrogen system for vehicles.

This would do away with the challenge for storage that is generally associated with hydrogen as its highly inflammable and may cause an explosion, the researchers said. Hydrogen is looked upon as a fuel of the future, thanks to its abundance in nature, as combustion of hydrogen does not produce carbon dioxide, unlike fossil fuels, making it a ''clean'' source of energy, the researchers said. The IIT-Madras team is even targeting running cars and bikes by seawater using hydrogen.

Speaking to PTI, Abdul Malek from the Department of Chemistry, IIT Madras said: "As the hydrogen can be produced at the point of use on-demand, safety issues associated with the storage and transportation of hydrogen is avoided. The solid starting materials can be transported from one place to another place very conveniently. It bypasses the transportation bottleneck associated with hydrogen sector."

The researchers noted that hydrogen is produced at a tunable rate without heat, electricity or sunlight. The starting materials are all eco-friendly. The process is amenable to all scales of production that is relevant for the hydrogen economy -- hence sectors such as automotive and aviation among others would benefit from this technology, added the Researchers.

"Hydrogen is the future. We want to make it ‘the present'. I am waiting for the day when our invention will fuel the Indian Space Research Organisation's (ISRO) rockets or Defence Research and Development Organisation's (DRDO) missiles," said Malek.

The report states that the technology is used to generate hydrogen from any source of water. However, as seawater covers two-thirds of the surface of the Earth, the researchers are keen on utilising it. The easy-to-use prototype device can produce hydrogen fuel with the push of a button, which adds water from one compartment to the other, the scientists said.

"We are working towards making it like a coffee machine so that any common man can press a switch and produce hydrogen when required," Malek said.

The device contains two compartments stacked one above the other. Users can add seawater or tap water from the top compartment. In the bottom section, there are materials which can produce hydrogen by splitting water. As soon as water reaches the bottom compartment, hydrogen production occurs and can be collected via an outlet, the researchers said.

The outlet tube can be connected to customised engines which run vehicles or produce electricity. "The water addition rate can control the amount of hydrogen produced and flow depending on the requirement. The technical details are patent protected. The process is scalable. The amount can be produced according to the need. Hence hydrogen for mobility such as for cars etc is eminently possible via due customisation,” added Malek.

The researchers noted that commercial method requires high temperature about 1,000 degrees Celsius, and nearly 25 bar pressure. However, the new process works at the room temperature, and atmospheric pressure which is 1 bar, they said.

"Our current estimates indicate that the cost is likely comparable to the available prices -- things could change with scale. However, the key selling point is enhanced safety, and elimination of point-of-use environmental pollution," added Malek.

Date: 19th January 2020 Publication: Deccan Herald Edition: Bangalore Page No: 24 Journalist: Kalyan Ray Alumni: Prof. Subra Suresh Headline: 'Scope for misuse of AI is enormous' URL: https://www.deccanherald.com/sunday-herald/sh-top-stories/scope-for- misuse-of-ai-is-enormous-795459.html

Date: 19th January 2020 Publication: Tamil Samay Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates ₹5 crore to renovate hostels URL: https://tamil.samayam.com/education/news/madras-iit-to-organise-summer- internship-2020-check-here-more-details-about-fellowship- programme/articleshow/73355084.cms

IIT Madras alumnus donates ₹5 crore to renovate hostels

சென்தன ஐஐ羿.,뾿ல் நகாதட கால 殿றப்ꯁ ஆராய்ெ்殿 ப뾿ற்殿க்埁 ힿண்ணப்பங்கள் வரநவற்கப்ப翁垿ற鏁. இதற்埁 ꮿஇ, ꮿ.சடக், 믁鏁நிதல கதல அ잿ힿயல் ப羿க்埁ம் மாணவர்கள் ힿண்ணப்ꮿக்கலாம்.

சென்தன சமட்ராஸ் சதா펿ல்ꏁட்ப கல்ힿ நி쟁வனத்鎿ல் உதힿத்சதாதக뿁டன் 埂羿ய நகாதட கால 殿றப்ꯁ ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁக쿁க்埁 ஏற்பா翁 செய்யப்பட்翁ள்ள鏁. சபா잿뾿யல், நமலாண்தம, அ잿ힿயல், மனித நநயம் ஆ垿ய ப羿ப்ꯁகளில் ஆக்க믁ம் ஊக்க믁ம் அளிக்埁ம் வதக뾿ல் இந்த ப뾿ற்殿 வ埁ப்ꯁகள் நடத்தப்ப翁垿ற鏁.

வ쏁ம் நம மாதம் 20 ஆம் நத鎿 믁தல் ெூதல 19 ஆம் நத鎿 வதர뾿ல் 殿றப்ꯁ வ埁ப்ꯁகள் நதடசபற உள்ள鏁. இதற்கான ힿண்ணப்பப்ப鎿ퟁ தற்நபா鏁 நதடசபற்쟁 வ쏁垿ற鏁.

யார் யார் ힿண்ணப்ꮿக்கலாம்? 믂ன்றாமாண்翁 ꮿ.இ, ꮿ.சடக் மாணவர்கள், 3 அல்ல鏁 4 ஆம் ஆண்翁 ஒ쏁ங்垿தணந்த எம்.இ, எம்.சடக் மாணவர்கள் , 믁தலாமாண்翁 எம்.இ, எம்.சடக், எம்எஸ்殿, எம்ஏ, எம்ꮿஏ மாணவர்கள் ஐஐ羿 殿றப்ꯁ ப뾿ற்殿 வ埁ப்ꯁக்埁 ힿண்ணப்ꮿக்கலாம்.

IITM Summer Fellowship Programme - 2020 믁க்垿ய நாட்கள்: ஆன்தலன் ힿண்ணப்பப்ப鎿ퟁ சதாடங்垿ய நாள்: 12 ெனவரி 2020 ஆன்தலனில் ힿண்ணப்ꮿக்க கதட殿 நாள் : 29 ꮿப்வரி 2020 ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁ சதாடங்埁ம் நாள்: 20 நம 2020 ஆராய்ெ்殿 ப뾿ற்殿 வ埁ப்ꯁ 믁羿뿁ம் நாள்: 19 ெூதல 2020

உதힿத்சதாதக: நதர்ퟁ செய்யப்ப翁ம் மாணவர்கள், மாதம் 쏂.6,000 என்ற வதக뾿ல், ஐஐ羿 殿றப்ꯁ ப뾿ற்殿 வ埁ப்ꮿல் நெர்த்鏁க்சகாள்ளப்ப翁வர். அவர்க쿁க்埁 சதாடர்ந்鏁 2 மாதங்கள் ப뾿ற்殿 அளிக்கப்ப翁ம். நகாதட கால 殿றப்ꯁ வ埁ப்ꯁகள் 믁羿ந்த ꮿற埁, அதற்கான ொன்잿தழ் வழங்கப்ப翁ம்

இதற்埁 ힿண்ணப்ꮿக்க ힿ쏁ப்ப믁ம் த埁鎿뿁ம் உள்ள மாணவர்கள், http://sfp.iitm.ac.in/ என்ற இதணயதளத்鎿ல் ힿண்ணப்பம் சபற்쟁, அததன ꯂர்த்鎿 செய்鏁 ꮿப்ரவரி 29 ஆம் நத鎿க்埁ள் ힿண்ணப்ꮿக்க நவண்翁ம். இ鏁 பற்잿ய 믁폁தமயான ힿபரங்க쿁க்埁 சென்தன ஐஐ羿 நி쟁வனம் சவளி뾿ட்翁ள்ள அ鎿காரப்ꯂர்வ அ잿ힿப்தபப் பார்க்கퟁம்.

Date: 19th January 2020 Publication: Telugu Times Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates ₹5 crore to renovate hostels URL: http://www.telugutimes.net/home/article/65/23759/iit-madras-alumnus- donates-5-crore-to-renovate-hostels

IIT Madras alumnus donates ₹5 crore to renovate hostels

ఇం萿యన్‌ ఇన్‌్‌ిూట్య ట ్‌ఆఫ్‌ 籆క్నా- ల灀 మద్రా (ఐఐటీఎం)呁 ꡂర్వ 퐿ాట ర్థ ిఒక쁁 쁂.5 呋ట్ ల భా쁀 퐿రాళం ద్రరకటం栾쁁. ఐఐటీఎం졋 క్న푇ర్థ వస逿గృహం ꀿరాా ణం 1961졋 జర్థగంది. ఆ వస逿 గృహాꀿా అ鱁ꀾతన సదు꠾యాల運 遀ర్థి దిాా లꀿ ꀿర్యణ ం栾쁁. ఐఐటీఎం ꡂర్వ 퐿ాట ర్థ,ి ఇం葋 뱂ఎస్‌ ఎంఐఎం 籆క్‌ ప్రై푇 젿렿籆డ్‌ ్‌ చైర్ా 萾 న్‌ కరట్య ్‌ కృష్ ణ 栿వు呁ల 쁂.5 呋ట్ ల 퐿రాళం అందించందు呁 మందు告栾ి. 쁁 遊젿 퐿డతగా 쁂.2.5 呋ట్呁ల సంబంధం栿న 끍ట ం呁 చె呁ు ꁁ ఆ栾ర్ట మష్‌ రంచగ్నా ల సమక్షం졋 ఐఐటీఎం 葈రెకరట్య ్‌ భాసు ర్ రామమూర్థకిి ఇటీవల అందిం栾쁁. 1970졋 ఏరోꀾటకల్‌ ఇం瀿ꁀర్థంగ్న졋 ఎం籆క్‌ చది퐾నꀿ, ఐఐటీఎం వల ల అంతరాా 遀య ్‌థి య졋 గ్నర్థంి ꡁ లభం栿ందꀿ 萾కరట్య ్‌ కృష్ ణ పేర్కు. ꀾా쁁 Date: 19th January 2020 Publication: Deccan Herald - Sunday Herald Edition: Bangalore Page No: 1 Journalist: Kalyan Ray Alumni: Prof. Subra Suresh Headline: What is the state of AI in India? URL: https://www.deccanherald.com/sunday-herald/sh-top-stories/scope-for- misuse-of-ai-is-enormous-795459.html

Date: 20th January 2020 Publication: Telangana Today Edition: Hyderabad Page No: 5 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates Rs 5 crore for maintenance of hostels URL: https://telanganatoday.com/iit-madras-alumnus-donates-rs-5-crore-for- maintenance-of-hostels

Date: 20th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: Giving back to institution where he graduated

Date: 20th January 2020 Publication: Trinity Mirror Edition: Chennai Page No: 6 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-M alumnus donates Rs.5 cr for campus renovation

Date: 19th January 2020 Publication: Deccan Herald - Sunday Herald Edition: Bangalore Page No: 1 Journalist: Kalyan Ray Alumni: Prof. Subra Suresh Headline: What is the state of AI in India? URL: https://www.deccanherald.com/sunday-herald/sh-top-stories/scope-for- misuse-of-ai-is-enormous-795459.html

Date: 20th January 2020 Publication: Telangana Today Edition: Hyderabad Page No: 5 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates Rs 5 crore for maintenance of hostels URL: https://telanganatoday.com/iit-madras-alumnus-donates-rs-5-crore-for- maintenance-of-hostels

Date: 20th January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: Giving back to institution where he graduated

Date: 20th January 2020 Publication: Trinity Mirror Edition: Chennai Page No: 6 Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT-M alumnus donates Rs.5 cr for campus renovation

Date: 20th January 2020 Publication: The Hindu Edition: Chennai Page No: 2 Journalist: NA Headline: An opportunity for non-IITians toexperience IIT

Date: 20th January 2020 Publication: The Times of India Edition: Pune / Bangalore / Ahmedabad Page No: 11 Journalist: NA Headline: IIT Madras to offer fellowship for non-IITians

Date: 20th January 2020 Publication: The Times of India - Education Times Edition: Bangalore Page No: 11 Journalist: NA Headline: Summer fellowship at IIT-Madras

Date: 20th January 2020 Publication: Telangana Today Edition: Hyderabad Page No: 6 Journalist: NA Professor: Prof. V Jagadeesh Kumar Headline: Fellowship programme at IIT-M

Date: 20th January 2020 Publication: The Indian Express Edition: Online Journalist: NA Headline: IIT-Madras summer fellowship programme 2020: Non-IITians can apply, check details URL: https://indianexpress.com/article/education/iit-madras-summer-fellowship- programme-2020-non-iitians-can-apply-check-details-iitm-ac-in-6219989/

IIT-Madras summer fellowship programme 2020: Non-IITians can apply, check details

IIT-Madras summer fellowship programme 2020: The Indian Institute of Technology, Madras (IIT Madras) has released notifications inviting interested, eligible candidates to apply for the ‘summer fellowship programme – 2020′. The IITM– summer fellowship programme is for a duration of two months and offers a stipend of Rs. 6,000 for the fellowship duration.

The fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras.

The summer fellowship programme is for a duration of two months and offers a stipend of Rs 6,000. The Fellowship is designed to enhance awareness and interest in high- quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras.

Eligibility criteria:

Educational qualifications:

The candidates should pursue Bachelor of Engineering/ Bachelor of Technology/ Bachelor of Science programme, or a Master of Engineering/ Master of Technology (M.Tech) programme.

The following departments of IIT Madras are open under this fellowship: Engineering Departments

Aerospace Engineering, Applied Mechanics, Bio Technology, Chemical Engineering, Civil Engineering, Computer Science and Engineering, Engineering Design, Electrical Engineering, Mechanical Engineering, Metallurgical and Materials Engineering, Ocean Engineering.

Science Departments

Physics, Chemistry, Mathematics, Humanities and Social Sciences, Management Studies.

The application process will be closed on February 29, 2020. Interested candidates can apply at iitm.ac.in.

Date: 20th January 2020 Publication: Amar Ujala Edition: Online Journalist: NA Headline: दू सरे कॉलेजों के छा配ों के ललए IIT मᴂ खास कोसस का मौका, स्टाइपᴂ蕍 भी लमलेगा (Other institute students have chance to get admission in IITs with a stipend) URL: https://www.amarujala.com/photo-gallery/education/iit-short-term-courses-for- non-iit-students-apply-for-iit-madras-summer-fellowship-program-2020?pageId=3

दू सरे कॉलेजों के छा配ों के ललए IIT मᴂ खास कोसस का मौका, स्टाइपᴂ蕍 भी लमलेगा

यह फेलोगिप प्रोग्राम दो महीने का होिा। इस पाठ्यक्रम को इंजीगनयररंि, प्रबंधन, गिज्ञान ि मानगिकी संकायों मᴂ उ िुणित्ता के िोध के गलए प्रगिगित करने के उद्दे से तैयार गकया िया है।

इसमᴂ दास्खला पाने िाले अभ्यगथायों को 6 हजार 셁पये का स्टाइपᴂ蕍 भी गदया जाएिा।

आईआईटी मद्रास के इस फेलोगिप प्रोग्राम मᴂ दास्खले के गलए आिेदन की प्रगक्रया िु셂 हो चुकी है। इुक ि योग्य अभ्यथी इसके गलए 29 फरिरी 2020 तक आिेदन कर सकते हℂ। आिेदन ऑनलाइन माध्यम से गकए जाने हℂ। इसके गलए आप आईआईटी मद्रास की आगधकाररक िेबसाइट गिगजट कर सकते हℂ। िेबसाइट का सीधा गलंक आिे गदया जा रहा है।

इंजीगनयररंि गिभािों मᴂ

एयरोस्पेस इंजीगनयररंि

आप्लाय蕍 मैकेगनक्स

बायो टोक्नोलॉजी

केगमकल इंजीगनयररंि

गसगिल इंजीगनयररंि

मैकेगनकल इं जीगनयररंि

कंप्यूटर साइंस एं蕍 इंजीगनयररंि

इंजीगनयररंि ग蕍जाइन

इलेस्ररकल इंजीगनयररंि

मेटलगजाकल एं蕍 मैटीररयल्स इंजीगनयररंि

ओिन इं जीगनयररंि

आईआईटी मद्रास के समर फेलोगिप प्रोग्राम मᴂ दास्खले के गलए िे अभ्यथी योग्य हℂ जो इंजीगनयररंि / टेक्नोलॉजी / साइंस प्रोग्राम मᴂ बैचलर या इंजीगनयररंि / टेक्नोलॉजी मᴂ मास्टसा का कोसा कर रहे हों।

Date: 21st January 2020 Publication: Thanthi TV Edition: Electronic Journalist: Sankaran Professor: Prof R. Sundaravadivelu Headline: IIT Madras-designed Check Dam aids Palar River to store Surplus Rainwater URL: https://we.tl/t-BzhqSon5Yc

Date: 21st January 2020 Publication: The Hindu Business Line Edition: Delhi / Hyderabad / Mumbai / Chennai / Kolkata / Kochi / Pune Page No: 15 Journalist: NA Headline: Check dam designed by IIT-Madras built on Palar river URL: https://www.thehindubusinessline.com/news/check-dam-designed-by-iit- madras-built-on-palar-river/article30607008.ece

Date: 21st January 2020 Publication: Deccan Chronicle Edition: Chennai Page No: 2 Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT-M researchers help save Rs 49.5 cr in building check dam

Date: 21st January 2020 Publication: The Times of India Edition: Chennai Page No: 7 Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT designed Palar checkdam saves ?50cr in cost

Date: 21st January 2020 Publication: The Times of India Edition: Online Journalist: U. Tejonmayam Professor: Prof R. Sundaravadivelu Headline: IIT-Madras researchers help build Palar river check dam at lesser cost URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-researches-help- build-palar-river-check-dam-at-lesser-cost/articleshow/73440501.cms

IIT-Madras researchers help build Palar river check dam at lesser cost

Date: 20th January 2020 Publication: NDTV Edition: Online Journalist: Shihabudeen Kunju S. Professor: Prof R. Sundaravadivelu Headline: IIT Madras-Designed Check Dam Aids Palar River To Store Surplus Rainwater URL: https://www.ndtv.com/education/iit-madras-designed-check-dam-aids-palar- river-to-store-surplus-rainwater-2167007

IIT Madras-Designed Check Dam Aids Palar River To Store Surplus Rainwater Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 20th January 2020 Publication: India Today Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT Madras-designed check dam aids Palar River to store surplus rainwater URL: https://www.indiatoday.in/education-today/news/story/iit-madras-designed- check-dam-aids-palar-river-to-store-surplus-rainwater-1638465-2020-01-20

IIT Madras-designed check dam aids Palar River to store surplus rainwater

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 21st January 2020 Publication: The Hans India Edition: Online Journalist: NA Professor: Prof R Sundaravadivelu Headline: Chennai: IIT-M designs check dam across Palar river to store surplus rainwater URL: https://www.thehansindia.com/hans/young-hans/chennai-iit-m-designs-check- dam-across-palar-river-to-store-surplus-rainwater-598644

Chennai: IIT-M designs check dam across Palar river to store surplus rainwater

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 21st January 2020 Publication: The New Indian Express - Edex Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: This IIT Madras-designed Check Dam will help Palar River to store surplus rainwater URL: https://www.edexlive.com/news/2020/jan/20/this-iit-madras-designed-check- dam-will-help-palar-river-to-store-surplus-rainwater-9940.html

This IIT Madras-designed Check Dam will help Palar River to store surplus rainwater

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 20th January 2020 Publication: Polimer TV Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: ோலாற்잿ல் அ鎿களힿல் உேரி நீகர பெகரிக்க ஐஐ羿 ஆராய்ெ்殿யாளர்கள் வ羿வகமத்த ꯁ鎿ய த翁ே்ேகன 鎿ட்டம் (IIT Madras Designed Check dam helps save surplus water in Palar River) URL: https://www.polimernews.com/dnews/97547

ோலாற்잿ல் அ鎿களힿல் உேரி நீகர பெகரிக்க ஐஐ羿 ஆராய்ெ்殿யாளர்கள் வ羿வகமத்த ꯁ鎿ய த翁ே்ேகன 鎿ட்டம்

பாலாற்잿ன் 埁쟁க்நக சென்தன ஐஐ羿 உதힿயால் கட்டப்பட்ட த翁ப்பதணயால் நீராதாரம் உயர்ந்鏁ள்ள鏁.

காஞ்殿ꯁரம் மாவட்டம் வாய쯂ர் அ쏁நக கல்பாக்கம் அ迁뮿ன் நிதலயத்鎿ன் ெ믂க பங்களிப்ꯁ நி鎿 உதힿ뾿ன் 埀ழ் பாலாற்잿ல் த翁ப்பதண கட்டப்பட்翁ள்ள鏁. கட쯁க்埁 அ쏁垿ல் அதமந்鏁ள்ளதால் அந்த 垿ராமத்鎿ல் கடல் நீர் ஊ翁쏁ퟁம் வாய்ப்ꯁ உள்ளதத அ翁த்鏁, த翁ப்பதணதய ஐ.ஐ.羿. சபா잿யாளர்கள் நிலத்த羿 த翁ப்ꯁெ்毁வ쏁டன் கட்ட 鎿ட்ட뮿ட்டனர்.

இதன்ப羿 நிலத்鎿ற்埁 அ羿뾿ல் 8 므ட்டர் ஆழத்鎿ல் 毁வ쏁டன் 埂羿ய த翁ப்பதண 32.5 நகா羿 쏂பாய் செலힿல் 6 மாதங்களில் கட்羿 믁羿க்கப்பட்ட鏁.

தற்நபா鏁 சபய்த மதழயால் அங்埁 நீர் நிரம்ꮿ உள்ளநதா翁, கடல் நீ쏁ம் உட்ꯁகாமல் த翁க்கப்பட்டதால் நீராதாரம் பா鏁காக்கப்பட்翁ள்ளதாக 垿ராம மக்கள் சதரிힿத்鏁ள்ளனர்.

Date: 20th January 2020 Publication: Dinamalar Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: 埁கறந்த பெலힿல் ோலாற்잿ல் த翁ே்ேகண ஐ.ஐ.羿., கட்羿ய鏁 (IIT Madras constructs checkdam at low cost) URL: https://www.dinamalar.com/news_detail.asp?id=2462094

埁கறந்த பெலힿல் ோலாற்잿ல் த翁ே்ேகண ஐ.ஐ.羿., கட்羿ய鏁

பாலாற்잿ன் 埁쟁க்நக சென்தன ஐஐ羿 உதힿயால் கட்டப்பட்ட த翁ப்பதணயால் நீராதாரம் உயர்ந்鏁ள்ள鏁.

காஞ்殿ꯁரம் மாவட்டம் வாய쯂ர் அ쏁நக கல்பாக்கம் அ迁뮿ன் நிதலயத்鎿ன் ெ믂க பங்களிப்ꯁ நி鎿 உதힿ뾿ன் 埀ழ் பாலாற்잿ல் த翁ப்பதண கட்டப்பட்翁ள்ள鏁. கட쯁க்埁 அ쏁垿ல் அதமந்鏁ள்ளதால் அந்த 垿ராமத்鎿ல் கடல் நீர் ஊ翁쏁ퟁம் வாய்ப்ꯁ உள்ளதத அ翁த்鏁, த翁ப்பதணதய ஐ.ஐ.羿. சபா잿யாளர்கள் நிலத்த羿 த翁ப்ꯁெ்毁வ쏁டன் கட்ட 鎿ட்ட뮿ட்டனர்.

இதன்ப羿 நிலத்鎿ற்埁 அ羿뾿ல் 8 므ட்டர் ஆழத்鎿ல் 毁வ쏁டன் 埂羿ய த翁ப்பதண 32.5 நகா羿 쏂பாய் செலힿல் 6 மாதங்களில் கட்羿 믁羿க்கப்பட்ட鏁.

தற்நபா鏁 சபய்த மதழயால் அங்埁 நீர் நிரம்ꮿ உள்ளநதா翁, கடல் நீ쏁ம் உட்ꯁகாமல் த翁க்கப்பட்டதால் நீராதாரம் பா鏁காக்கப்பட்翁ள்ளதாக 垿ராம மக்கள் சதரிힿத்鏁ள்ளனர்.

Date: 21st January 2020 Publication: Business World Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT Madras Designed Check Dam Aids Palar River To Store Surplus Rainwater URL: http://bweducation.businessworld.in/article/IIT-Madras-Designed-Check-Dam- Aids-Palar-River-To-Store-Surplus-Rainwater/21-01-2020-182400/

IIT Madras Designed Check Dam Aids Palar River To Store Surplus Rainwater

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 21st January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT-M designed check dam helps store surplus rain water in Palar rive URL: http://www.uniindia.com/iit-m-designed-check-dam-helps-store-surplus-rain- water-in-palar-river/south/news/1859162.html

IIT-M designed check dam helps store surplus rain water in Palar rive

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 21st January 2020 Publication: Market Research Edition: Online Journalist: NA Headline: Test dam designed via IIT-Madras constructed on Palar river URL: https://marketresearchgossip.com/test-dam-designed-via-iit-madras- constructed-on-palar-river/

Test dam designed via IIT-Madras constructed on Palar river

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 21st January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT Madras-designed Check Dam aids Palar River to store Surplus Rainwater URL: https://indiaeducationdiary.in/iit-madras-designed-check-dam-aids-palar-river- to-store-surplus-rainwater/

IIT Madras-designed Check Dam aids Palar River to store Surplus Rainwater

Indian Institute of Technology (IIT) Madras researchers have designed and overseen the construction of a check dam across Palar river that has resulted in the significant increase in storage of surplus rainwater in the river, according a statement released by the Chennai-based Institute. The design of IIT Madras researchers also resulted in a savings of nearly Rs. 49.5 crore for this project, which was funded under Corporate Social Responsibility (CSR) activities of the Madras Atomic Power Station (MAPS) at Kalpakkam.

While a conventional weir-type check dam costs around Rs. 82 crore and takes up to one year for construction, this project was completed with a funding of Rs. 32.5 crore in six months, the Institute said.

The construction of this check dam began in March 2019 and the structure was completed by August 2019, before the onset of monsoon.

Speaking about the unique features of this check dam, Prof R. Sundaravadivelu, Institute Chair Professor, Department of Ocean Engineering, IIT Madras, who lead the efforts from IIT Madras said: "This unique project was implemented successfully using the diaphragm wall as a deep foundation for check dam, ensuring safety and arresting seawater intrusion. The funding of MAPS, encouragement of the District Collector and cooperation of PWD is greatly acknowledged."

Palar river supplies drinking water to Chennai, Vellore and Kanchipuram.

The impact of climate change in recent years has affected the river, which has resulted in a water crisis in the region.

To overcome the water scarcity and prevent the seawater intrusion, it was proposed to construct a check dam across Palar river (at Vayalur, tail end of the river).

The main function of the check dam was to obstruct the flow of water and create a ponding to conserve the rainwater that allows infiltration to the Aquifer beneath to improve the groundwater levels.

Palar river runs 390 km, including parts of Karnataka, Andhra Pradesh and Tamil Nadu but 80 per cent of the river is in Tamil Nadu - commencing in Vellore district.

Date: 21st January 2020 Publication: ETV Bharat Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: கடல்நீர் உள்ꯁ埁வகதத் த翁க்埁ம் வகக뾿ல் வய쯂ரில் த翁ே்ேகண! (IIT Madras-designed Check Dam aids Palar River to store Surplus Rainwater) URL: https://www.etvbharat.com/tamil/tamil-nadu/city/chennai/chennai-iit-built-a- dam-at-vayalur-in-new-technology-that-sea-water-erosion-barriered-in-land/tamil- nadu20200120194229721

கடல்நீர் உள்ꯁ埁வகதத் த翁க்埁ம் வகக뾿ல் வய쯂ரில் த翁ே்ேகண

மண் தன்தம뾿ன் அ羿ப்பதட뾿ல் நퟀன சதா펿ல்ꏁட்பத்ததப் பயன்ப翁த்鎿 த翁ப்பதண கட்翁ம் பணிதயத் சதாடங்垿நனாம். வழக்கமாகப் சபா鏁ப்பணித் 鏁தற뾿னர் நமற்சகாள்쿁ம் கட்翁மான 믁தற뾿쮿쏁ந்鏁 மாற்잿 4 므ட்டர் இதடசவளி뾿ல் தனித்தனியாக 12 므ட்டர் ஆழத்鎿ற்埁 鏂ண்கள் அதமத்நதாம். அந்தத் 鏂ண்கள் 므鏁 ஆற்잿ன் சமாத்த நீளமான 1,200 므ட்டர் 鏂ரத்鎿ற்埁 த翁ப்பதண கட்羿뿁ள்நளாம்.களிமண் ப埁鎿வதர த翁ப்பதண உள்ளதால் கடல்நீர் உள்நள வ쏁வ鏁 த翁க்கப்ப翁ம். நம쯁ம், மணல் ப埁鎿 믁폁வ鏁ம் தண்ணீர் சென்쟁 நிலத்த羿 நீர்மட்டம் அ鎿கரிக்埁ம். இன்ꟁம் பல இடங்களில் த翁ப்பதண கட்翁வதற்கான 鎿ட்டம் உள்ள鏁” எனத் சதரிힿத்தார்.

Date: 21st January 2020 Publication: Education World Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula Alumni: Dr. Krishna Chivukula Headline: IIT Madras alumnus donates 5 crore to renovate it’s hostels URL: https://www.educationworld.in/iit-madras-alumnus-donates-5-crore-to- renovate-its-hostels/

IIT Madras alumnus donates 5 crore to renovate it’s hostels

The Indian Institute of Technology Madras (IITM) alumnus Dr. Krishna Chivukula, owner and chairman, Board of Directors, Indo US MIM TEC Private Ltd, donated Rs 5 crore to renovate the campus hostels and augment existing maintenance facilities.

An initial sum of Rs. 2.5 crore has already been handed over to the institute to renovate the Cauvery Hostel, which was the first-ever hostel to be constructed on the campus. Hostels at IIT Madras are named after rivers. Its construction began in the year 1961. While the continued support of the Government is important to enabling providing well-maintained hostel accommodations to students, this one-time contribution will help elevate the hostels to world-class standards for the benefit of several generations of future students.

Two more hostels will be identified by the Institute for renovation. Dr.Krishna Chivukula presented the cheque to Prof. Bhaskar Ramamurthi, Director, IIT Madras, in the presence of Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, on 8th January 2020.

This contribution, which was part of the institute’s #KeepItFlowing campaign to support the hostels, will help the Institute to execute face-lift works in restrooms including waterproofing, façade improvements in corridor and staircase, painting, shoe rack fixing, gardening, development of playfields, cycle parking and façade improvement at the main entrance, among others.

Chivukula said in a press release, “IITMadras gave me world-class education at literally ‘zero cost.’ This led to my being admitted to the Harvard Business School, which in turn led to my being successful in life. I am delighted to be able to give back to the Institution that was the root cause of my success. I sincerely urge my fellow IITians to experience the same joy that I experience!”

Date: 20th January 2020 Publication: The Indian Express - Tamil Edition: Online Journalist: NA Headline: பமட்ராஸ் ஐஐ羿 வழங்埁ம் அரிய வாய்ே்ꯁ : 2 மாத ஃபேல்பலா�ே் 鎿ட்டம் (Great opportunity at IIT Madras - two month Fellowship) URL: https://tamil.indianexpress.com/education-jobs/ittm-inviites-online-application- for-summer-fellowship-programme-2020/

பமட்ராஸ் ஐஐ羿 வழங்埁ம் அரிய வாய்ே்ꯁ : 2 மாத ஃபேல்பலா�ே் 鎿ட்டம்

뮿கퟁம் ꮿரபலமான நகாதடகால ஃசபல்நலா�ப் 鎿ட்டம் 2020 埁잿த்த அ잿ힿப்தப ஐ.ஐ.羿 சமட்ராஸ் சவளி뾿ட்翁ள்ள鏁. இந்த ஃசபல்நலா�ப் இரண்翁 மாத காலத்鎿ற்埁 நதடசப쟁ம் என்쟁ம் பங்நகற்埁ம் மாணவர்க쿁க்埁 மாதம் 쏂.6,000 உதힿசதாதக வழங்கப்ப翁ம் என்쟁ம் சதரிힿக்கப்பட்翁ள்ள鏁.

நதாதெ சவ잿யர்க쿁க்காகநவ ஒ쏁 கதட! சென்தன뾿ல் எங்க இ쏁க்埁鏁 ‘நதாெ மாமா’கதட?

ஃசபல்நலா�ப் காலம் – 20 நம மாதம் 믁தல் 19 ெூதல மாதம் வதர

சபா잿뾿யல், நமலாண்தம, அ잿ힿயல் மற்쟁ம் ெ믂க அ잿ힿயல் ப羿க்埁ம் மாணவர்களிதடநய உயர்தர ஆராய்ெ்殿뾿ல் ힿ펿ப்ꯁணர்தவ뿁ம், ஆர்வத்தத뿁ம் நமம்ப翁த்鏁வதற்காக இந்த ஃசபல்நலா�ப் 鎿ட்டம் வ羿வதமக்கப்பட்翁ள்ள鏁.

த埁鎿 வரம்ꯁ: கல்ힿத்த埁鎿: மாணவர்கள் இளங்கதல சபா잿뾿யல் / சதா펿ல்ꏁட்ப இளங்கதல /அ잿ힿயல் இளங்கதல ப羿ப்ꯁ (அ) 믁鏁கதல சபா잿뾿யல் / மாஸ்டர் ஆஃப் சடக்னால玿 (எம்.சடக்) நபான்றதவகளில் நதர்ெ்殿 சபற்잿쏁க்க நவண்翁ம்.

ஐ.ஐ.羿 சமட்ரான் ꮿன்வ쏁ம் 鏁தறகளில் இந்த ஃசபல்நலா�ப் 鎿ட்டம் அ잿ힿக்கப்பட்翁ள்ள鏁

சபா잿뾿யல் ꮿரிퟁ :

வான்சவளிப் சபா잿뾿யல், பயன்பாட்翁 சமக்கானிக்ஸ் , உ뾿ர் சதா펿ல்ꏁட்பம், நவ鎿뾿யல் சபா잿뾿யல், 殿ힿல் சபா잿뾿யல், கணினி சபா잿뾿யல், சபா잿뾿யல் வ羿வதமப்ꯁ, 뮿ன் சபா잿뾿யல், இயந்鎿ரப் சபா잿뾿யல், உநலாகힿயல் மற்쟁ம் சபா쏁ட்கள் சபா잿뾿யல், சப쏁ங்கடல் சபா잿뾿யல்.

Date: 19th January 2020 Media: Thanthi TV/BBC Tamil* Edition: Electronic Journalist: Mr. S. Jayakumar Headline: Applications of AI in Healthcare Technology URL: https://www.youtube.com/watch?v=Trdusi7IzAs&feature=youtu.be (13.30-15.47)

Date: 21st January 2020 Publication: Construction World - India Edition: Magazine Page No: 50 Journalist: NA Headline: Industrial 3D printing

Date: 22nd January 2020 Publication: The New Indian Express Edition: Chennai Page No: 4 Journalist: NA Headline: IIT, EU organise workshop on dual education

Date: 22nd January 2020 Publication: The Times of India Edition: Chennai Page No: 2 Journalist: NA Headline: IIT Madras collaborates with EU

Date: 21st January 2020 Publication: The Times of India Edition: Online Journalist: U. Tejonmayam Professor: Prof Ravindra Gettu, Headline: Workshop as part of IITM-EU project to enable students work experience before graduation held URL: https://timesofindia.indiatimes.com/home/education/news/workshop-as-part- of-iitm-eu-project-to-enable-students-work-experience-before-graduation- held/articleshow/73497404.cms

Workshop as part of IITM-EU project to enable students work experience before graduation held

Date: 21st January 2020 Publication: UNI Edition: Online Journalist: NA Headline: IIT-M's TEEDE Initiative to help students gain industry experience URL: http://www.uniindia.com/iit-m-s-teede-initiative-to-help-students-gain-industry- experience/south/news/1860379.html

Date: 21st January 2020 Publication: The New Indian Express - EDEX Edition: Online Journalist: NA Professor: Prof Ravindra Gettu Headline: This IIT-M initiative to help students gain industry experience even before graduation. Here's how URL: https://www.edexlive.com/news/2020/jan/21/this-iit-m-initiative-to-help- students-gain-industry-experience-even-before-graduation-heres-how-9947.html

This IIT-M initiative to help students gain industry experience even before graduation. Here's how

Indian Institute of Technology-Madras' (IIT-M) collaboration with a European Union Initiative has created opportunities for students to work in the industry even before graduating and gain experience and training that would lead to Pre-Placement Opportunities.

This project will also expose students to the real-time developments and the technological needs of the industry, an IIT-M release here today said.

A novel concept in Technical Education for Developing Countries called 'Dual Education,' the TEEDE (Towards Excellence in Engineering Curricula for Dual Education) initiative was a European Union and 'Erasmus+'-a funded consortium of eminent Universities in Europe and Asia, that merges the classroom learning with industrial experiences.

In contrast to internships, which were short-term, TEEDE envisages students spending a considerable amount of time employed in industry as full-time workers, rather than interns, as part of their curriculum.

IIT-M has already developed two industry collaborations under this initiative in Genomics research, coordinated by the Department of Biotechnology, and in Petroleum Engineering coordinated by Department of Ocean Engineering.

Master's students from these departments would have the opportunity to work in companies engaged in cutting edge research in these two fields. Around 20 industry partners of this initiative attended the TEEDE workshop held at IIT-M today.

In his address, Prof Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT-M said the Institute has a responsibility, not only to remain in the forefront but also to innovate. ''It is good to have industry come on board early in the curriculum, helping students become more industry-ready by the time they graduate'', he added.

The partners of this TEEDE consortium were eminent Universities in Russia, Italy, Germany, Cambodia, India, China, Finland, Belgium and Spain.

Date: 22nd January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. Ravindra Gettu, Prof D. Karunagaran, Prof T. Asokan, N. Ramesh Babu, Prof B. Ravindran and Prof. Rajesh Nair Headline: IIT Madras-E.U. Project enables students to work in Industry, paving way for Pre-Placement URL: https://indiaeducationdiary.in/iit-madras-e-u-project-enables-students-to-work- in-industry-paving-way-for-pre-placement/

IIT Madras-E.U. Project enables students to work in Industry, paving way for Pre- Placement

Indian Institute of Technology Madras’ collaboration with a European Union Initiative has created opportunities for students to work in industry even before graduating and gain experience and training that can lead to Pre-Placement Opportunities. This project will also expose students to the real-time developments and the technological needs of the industry.

A novel concept in Technical Education for Developing Countries called ‘Dual Education,’ the TEEDE (Towards Excellence in Engineering Curricula for Dual Education) initiative is an European Union and ‘Erasmus +’-funded consortium of eminent Universities in Europe and Asia that merges the classroom learning with industrial experiences. In contrast to internships, which are short-term, TEEDE envisages students spending considerable amount of time employed in Industry as full-time workers, rather than interns, as part of their Curriculum.

IIT Madras has already developed two industry collaborations under this initiative – in Genomics research coordinated by Department of Biotechnology, IIT Madras, and in Petroleum Engineering coordinated by Department of Ocean Engineering, IIT Madras. The Master’s students from these departments will have the opportunity to work in companies engaged in cutting-edge research in these two fields. genomics and petroleum engineering.

Around 20 industry partners of this initiative attended a TEEDE Workshop held at IIT Madras today (21st January 2020). Prof. Rajesh Nair, Associate Professor (Petroleum Engineering), Department of Ocean Engineering, IIT Madras, is the Regional Coordinator for this project.

Delivering the Inaugural Address, Prof. Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras, said, “IIT Madras is the Top-Ranked engineering institute in India, as per NIRF, for last four years in a row and was also adjudged as the ‘Top innovative Institution’ in the country in Atal Ranking of Institutions on Innovation Achievements (ARIIA) 2019 launched by Innovation Cell of MHRD. The Institute has a responsibility not only to remain in the forefront but also to innovate. It is good to have industry come on board early in the curriculum, helping students become more industry-ready by the time they graduate.”

The partners of this TEEDE consortium are eminent universities in Russia, Italy, Germany, Cambodia, India, China, Finland, Belgium and Spain.

Speaking on the occasion, Prof D. Karunagaran, Head, Department of Biotechnology, IIT Madras, said, “This initiative will encourage more start-ups to come. If students have exposure to the industry while still studying, they will gain a lot of valuable experience that will help them to set up their own start-ups. Students interested in working on industry-related research can find a guide in the Biotechnology Department and another in the Industry as well. The student and the guide will have the liberty to spend time in the industry, come back to IIT Madras and work on that issue.”

Under this initiative, the Fellowship for M.S. (by Research) Students will be met by an industrial partner for one to two years. On successful completion of the Research programme, the Scholar will be appointed as a Scientist in the company. It provides opportunities for pre-placement and students get an opportunity to work on industry- relevant problems for research. This can help the student career paths to become robust and in addition provides an opportunity for professors to work with industries.

In addition, based on quality work, students can switch to PhD from MS and they can get employment, challenging work and salary all at the same time.

Addressing the gathering, Prof T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “With the rapid changes happening in technology and application areas, there is an urgent need for the students to be connected with the industry on a regular basis. Industry internships are meeting this to some extent. However, a more proactive engagement is desirable, and we believe that the dual education proposed by TEEDE will address this issue.”

A three-day brainstorming session was also held at IIT Madras on 30th November 2017 with delegates from universities in India, Russia, Europe and Asia.

Speaking later, Prof N. Ramesh Babu, Head, Department of Mechanical Engineering, IIT Madras, said, “This initiative will boost industry-academia collaboration, which is vital for the country. The Manufacturing Sector always requires translational research, which will be a key outcome of this initiative as it enables IIT Madras students to work in the industry. The new generation is always looking to become entrepreneurial rather than seek employment. This initiative will boost entrepreneurship among students and create new and several opportunities for IIT Madras students.”

Prof B. Ravindran, Head, Robert Bosch Centre for Data Science and Artificial Intelligence (RBC DSAI), IIT Madras, said, “This initiative will help address the industry concerns of getting students to become ‘industry-ready’ by the time they graduate. This will also give IIT Madras students valuable exposure to real-world problems and scenarios faced by the Industry even while they are studying and help them apply their learnings to solve these issues.”

Prof. Rajesh Nair, IIT-M TEEDE Coordinator and Associate Professor, Department of Ocean Engineering, IIT Madras, explained the two MoUs that are going to be signed with the industries and technical aspects of this collaboration. This capacity building will help IIT Madras avail additional funding for innovation and internationalisation from ‘Erasmus +.’

Explaining the TEEDE Initiative, Prof. Rajesh Nair said, “It took nearly three years of focussed work and research to find the academia – industry gaps across disciplines through meetings with industries. The model thus developed is based on several rounds of discussions and now has a convincing acceptance among industries and academia. The model is developed aiming at rapid career growth for researchers by way of pre-placements and challenging new topics and to create a climate in favour for start-ups and established companies for innovative solutions.”

Date: 20th January 2020 Publication: Polimer TV Edition: Electronic Journalist: NA Faculty: Prof R. Sundaravadivelu Headline: ோலாற்잿ல் அ鎿களힿல் உேரி நீகர பெகரிக்க ஐஐ羿 ஆராய்ெ்殿யாளர்கள் வ羿வகமத்த ꯁ鎿ய த翁ே்ேகன 鎿ட்டம் (IIT Madras Designed Check dam helps save surplus water in Palar River) URL: https://www.youtube.com/watch?v=41yIj2v33yk&feature=youtu.be

Date: 22nd January 2020 Publication: Deccan Herald Edition: Online Journalist: Mr. ETB Sivapriyan Professor: Prof R. Sundaravadivelu Headline: IIT-M researchers help build low-cost check dam, restore river URL: https://www.deccanherald.com/national/south/iit-m-researchers-help-build- low-cost-check-dam-restore-river-796796.html

IIT-M researchers help build low-cost check dam, restore river

Indian Institute of Technology Madras’ collaboration with a European Union Initiative has created opportunities for students to work in industry even before graduating and gain experience and training that can lead to Pre-Placement Opportunities. This project will also expose students to the real-time developments and the technological needs of the industry.

A novel concept in Technical Education for Developing Countries called ‘Dual Education,’ the TEEDE (Towards Excellence in Engineering Curricula for Dual Education) initiative is an European Union and ‘Erasmus +’-funded consortium of eminent Universities in Europe and Asia that merges the classroom learning with industrial experiences. In contrast to internships, which are short-term, TEEDE envisages students spending considerable amount of time employed in Industry as full-time workers, rather than interns, as part of their Curriculum.

IIT Madras has already developed two industry collaborations under this initiative – in Genomics research coordinated by Department of Biotechnology, IIT Madras, and in Petroleum Engineering coordinated by Department of Ocean Engineering, IIT Madras. The Master’s students from these departments will have the opportunity to work in companies engaged in cutting-edge research in these two fields. genomics and petroleum engineering.

Around 20 industry partners of this initiative attended a TEEDE Workshop held at IIT Madras today (21st January 2020). Prof. Rajesh Nair, Associate Professor (Petroleum Engineering), Department of Ocean Engineering, IIT Madras, is the Regional Coordinator for this project.

Delivering the Inaugural Address, Prof. Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras, said, “IIT Madras is the Top-Ranked engineering institute in India, as per NIRF, for last four years in a row and was also adjudged as the ‘Top innovative Institution’ in the country in Atal Ranking of Institutions on Innovation Achievements (ARIIA) 2019 launched by Innovation Cell of MHRD. The Institute has a responsibility not only to remain in the forefront but also to innovate. It is good to have industry come on board early in the curriculum, helping students become more industry-ready by the time they graduate.”

The partners of this TEEDE consortium are eminent universities in Russia, Italy, Germany, Cambodia, India, China, Finland, Belgium and Spain.

Speaking on the occasion, Prof D. Karunagaran, Head, Department of Biotechnology, IIT Madras, said, “This initiative will encourage more start-ups to come. If students have exposure to the industry while still studying, they will gain a lot of valuable experience that will help them to set up their own start-ups. Students interested in working on industry-related research can find a guide in the Biotechnology Department and another in the Industry as well. The student and the guide will have the liberty to spend time in the industry, come back to IIT Madras and work on that issue.”

Under this initiative, the Fellowship for M.S. (by Research) Students will be met by an industrial partner for one to two years. On successful completion of the Research programme, the Scholar will be appointed as a Scientist in the company. It provides opportunities for pre-placement and students get an opportunity to work on industry- relevant problems for research. This can help the student career paths to become robust and in addition provides an opportunity for professors to work with industries.

In addition, based on quality work, students can switch to PhD from MS and they can get employment, challenging work and salary all at the same time.

Addressing the gathering, Prof T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “With the rapid changes happening in technology and application areas, there is an urgent need for the students to be connected with the industry on a regular basis. Industry internships are meeting this to some extent. However, a more proactive engagement is desirable, and we believe that the dual education proposed by TEEDE will address this issue.”

A three-day brainstorming session was also held at IIT Madras on 30th November 2017 with delegates from universities in India, Russia, Europe and Asia.

Speaking later, Prof N. Ramesh Babu, Head, Department of Mechanical Engineering, IIT Madras, said, “This initiative will boost industry-academia collaboration, which is vital for the country. The Manufacturing Sector always requires translational research, which will be a key outcome of this initiative as it enables IIT Madras students to work in the industry. The new generation is always looking to become entrepreneurial rather than seek employment. This initiative will boost entrepreneurship among students and create new and several opportunities for IIT Madras students.”

Prof B. Ravindran, Head, Robert Bosch Centre for Data Science and Artificial Intelligence (RBC DSAI), IIT Madras, said, “This initiative will help address the industry concerns of getting students to become ‘industry-ready’ by the time they graduate. This will also give IIT Madras students valuable exposure to real-world problems and scenarios faced by the Industry even while they are studying and help them apply their learnings to solve these issues.”

Prof. Rajesh Nair, IIT-M TEEDE Coordinator and Associate Professor, Department of Ocean Engineering, IIT Madras, explained the two MoUs that are going to be signed with the industries and technical aspects of this collaboration. This capacity building will help IIT Madras avail additional funding for innovation and internationalisation from ‘Erasmus +.’

Explaining the TEEDE Initiative, Prof. Rajesh Nair said, “It took nearly three years of focussed work and research to find the academia – industry gaps across disciplines through meetings with industries. The model thus developed is based on several rounds of discussions and now has a convincing acceptance among industries and academia. The model is developed aiming at rapid career growth for researchers by way of pre-placements and challenging new topics and to create a climate in favour for start-ups and established companies for innovative solutions.”

Date: 22nd January 2020 Publication: Edu Advise Edition: Online Journalist: NA Professor: Prof R. Sundaravadivelu Headline: IIT Madras-designed Check Dam aids Palar River to store Surplus URL: http://eduadvice.in/home/NewsDetail?pid=20923

IIT Madras-designed Check Dam aids Palar River to store Surplus

Indian Institute of Technology Madras’ collaboration with a European Union Initiative has created opportunities for students to work in industry even before graduating and gain experience and training that can lead to Pre-Placement Opportunities. This project will also expose students to the real-time developments and the technological needs of the industry.

A novel concept in Technical Education for Developing Countries called ‘Dual Education,’ the TEEDE (Towards Excellence in Engineering Curricula for Dual Education) initiative is an European Union and ‘Erasmus +’-funded consortium of eminent Universities in Europe and Asia that merges the classroom learning with industrial experiences. In contrast to internships, which are short-term, TEEDE envisages students spending considerable amount of time employed in Industry as full-time workers, rather than interns, as part of their Curriculum.

IIT Madras has already developed two industry collaborations under this initiative – in Genomics research coordinated by Department of Biotechnology, IIT Madras, and in Petroleum Engineering coordinated by Department of Ocean Engineering, IIT Madras. The Master’s students from these departments will have the opportunity to work in companies engaged in cutting-edge research in these two fields. genomics and petroleum engineering.

Around 20 industry partners of this initiative attended a TEEDE Workshop held at IIT Madras today (21st January 2020). Prof. Rajesh Nair, Associate Professor (Petroleum Engineering), Department of Ocean Engineering, IIT Madras, is the Regional Coordinator for this project.

Delivering the Inaugural Address, Prof. Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras, said, “IIT Madras is the Top-Ranked engineering institute in India, as per NIRF, for last four years in a row and was also adjudged as the ‘Top innovative Institution’ in the country in Atal Ranking of Institutions on Innovation Achievements (ARIIA) 2019 launched by Innovation Cell of MHRD. The Institute has a responsibility not only to remain in the forefront but also to innovate. It is good to have industry come on board early in the curriculum, helping students become more industry-ready by the time they graduate.”

The partners of this TEEDE consortium are eminent universities in Russia, Italy, Germany, Cambodia, India, China, Finland, Belgium and Spain.

Speaking on the occasion, Prof D. Karunagaran, Head, Department of Biotechnology, IIT Madras, said, “This initiative will encourage more start-ups to come. If students have exposure to the industry while still studying, they will gain a lot of valuable experience that will help them to set up their own start-ups. Students interested in working on industry-related research can find a guide in the Biotechnology Department and another in the Industry as well. The student and the guide will have the liberty to spend time in the industry, come back to IIT Madras and work on that issue.”

Under this initiative, the Fellowship for M.S. (by Research) Students will be met by an industrial partner for one to two years. On successful completion of the Research programme, the Scholar will be appointed as a Scientist in the company. It provides opportunities for pre-placement and students get an opportunity to work on industry- relevant problems for research. This can help the student career paths to become robust and in addition provides an opportunity for professors to work with industries.

In addition, based on quality work, students can switch to PhD from MS and they can get employment, challenging work and salary all at the same time.

Addressing the gathering, Prof T. Asokan, Head, Department of Engineering Design, IIT Madras, said, “With the rapid changes happening in technology and application areas, there is an urgent need for the students to be connected with the industry on a regular basis. Industry internships are meeting this to some extent. However, a more proactive engagement is desirable, and we believe that the dual education proposed by TEEDE will address this issue.”

A three-day brainstorming session was also held at IIT Madras on 30th November 2017 with delegates from universities in India, Russia, Europe and Asia.

Speaking later, Prof N. Ramesh Babu, Head, Department of Mechanical Engineering, IIT Madras, said, “This initiative will boost industry-academia collaboration, which is vital for the country. The Manufacturing Sector always requires translational research, which will be a key outcome of this initiative as it enables IIT Madras students to work in the industry. The new generation is always looking to become entrepreneurial rather than seek employment. This initiative will boost entrepreneurship among students and create new and several opportunities for IIT Madras students.”

Prof B. Ravindran, Head, Robert Bosch Centre for Data Science and Artificial Intelligence (RBC DSAI), IIT Madras, said, “This initiative will help address the industry concerns of getting students to become ‘industry-ready’ by the time they graduate. This will also give IIT Madras students valuable exposure to real-world problems and scenarios faced by the Industry even while they are studying and help them apply their learnings to solve these issues.”

Prof. Rajesh Nair, IIT-M TEEDE Coordinator and Associate Professor, Department of Ocean Engineering, IIT Madras, explained the two MoUs that are going to be signed with the industries and technical aspects of this collaboration. This capacity building will help IIT Madras avail additional funding for innovation and internationalisation from ‘Erasmus +.’

Explaining the TEEDE Initiative, Prof. Rajesh Nair said, “It took nearly three years of focussed work and research to find the academia – industry gaps across disciplines through meetings with industries. The model thus developed is based on several rounds of discussions and now has a convincing acceptance among industries and academia. The model is developed aiming at rapid career growth for researchers by way of pre-placements and challenging new topics and to create a climate in favour for start-ups and established companies for innovative solutions.”

Date: 21st January 2020 Publication: The Hindu Tamil Edition: Online Journalist: NA Headline: ஐஐ羿 அல்லாத மாணவர்க쿁க்埁 உதힿத்பதாககபயா翁 埂羿ய ஃபேல்பலா�ே்: பென்கன ஐஐ羿 அ잿ힿே்ꯁ (Non-IIT students get a Fellowship with stipend at IIT Madras) URL: https://www.hindutamil.in/news/vetrikodi/news/535917-iit-summer-fellowship-2020.html

ஐஐ羿 அல்லாத மாணவர்க쿁க்埁 உதힿத்பதாககபயா翁 埂羿ய ஃபேல்பலா�ே்: பென்கன ஐஐ羿 அ잿ힿே்ꯁ

ஐஐ羿 அல்லாத மாணவர்க쿁க்埁 உதힿத்சதாதகநயா翁 埂羿ய ஃசபல்நலா�ப் 埁잿த்鏁 சென்தன ஐஐ羿 அ잿ힿப்ꯁ சவளி뾿ட்翁ள்ள鏁.

ஐஐ羿 அல்லாத மாணவர்களிதடநய ஐஐ羿뾿ன் அꟁபவத்தத உணர தவக்கퟁம் ஆராய்ெ்殿 ஆர்வத்தத அ鎿கப்ப翁த்தퟁம் 'நகாதடகால ஃசபல்நலா�ப் 2020' என்ற ப뾿ற்殿தய சென்தன ஐஐ羿 வழங்垿 வ쏁垿ற鏁.

இதற்埁 ஐஐ羿 அல்லாத கல்쯂ரி மாணவர்கள் அதனவ쏁ம் ힿண்ணப்ꮿக்கலாம். ힿண்ணப்ꮿக்க கதட殿த் நத鎿 ꮿப்ரவரி 29,2020 ஆ埁ம்.

இந்த ஃசபல்நலா�ப்ꮿல் இரண்翁 மாதம் ப뾿ற்殿 வழங்கப்ப翁ம் . இதற்埁 உதힿத்சதாதகயாக 쏂.6,000 வழங்கப்பட உள்ள鏁. நதர்ퟁ செய்யப்ப翁ம் மாணவர்க쿁க்埁 ஐஐ羿뾿ல் 2020-ம் ஆண்翁 நம 20 믁தல் ெூதல 19 வதர ப뾿ற்殿 வழங்கப்ப翁ம் .

யாசரல்லாம் ힿண்ணப்ꮿக்கலாம்?

நகாதடக்கால 埁쟁-செயல்鎿ட்டத்ததக் கற்ற잿ய (mini-project) சபா잿뾿யல், நமலாண்தம, அ잿ힿயல் மற்쟁ம் மாꟁடힿயல் ப羿ப்ꯁ மாணவர்கள் ힿண்ணப்ꮿக்கலாம்.

埁잿ப்பாக, * 3-ம் ஆண்翁 ꮿ.இ./ ꮿ.சடக்./ ꮿ.எஸ்殿. (சபா잿뾿யல்) மாணவர்கள் * ஒ쏁ங்垿தணந்த எம்.இ./ எம்.சடக். 3 அல்ல鏁 4-ம் ஆண்翁 மாணவர்கள் * 믁தலாமாண்翁 எம்.இ./ எம்.சடக்./ எம்.எஸ்殿./எம்.ஏ. மாணவர்கள் * எம்ꮿஏ மாணவர்கள்

ப羿ப்ꮿல் உயர் ம鎿ப்சபண்கள் சபற்쟁ள்ள நமற்埁잿ப்ꮿட்ட மாணவர்கள் இந்த ஃசபல்நலா�ப்ꯁக்埁 ힿண்ணப்ꮿக்கலாம். ꮿற ஐஐ羿க்களில் ப羿க்埁ம் மாணவர்கள் இதற்埁 ힿண்ணப்ꮿக்க 믁羿யா鏁.

மாணவர்கள் ப羿க்埁ம்நபா鏁, கலந்鏁சகாண்ட க쏁த்தரங்埁கள் , நமற்சகாண்ட செயல்鎿ட்டங்கள், நபாட்羿கள் , இன்ன ꮿற ힿ쏁鏁கதளக் 埁잿ப்ꮿட்翁 ힿண்ணப்ꮿக்க நவண்羿ய鏁 அவ殿யம்.

எந்சதந்த சபா잿뾿யல் ꮿரிퟁகள் ힿண்ணப்ꮿக்கலாம்? * ힿண்சவளி சபா잿뾿யல் * அப்தள翁 சமக்கானிக்ஸ் * உ뾿ரி சதா펿ல்ꏁட்ப சபா잿뾿யல் * நவ鎿뾿யல் சபா잿뾿யல் * 殿ힿல் இன்玿னீயரிங் * கணினி அ잿ힿயல் சபா잿뾿யல் * வ羿வதமப்ꯁ சபா잿뾿யல் * 뮿ன்னியல் மற்쟁ம் 뮿ன்ன迁ힿயல் சபா잿뾿யல் * இயந்鎿ரힿயல் சபா잿뾿யல் * உநலாகힿயல் சபா잿뾿யல்

எந்சதந்த அ잿ힿயல் ꮿரிퟁகள் ힿண்ணப்ꮿக்கலாம்? * இயற்ꮿயல் * நவ鎿뾿யல் * கணிதம்

* மாꟁடힿயல் மற்쟁ம் ெ믂க அ잿ힿயல் * நமலாண்தமப் ப羿ப்ꯁ மாணவர்கள் ힿண்ணப்ꮿக்கலாம்.

ힿண்ணப்ꮿப்பதற்埁 믁ன்னால், மாணவர்கள் கல்쯂ரி நி쟁வனங்களில் நற்ொன்잿தழ் சபற்쟁, க羿தத்தத இதணக்க நவண்翁ம்.

Date: 21st January 2020 Publication: Patrikai.com Edition: Online Journalist: NA Headline: ஐஐ羿 ஆராய்ெ்殿 ே뾿ற்殿 வ埁ே்ꮿல் கலந்鏁பகாள்ள ힿ쏁ே்ேமா? – மாணாக்கர்க쿁க்埁 வாய்ே்ꯁ! (Want to attend training program at IIT on research? - opportunities for students) URL: https://www.patrikai.com/iit-madras-announced-research-training-classes/

ஐஐ羿 ஆராய்ெ்殿 ே뾿ற்殿 வ埁ே்ꮿல் கலந்鏁பகாள்ள ힿ쏁ே்ேமா? – மாணாக்கர்க쿁க்埁 வாய்ே்ꯁ!

Date: 22nd January 2020 Publication: Hindustan Edition: Delhi Page No: 15 Journalist: NA Headline: IIT Madras found a formula to deal with the stubble

Date: 22nd January 2020 Publication: Grain Mart Edition: Online Journalist: NA Professor: Prof. Satyanarayanan Chakravarthy and Prof V Raghavan Headline: IIT Madras Collaborates with SAEL Using Paddy Straw as Fuel for Thermal Stations URL: https://www.grainmart.in/news/iit-madras-collaborates-with-sael-using-paddy- straw-as-fuel-for-thermal-stations/

IIT Madras Collaborates with SAEL Using Paddy Straw as Fuel for Thermal Stations

IIT Madras will contribute to reducing paddy straw burning and generating green energy using paddy straw in India. It will develop technology using paddy straw as fuel for thermal power stations in collaboration with Sukhbir Agro Energy Limited (SAEL).

The Collaboration SAEL proposed NCCRD at IIT Madras to work together on the research of using paddy straw in power generation. The company would provide funding to IIT Madras to construct facilities for the combustion of paddy straw. Further, it will use the results in the boiler environment of the power plant of SAEL.

Joint Development Agreement The Joint Development Agreement between IIT Madras and SAEL will focus on eliminating the pollution problem of existing plants. Further, it will seek to generate useful fuels or chemicals with optimum utilization of paddy straw. Besides, the team would explore possibilities to co-fire municipal solid waste with paddy straw to generate electricity. Also, Prof. Satyanarayanan Chakravarthy, NCCRD, stated that the institution will fulfill technical requirements for conducting the analysis. The team would conduct trials at laboratory scale combustor and prototype of a boiler at Technology Development Center Punjab. The results will help to provide the layout design for efficient boilers.

MD of SAEL, Mr Jasbir Singh Awla, stated that the project is in line with the Make in India initiative. Further, he said that the project will serve as a skill development center along with reducing stubble burning. The Technology Development Centre will train several individuals to operate and maintain the power plant.

IIT Madras and SAEL Collaborate to Provide Solution for Paddy Stubble Burning Efforts for Optimization Prof V Raghavan mentioned that this association will not only help to reduce emissions but will also make power plants more durable. Besides, the team would work to optimize the operating parameters of the boiler. Further, they will also strive to extract other useful extracts such as bio-char and bio-crude from the paddy straw.

Future of SAEL Experts revealed their concerns about the seasonal availability of paddy straw. The material is abundantly available in the Punjab and Haryana only for a few weeks. Also, collecting, transporting and storing it in huge volumes is a problem.

To conclude, though SAEL is making efforts to reduce stubble burning, the challenges persist. Hence, the organization has a long way to go.

Date: 23rd January 2020 Publication: News Today Edition: Chennai Page No: 3 Journalist: NA Professor: Prof D Karunagaran Headline: IIT-M helps students work in industry while studying URL: https://newstodaynet.com/index.php/2020/01/22/iit-m-helps-students-work-in- industry-while-studying/

Date: 23rd January 2020 Publication: Rajasthan Patrika Edition: Online Journalist: Purosotham Reddy Professor: Prof D Karunagaran, Prof Ravindra Gettu Headline: IIT Madras helps students work in industry while studying URL: https://www.patrika.com/chennai-news/iit-m-students-to-get-gain-industry- experience-even-graduation-5678947/

Date: 23rd January 2020 Publication: Shiksha Edition: Online Journalist: NA Headline: IIT Madras-EU project helps students to work in industry and get pre- placement URL: https://www.shiksha.com/b-tech/articles/iit-madras-eu-project-helps-students- to-work-in-industry-and-get-pre-placement-blogId-29339

IIT Madras-EU project helps students to work in industry and get pre-placement The cooperation of the Indian Institute of Technology, Madras with an initiative of European Union has generated opportunities for students to work in corporates prior to graduation. This would also help them gain experience and training that can lead to pre-placement opportunities. This project would also provide exposure to the students to the real-time developments and the technological needs of the industry.

The TEEDE (Towards Excellence in Engineering Curricula for Dual Education) initiative, an innovative thought in Technical Education for Developing Countries called ‘Dual Education’, is a syndicate of eminent Universities in Europe and Asia which has been funded by European Union and Erasmus +. The initiative unites the classroom learning with industrial experiences. Contrary to internships, which are short-term, TEEDE envisions students spending substantial amount of time active in corporates as full- time workers, rather than interns, as part of their curriculum.

IIT Madras has already developed two industry collaborations under this initiative – in Genomics research coordinated by the Department of Biotechnology, IIT Madras, and in Petroleum Engineering coordinated by the Department of Ocean Engineering, IIT Madras. The Master’s students from these departments will have the opportunity to work in companies engaged in cutting-edge research in these two fields - Genomics and Petroleum engineering.

Around 20 industry partners of this initiative attended a TEEDE Workshop held at IIT Madras today (21st January 2020). The allies of this TEEDE association are renowned universities in India, China, Finland, Belgium, Spain Russia, Italy, Germany, and Cambodia. Moreover, basis quality work, students can shift from MS to Ph.D. and they can acquire challenging work, employment, and salary all at the same time.

Date: 22nd January 2020 Publication: Sun News TV Edition: Electronic Journalist: Mr. Rama Selvaraj Faculty: Prof R. Sundaravadivelu Headline: ோலாற்잿ன் 埁쟁க்பக நퟀன த翁ே்ேகண (Modern Checkdam across Palar River) URL: https://www.youtube.com/watch?v=Sl9XHJREqEM

Date: 23rd January 2020 Publication: Times Now Edition: Online Journalist: NA Headline: IIT Madras Summer Fellowship 2020: Apply on sfp.iitm.ac.in - Check Important dates and Stipend details here URL: https://www.timesnownews.com/education/article/iit-madras-summer- fellowship-2020-apply-on-sfp-iitm-ac-in-check-important-dates-and-stipend-details- here/543433

IIT Madras Summer Fellowship 2020: Apply on sfp.iitm.ac.in - Check Important dates and Stipend details here

Indian Institute of Technology, IIT Madras has invited applications for two months of Summer Fellowship program 2020. The program is designed to enhance the awareness in academic research of Engineering, Management and Humanities students. The students will be given a mini-project that will be undertaken by IIT Madras and will be provided with a handsome stipend. The candidates can apply on the official website of IIT Madras sfp.iitm.ac.in.

Those candidates pursuing their 3rd years in Bachelors degree, B.E, B.Tech, B.Sc(Engineering) or 3rd or 4th year of Integrated M.E/ M.Tech are eligible to apply for the fellowship. Also, the candidates who are in 1st year can apply but they need an outstanding academic background to do so. 1st-year students of M.E, MBA, Mtech, MSc and MA can apply if they have a good performance in their university exams.

IIT Summer Fellowship: Important Dates Date of Online Application January 12, 2020 Last date of Application February 29, 2020 Period of Internship May 20 - July 19, 2020 The candidates are encouraged to highlight their performance and achievements including paper presentations at seminars, projects undertaken Mths Olympiad and other participations in state and district level competitions.

IIT Madras ✔ @iitmadras Applications Invited!#IITM offers ‘Summer Fellowship Programme 2020’ for two months with a stipend, a unique opportunity for students from other Institutions to pursue their internship/ undertake a research project, at IIT Madras.

More details: https://sfp.iitm.ac.in/

View image on Twitter 34 1:03 PM - Jan 22, 2020 Twitter Ads info and privacy See IIT Madras's other Tweets However, candidates must note that no IIT student is allowed to participate.

Candidates can follow this direct link to know how to fill the applications of the Summer Fellowship Programme 2020

The project duration will be from May 20, 2020, to July 19, 2020. This schedule will be tailored according to the student's convenience. The participating departments are Aerospace Engineering, Applied Mechanics, Biotech, Civil Engineering, Oceanic Engineering etc. The stipend amount of INR 6000 will be provided to the candidates on a monthly basis. The last date to apply is February 29, 2020. Candidates are advised to apply on IIT Madras official website before the last date.

Date: 24th January 2020 Publication: Pagal Guy Edition: Online Journalist: NA Headline: IIT Madras Summer Fellowship 2020: Check Important dates and Other Details on sfp.iitm.ac.i URL: https://www.pagalguy.com/articles/iit-madras-summer-fellowship-2020-check- important-dates-and-other-details-on-sfp-iitm-ac-in

IIT Madras Summer Fellowship 2020: Check Important dates and Other Details on sfp.iitm.ac.i

IIT Madras Summer Fellowship 2020 IIT – Indian Institute of Technology is seeking applicants for the two months of Summer fellowship program 2020. This program is designed for the management, engineering and humanities students to enhance their awareness in the academic research. Students would be provided with good stipend and they will be given a mini project which will be undertaken by IIT Madras.

Important Dates

Interested students should note the following important dates released by IIT, Madras:

The beginning of online application form is 12th January 2020. The last date to submit the application form is 29th February 2020. The period of internship would be from 20th May to 19th July 2020. Eligibility Criteria

IIT Madras has released some eligibility criteria for students to be part of summer fellowship program. They are:

Students who are in the final year or 3rd year of Bachelors Degree, B.E, B. Tech, B. Sc (Engineering), integrated M.E. / M.Tech will be eligible to apply. Students of M.E, MBA, M. Tech, M. Sc and MA who have excellent performance in academics in the first year can be considered for the fellowship program. First year Students with outstanding academic background and good university exams score will only be considered for the internship. It should be noted that IIT students would not be allowed for internship. Students who are interested in summer fellowship program should visit the official website of IIT which is www.sfp.iitm.ac.in .

Project Details

The summer internship program is for duration from 20th May 2020 till 19th July 2020 and the schedule might be tailored according to the student’s convenience. The students will be provided INR 6000 per month as Stipend for the internship.

The participating departments in the summer fellowship program are Aerospace Engineering, Biotech, Civil Engineering, Applied Mechanics and Oceanic Engineering. Students are encouraged to highlight the participation and achievements during the presentation.

Date: 25th January 2020 Publication: The Times of India Edition: Chennai Page No: 2 Journalist: NA Headline: IIT-M meet on moon landing

Date: 25th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 2 Journalist: NA Headline: IIT-M hosts event on moon landing

Date: 25th January 2020 Publication: NDTV Edition: Online Journalist: Anisha Singh Professor: Prof. Bhaskar Ramamurthi, Dr. Merin Simi Raj, Dr. Avishek Parui and Dr. Swarnalatha Rangarajan Headline: IIT Madras Hosts Symposium On Apollo's Moon Landing After 50 Years URL: https://www.ndtv.com/education/iit-madras-hosts-symposium-on-apollos- moon-landing-after-50-years-2169271

IIT Madras Hosts Symposium On Apollo's Moon Landing After 50 Years

IIT Madras recently hosted a Symposium on 'Apollo's Legacy and the Meaning of Moon Landing After 50 Years', an event which was organized by the Memory Studies Research Network, IIT Madras. Dr. Roger Launius, former Chief Historian of National Aeronautics and Space Administration (NASA), presented a scholarly account of the scientific and political significance of the Apollo Moon landing Mission, locating it in the context of the Cold War. He delineated the criticisms and controversies the event courted from various sections.

Dr. Launius spoke about Moon Landing denials in political as well as popular culture. He ended his lecture on the lasting legacy on Apollo's landing in the scientific and cultural imagination today, connecting it to the research concerns of Memory Studies as an interdisciplinary frame.

Dr. Roger Launius also presented a copy of his book 'Apollo's Legacy: Perspectives on Moon Landing' to the Memory Studies Research Network.

Dr. Merin Simi Raj and Dr. Avishek Parui, Assistant Professors, from the Department of Humanities and Social Sciences, are the faculty conveners of Memory Studies Research Network. The first conference on Memory Studies was organized in October 2019 which focused on the Centenary of Jallianwalla Bagh.

Prof Bhaskar Ramamurthi, the Director of IIT Madras, appreciated the interdisciplinary research prospects of the Memory Studies Network at IIT Madras, while also sharing the significance and his personal memory with the Moon Landing event in 1969.

Prof. Swarnalatha Rangarajan, Head (i/c) of the Department of Humanities and Social Sciences, spoke about the research clusters and possibilities forged by Memory Studies Research Network, while also underlining the cultural significance of Apollo 11 (the spaceflight that first landed humans on the Moon).

Dr. Avishek Parui underlined the collaborations the Studies Research Network had with KLM Dutch Airlines, Augmented Reality Lab and TCS Chennai, drawing attention to the academia-industry interface of this initiative. Referring to the scholarship of Dr. Launius, Dr. Parui mentioned the various vectors involved in Memory Studies, including archival historical research as well as new theories in Cognitive Studies and Simulation Studies.

Dr. Merin Simi Raj spoke about the significance of researchers such as Dr. Launius in the framework of Memory Studies, while also describing the future possibilities of this network at IIT Madras, mentioning a formative collaboration plan with the MIT Media Lab. She also highlighted the textual, technological, cultural, and cognitive components of this exciting field of research.

Date: 25th January 2020 Publication: UNI Edition: Online Journalist: NA Headline: Symposium on Apollo's legacy, meaning of moon landing held at IIT-M URL: http://www.uniindia.com/symposium-on-apollo-s-legacy-meaning-of-moon- landing-held-at-iit-m/south/news/1864050.html

Symposium on Apollo's legacy, meaning of moon landing held at IIT-M

IIT Madras recently hosted a Symposium on 'Apollo's Legacy and the Meaning of Moon Landing After 50 Years', an event which was organized by the Memory Studies Research Network, IIT Madras. Dr. Roger Launius, former Chief Historian of National Aeronautics and Space Administration (NASA), presented a scholarly account of the scientific and political significance of the Apollo Moon landing Mission, locating it in the context of the Cold War. He delineated the criticisms and controversies the event courted from various sections.

Dr. Launius spoke about Moon Landing denials in political as well as popular culture. He ended his lecture on the lasting legacy on Apollo's landing in the scientific and cultural imagination today, connecting it to the research concerns of Memory Studies as an interdisciplinary frame.

Dr. Roger Launius also presented a copy of his book 'Apollo's Legacy: Perspectives on Moon Landing' to the Memory Studies Research Network.

Dr. Merin Simi Raj and Dr. Avishek Parui, Assistant Professors, from the Department of Humanities and Social Sciences, are the faculty conveners of Memory Studies Research Network. The first conference on Memory Studies was organized in October 2019 which focused on the Centenary of Jallianwalla Bagh.

Prof Bhaskar Ramamurthi, the Director of IIT Madras, appreciated the interdisciplinary research prospects of the Memory Studies Network at IIT Madras, while also sharing the significance and his personal memory with the Moon Landing event in 1969.

Prof. Swarnalatha Rangarajan, Head (i/c) of the Department of Humanities and Social Sciences, spoke about the research clusters and possibilities forged by Memory Studies Research Network, while also underlining the cultural significance of Apollo 11 (the spaceflight that first landed humans on the Moon).

Dr. Avishek Parui underlined the collaborations the Studies Research Network had with KLM Dutch Airlines, Augmented Reality Lab and TCS Chennai, drawing attention to the academia-industry interface of this initiative. Referring to the scholarship of Dr. Launius, Dr. Parui mentioned the various vectors involved in Memory Studies, including archival historical research as well as new theories in Cognitive Studies and Simulation Studies.

Dr. Merin Simi Raj spoke about the significance of researchers such as Dr. Launius in the framework of Memory Studies, while also describing the future possibilities of this network at IIT Madras, mentioning a formative collaboration plan with the MIT Media Lab. She also highlighted the textual, technological, cultural, and cognitive components of this exciting field of research.

Date: 25th January 2020 Publication: India Today Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Dr. Merin Simi Raj, Dr. Avishek Parui and Dr. Swarnalatha Rangarajan Headline: IIT Madras symposium: Former NASA Chief Historian explains significance of Apollo Moon landing Mission URL: https://www.indiatoday.in/education-today/news/story/iit-madras-former-chief- historian-of-nasa-explains-significance-of-apollo-moon-landing-mission-1639744- 2020-01-24

IIT Madras symposium: Former NASA Chief Historian explains significance of Apollo Moon landing Mission

IIT Madras recently hosted a Symposium on 'Apollo's Legacy and the Meaning of Moon Landing After 50 Years', an event which was organized by the Memory Studies Research Network, IIT Madras. Dr. Roger Launius, former Chief Historian of National Aeronautics and Space Administration (NASA), presented a scholarly account of the scientific and political significance of the Apollo Moon landing Mission, locating it in the context of the Cold War. He delineated the criticisms and controversies the event courted from various sections.

Dr. Launius spoke about Moon Landing denials in political as well as popular culture. He ended his lecture on the lasting legacy on Apollo's landing in the scientific and cultural imagination today, connecting it to the research concerns of Memory Studies as an interdisciplinary frame.

Dr. Roger Launius also presented a copy of his book 'Apollo's Legacy: Perspectives on Moon Landing' to the Memory Studies Research Network.

Dr. Merin Simi Raj and Dr. Avishek Parui, Assistant Professors, from the Department of Humanities and Social Sciences, are the faculty conveners of Memory Studies Research Network. The first conference on Memory Studies was organized in October 2019 which focused on the Centenary of Jallianwalla Bagh.

Prof Bhaskar Ramamurthi, the Director of IIT Madras, appreciated the interdisciplinary research prospects of the Memory Studies Network at IIT Madras, while also sharing the significance and his personal memory with the Moon Landing event in 1969.

Prof. Swarnalatha Rangarajan, Head (i/c) of the Department of Humanities and Social Sciences, spoke about the research clusters and possibilities forged by Memory Studies Research Network, while also underlining the cultural significance of Apollo 11 (the spaceflight that first landed humans on the Moon).

Dr. Avishek Parui underlined the collaborations the Studies Research Network had with KLM Dutch Airlines, Augmented Reality Lab and TCS Chennai, drawing attention to the academia-industry interface of this initiative. Referring to the scholarship of Dr. Launius, Dr. Parui mentioned the various vectors involved in Memory Studies, including archival historical research as well as new theories in Cognitive Studies and Simulation Studies.

Dr. Merin Simi Raj spoke about the significance of researchers such as Dr. Launius in the framework of Memory Studies, while also describing the future possibilities of this network at IIT Madras, mentioning a formative collaboration plan with the MIT Media Lab. She also highlighted the textual, technological, cultural, and cognitive components of this exciting field of research.

Date: 25th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. Bhaskar Ramamurthi, Dr. Merin Simi Raj, Dr. Avishek Parui and Dr. Swarnalatha Rangarajan Headline: IIT Madras Hosts Symposium on ‘Apollo’s Legacy and the Meaning of Moon Landing After 50 Years’ URL: https://indiaeducationdiary.in/iit-madras-hosts-symposium-on-apollos-legacy- and-the-meaning-of-moon-landing-after-50-years/

IIT Madras Hosts Symposium on ‘Apollo’s Legacy and the Meaning of Moon Landing After 50 Years’

IIT Madras recently hosted a Symposium on 'Apollo's Legacy and the Meaning of Moon Landing After 50 Years', an event which was organized by the Memory Studies Research Network, IIT Madras. Dr. Roger Launius, former Chief Historian of National Aeronautics and Space Administration (NASA), presented a scholarly account of the scientific and political significance of the Apollo Moon landing Mission, locating it in the context of the Cold War. He delineated the criticisms and controversies the event courted from various sections.

Dr. Launius spoke about Moon Landing denials in political as well as popular culture. He ended his lecture on the lasting legacy on Apollo's landing in the scientific and cultural imagination today, connecting it to the research concerns of Memory Studies as an interdisciplinary frame.

Dr. Roger Launius also presented a copy of his book 'Apollo's Legacy: Perspectives on Moon Landing' to the Memory Studies Research Network.

Dr. Merin Simi Raj and Dr. Avishek Parui, Assistant Professors, from the Department of Humanities and Social Sciences, are the faculty conveners of Memory Studies Research Network. The first conference on Memory Studies was organized in October 2019 which focused on the Centenary of Jallianwalla Bagh.

Prof Bhaskar Ramamurthi, the Director of IIT Madras, appreciated the interdisciplinary research prospects of the Memory Studies Network at IIT Madras, while also sharing the significance and his personal memory with the Moon Landing event in 1969.

Prof. Swarnalatha Rangarajan, Head (i/c) of the Department of Humanities and Social Sciences, spoke about the research clusters and possibilities forged by Memory Studies Research Network, while also underlining the cultural significance of Apollo 11 (the spaceflight that first landed humans on the Moon).

Dr. Avishek Parui underlined the collaborations the Studies Research Network had with KLM Dutch Airlines, Augmented Reality Lab and TCS Chennai, drawing attention to the academia-industry interface of this initiative. Referring to the scholarship of Dr. Launius, Dr. Parui mentioned the various vectors involved in Memory Studies, including archival historical research as well as new theories in Cognitive Studies and Simulation Studies.

Dr. Merin Simi Raj spoke about the significance of researchers such as Dr. Launius in the framework of Memory Studies, while also describing the future possibilities of this network at IIT Madras, mentioning a formative collaboration plan with the MIT Media Lab. She also highlighted the textual, technological, cultural, and cognitive components of this exciting field of research.

Date: 25th January 2020 Publication: Daily Thanthi Edition: Chennai Page No: 18 Journalist: NA Headline: IIT-M helps students work in industry while studying

Date: 25th January 2020 Publication: The Hindu Edition: Online Journalist: NA Professor: Prof. Manivanan Headline: AIIMS, IIT Madras sign MoU on healthcare URL: https://www.thehindu.com/news/national/andhra-pradesh/aiims-iit-madras- sign-mou-on-healthcare/article30647581.ece

AIIMS, IIT Madras sign MoU on healthcare

Date: 27th January 2020 Publication: Telangana Today Edition: Hyderabad Page No: 7 Journalist: NA Headline: Exposure for students to work in industries URL: https://telanganatoday.com/exposure-for-students-to-work-in-industries

Date: 27th January 2020 Publication: The New Indian Express Edition: Chennai Page No: 14 Journalist: NA Headline: IIT-M partner with the EU

Date: 27th January 2020 Publication: The Hindu Edition: Chennai Page No: 15 Journalist: NA Headline: Hostel renovations

Date: 28th January 2020 Publication: DQ India.com Edition: Online Journalist: NA Headline: IIT Summer Internship 2020: IIT Madras Invites Applications from Students, Stipend Rs 6000 URL: https://www.dqindia.com/iit-summer-internship-2020-iit-madras-invites- applications-students-stipend-rs-6000/

IIT Summer Internship 2020: IIT Madras Invites Applications from Students, Stipend Rs 6000

IIT summer internship 2020 of two months with a stipend of Rs 6000 per month is being offered at the Indian Institute of Technology Madras (IIT Madras). The internship is open to students pursuing their under graduation, post-graduation as well as integrated post-graduation in the fields of Engineering, Management, Sciences and Humanities.

The programme may be held from 20 May 2020 to 19 July 2020, based on the student’s convenience, and the participating departments are Physics, Chemistry, Mathematics, Management Studies, Aerospace Engineering, Applied Mechanics, Bio-Technology, Chemical Engineering, Civil Engineering, and so on.

Who can Apply for IIT Summer Internship 2020? According to the IIT Madras website, the following students can apply

1. Candidates in third-year of BE, BTech, or BSc in engineering 2. Candidates in the third or fourth year of integrated ME or MTech programme 3. Candidates in1st year of ME, MTech, MSc, MA or MBA Candidates with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply, highlighting their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score or rank in Mathematics Olympiad and any other awards or distinctions obtained. IIT students may not apply for this internship.

How to Apply for IIT Summer Internship 2020? Interested and eligible candidates need to apply on the dedicated website by taking the following steps:

1. Create a new account with the website by providing a valid email address and login name. 2. Fill up the provided online application forms under the “My Application Summary” category. 3. Upload the required files such as photographs, academic certificates and so on. 4. Once all the correct details are entered, submit the applications. Candidates are advised to go through the content available on the IIT summer internship 2020 website in detail before applying for the same. The last date to fill and submit the online application is 29 February 2020.

Date: 29th January 2020 Publication: Daily Hunt Edition: Online Journalist: NA Professor: Prof. V. Jagadeesh Kumar Headline: IIT Madras invites applications from non-IITians for Summer Fellowship Programme-2020 URL: https://m.dailyhunt.in/news/india/english/skill+outlook-epaper- skillout/iit+madras+invites+applications+from+non+iitians+for+summer+fellowship+pr ogramme+2020-newsid-162214314

IIT Madras invites applications from non-IITians for Summer Fellowship Programme- 2020 Indian Institute of Technology (IIT) Madras, an institute of National Importance, is inviting applications from students across the country for 'Summer Fellowship Programme - 2020,' which is open to students outside the IITs. The IITM - Summer Fellowship Programme is for a duration of two months and offers a stipend of Rs. 6,000 for the Fellowship duration. The Fellowship is designed to enhance awareness and interest in high-quality academic research among young Engineering, Management, Sciences and Humanities students through a goal-oriented summer mini-project undertaken at IIT Madras. The Last date for Online Submission of application is 29th February 2020. Speaking about the opportunities offered by this Fellowship, Prof. V. Jagadeesh Kumar, Dean (Academic Courses), IIT Madras, said, "This is a golden opportunity for students aspiring for a career in research." Eligibility Candidates pursuing 3rd year of B.E./B.Tech./B.Sc. (Engineering) or 3rd or 4th year of Integrated M.E./M.Tech. programme, 1st year of ME/M.Tech/M.Sc./M.A, MBA with an outstanding academic background in terms of high ranks in university examinations are encouraged to apply. Students from all IITs are ineligible to apply. Applicants must highlight their academic performance and achievement including papers presented at seminars, projects executed, design contests participated, score/rank in Mathematics Olympiad and any other awards/distinctions obtained. The programme duration will be from 20th May 2020 to 19th July 2020. (Schedule may be flexible to suit student's convenience) The following departments of IIT Madras are open under this Fellowship: Engineering Departments: Ø Aerospace Engineering Ø Applied Mechanics Ø Bio Technology Ø Chemical Engineering Ø Civil Engineering Ø Computer Science & Engineering Ø Engineering Design Ø Electrical Engineering Ø Mechanical Engineering Ø Metallurgical & Materials Engineering Ø Ocean Engineering Science Departments: Ø Physics Ø Chemistry Ø Mathematics Humanities & Social Sciences Ø Management Studies Students must submit a letter from their respective Institutions certifying that they were a bonafide student. It should have been issued by the Head of Institution (samples template can be found here - UG/DD bonafide and PG Bonafide). For exact eligibility criteria, how to apply and other details, candidates should refer the official website of IIT Madras. https://sfp.iitm.ac.in

Date: 31st January 2020 Publication: The Times of India Edition: Chennai Page No: 2 Journalist: Aditi R Professor: Prof. Mahesh Panchagnula Headline: IIT-M meet on advances in biology URL: https://timesofindia.indiatimes.com/city/chennai/iit-madras-hosting-india- embo-symposium/articleshow/73768414.cms

Date: 31st January 2020 Publication: NDTV Edition: Online Journalist: MAitree Baral Professor: Prof. Mahesh Panchagnula Headline: IIT Madras Hosts International Symposium on 'Synthetic Biology' URL: https://www.ndtv.com/education/iit-madras-hosts-international-symposium-on- synthetic-biology-2172288

IIT Madras Hosts International Symposium on 'Synthetic Biology'

The Indian Institute of Technology (IIT) Madras is hosting an international symposium on 'Engineering meets evolution: Designing biological systems'. The three-day long event is jointly organised by Initiative for Biological Systems Engineering (IBSE), IIT Madras, and the European Molecular Biology Organization (EMBO). The aim of the symposium is to exchange ideas, discuss challenges and share experiences on various aspects of bio-engineering and synthetic biology.

"We are indeed happy that EMBO is supporting an international symposium on synthetic biology at IIT Madras. Life science research is at an inflection point promising exciting bedside outcome improvement. Events such as this help synergistically accelerate towards that greater goal," said Professor Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, emphasizing on the role of international collaborations in setting up a strong synthetic biology programme at IIT Madras.

Delivering the keynote address on 'Thinking big: engineering SynBio interventions on a global scale,' Dr. Victor de Lorenzo, Group Leader, Molecular Environmental Microbiology Laboratory, National Centre for Biotechnology (CNB), Spain, said, "The environmental microbiome once improved and reprogrammed with the tools of synthetic biology, can become our main ally to fight climate change."

The symposium will be held till February 1, where leading scientists, researchers, and first-stage research scholars would discuss the advances and latest research findings in the field of 'Synthetic Biology' and 'Bioengineering'.

Date: 31st January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula, Dr. Karthik Raman and Dr. Himanshu Sinha Headline: IIT Madras Hosts International Symposium on ‘Synthetic Biology’ URL: https://indiaeducationdiary.in/iit-madras-hosts-international-symposium-on- synthetic-biology/

IIT Madras Hosts International Symposium on ‘Synthetic Biology’

The Indian Institute of Technology (IIT) Madras is hosting an international symposium on 'Engineering meets evolution: Designing biological systems'. The three-day long event is jointly organised by Initiative for Biological Systems Engineering (IBSE), IIT Madras, and the European Molecular Biology Organization (EMBO). The aim of the symposium is to exchange ideas, discuss challenges and share experiences on various aspects of bio-engineering and synthetic biology.

"We are indeed happy that EMBO is supporting an international symposium on synthetic biology at IIT Madras. Life science research is at an inflection point promising exciting bedside outcome improvement. Events such as this help synergistically accelerate towards that greater goal," said Professor Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, emphasizing on the role of international collaborations in setting up a strong synthetic biology programme at IIT Madras.

Delivering the keynote address on 'Thinking big: engineering SynBio interventions on a global scale,' Dr. Victor de Lorenzo, Group Leader, Molecular Environmental Microbiology Laboratory, National Centre for Biotechnology (CNB), Spain, said, "The environmental microbiome once improved and reprogrammed with the tools of synthetic biology, can become our main ally to fight climate change."

The symposium will be held till February 1, where leading scientists, researchers, and first-stage research scholars would discuss the advances and latest research findings in the field of 'Synthetic Biology' and 'Bioengineering'.

Date: 31st January 2020 Publication: Campus Varta Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula, Dr. Karthik Raman and Dr. Himanshu Sinha Headline: IIT Madras Hosts International Symposium on ‘Synthetic Biology’ URL: https://www.campusvarta.com/campus-updates/iit-madras-hosts-international- symposium-on-synthetic-biology/

IIT Madras Hosts International Symposium on ‘Synthetic Biology’

The Indian Institute of Technology (IIT) Madras is hosting an international symposium on 'Engineering meets evolution: Designing biological systems'. The three-day long event is jointly organised by Initiative for Biological Systems Engineering (IBSE), IIT Madras, and the European Molecular Biology Organization (EMBO). The aim of the symposium is to exchange ideas, discuss challenges and share experiences on various aspects of bio-engineering and synthetic biology.

"We are indeed happy that EMBO is supporting an international symposium on synthetic biology at IIT Madras. Life science research is at an inflection point promising exciting bedside outcome improvement. Events such as this help synergistically accelerate towards that greater goal," said Professor Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, emphasizing on the role of international collaborations in setting up a strong synthetic biology programme at IIT Madras.

Delivering the keynote address on 'Thinking big: engineering SynBio interventions on a global scale,' Dr. Victor de Lorenzo, Group Leader, Molecular Environmental Microbiology Laboratory, National Centre for Biotechnology (CNB), Spain, said, "The environmental microbiome once improved and reprogrammed with the tools of synthetic biology, can become our main ally to fight climate change."

The symposium will be held till February 1, where leading scientists, researchers, and first-stage research scholars would discuss the advances and latest research findings in the field of 'Synthetic Biology' and 'Bioengineering'.

Date: 31st January 2020 Publication: India Today Edition: Online Journalist: Karan Yadav Professor: Prof. Mahesh Panchagnula Headline: IIT Madras Hosts International convention on 'Synthetic Biology' URL: https://www.indiatoday.in/education-today/news/story/iit-madras-hosts- international-convention-on-synthetic-biology-1641882-2020-01-31

IIT Madras Hosts International convention on 'Synthetic Biology'

Indian Institute of Technology Madras is hosting the India-EMBO Symposium on 'Engineering meets evolution: Designing biological systems' from 30th January to 1st February 2020. The event brought together leading scientists, researchers, and first- stage research scholars to discuss the advances and latest research findings in the field of 'Synthetic Biology' and 'Bioengineering'.

It is jointly organised by Initiative for Biological Systems Engineering (IBSE), IIT Madras, and the European Molecular Biology Organization (EMBO).

What is the aim of India- EMBO? The aim of the India-EMBO symposium is to provide a platform to the research community for exchanging ideas, discussing challenges encountered and sharing research experiences. It focused on various aspects of bioengineering and synthetic biology, such as:

Utilisation of biological systems to create the desired effect Understanding the metabolism to engineer the cell The potential applications of engineering the genetic material Research queries on synthetic microbial communities Putting these above-mentioned concepts together in real-life applications

The India-EMBO symposium will help to identify the research opportunities and priorities in bioengineering and synthetic biology. The perspective of speakers over the three days from different sectors will explain the possible future scope in this field and provide information about the funding availability and ethical considerations to ensure that the research on synthetic biology will be carried out responsibly to realise its full potential.

"We are indeed happy that EMBO is supporting an international symposium on synthetic biology at IIT Madras. Life science research is at an inflection point promising exciting bedside outcome improvement. Events such as this help synergistically accelerate towards that greater goal". Said Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, The interaction will benefit in various ways The interaction sessions between the research scholars and the leading scientists will benefit in promoting collaborations, analysing the bottlenecks in the research fields, and the possible innovative solutions to overcome the challenges. On a concluding note, this symposium will be a potential platform that elicits confidence among research scholars to establish their career in synthetic biology.

Delivering the Keynote address on 'thinking big: engineering SynBio interventions on a global scale,' "The environmental microbiome once improved and reprogrammed with the tools of synthetic biology, can become our main ally to fight climate change," said, Dr. Victor de Lorenzo, Group Leader, Molecular Environmental Microbiology Laboratory, National Centre for Biotechnology (CNB), Spain

About EMBO:

EMBO is an organisation that comprises 1,800 active leading researchers who support excellence in life sciences. The primary goals of EMBO are to endorse talented researchers, aid in building a better research environment, and promote the exchange of scientific ideas and information.

Several contributions through short courses, workshops, conferences, and press publications support EMBO to maintain high standards of excellence in research practice.

About IIT Madras:

IIT Madras has been designated as one of the premier centres for basic and applied research, technical education, and industrial collaborations in India. The internationally recognised faculties, talented student's pool, and intensive research contribute to achieving the pre-eminent status of IIT Madras. IIT Madras houses 16 departments and a few advanced research centres in various disciplines.

About IBSE:

IBSE is an interdisciplinary group that works on developing innovative methodologies to integrate multi-omics data to understand, predict, and manipulate complex biological systems.

The research undertaken at IBSE includes the study of gene-gene and gene-host interactions in order to unravel the genotype to phenotype map that facilitates adaptation in yeast and the study of design principles for building synthetic biological parts. The students at IITM have been active participants at the International Genetically Engineered Machine (iGEM) competition, which is a premier competition for building synthetic biological parts.

Date: 31st January 2020 Publication: Eduadvice Edition: Online Journalist: NA Professor: Prof. Mahesh Panchagnula, Dr. Karthik Raman and Dr. Himanshu Sinha Headline: IIT Madras Hosts International Symposium on ‘Synthetic Biology’ URL: http://eduadvice.in/home/NewsDetail?pid=20960

IIT Madras Hosts International Symposium on ‘Synthetic Biology’

Indian Institute of Technology Madras is hosting the India-EMBO Symposium on 'Engineering meets evolution: Designing biological systems' from 30th January to 1st February 2020. The event brought together leading scientists, researchers, and first- stage research scholars to discuss the advances and latest research findings in the field of 'Synthetic Biology' and 'Bioengineering'.

It is jointly organised by Initiative for Biological Systems Engineering (IBSE), IIT Madras, and the European Molecular Biology Organization (EMBO).

What is the aim of India- EMBO? The aim of the India-EMBO symposium is to provide a platform to the research community for exchanging ideas, discussing challenges encountered and sharing research experiences. It focused on various aspects of bioengineering and synthetic biology, such as:

Utilisation of biological systems to create the desired effect Understanding the metabolism to engineer the cell The potential applications of engineering the genetic material Research queries on synthetic microbial communities Putting these above-mentioned concepts together in real-life applications

The India-EMBO symposium will help to identify the research opportunities and priorities in bioengineering and synthetic biology. The perspective of speakers over the three days from different sectors will explain the possible future scope in this field and provide information about the funding availability and ethical considerations to ensure that the research on synthetic biology will be carried out responsibly to realise its full potential.

"We are indeed happy that EMBO is supporting an international symposium on synthetic biology at IIT Madras. Life science research is at an inflection point promising exciting bedside outcome improvement. Events such as this help synergistically accelerate towards that greater goal". Said Prof. Mahesh Panchagnula, Dean (International and Alumni Relations), IIT Madras, The interaction will benefit in various ways The interaction sessions between the research scholars and the leading scientists will benefit in promoting collaborations, analysing the bottlenecks in the research fields, and the possible innovative solutions to overcome the challenges. On a concluding note, this symposium will be a potential platform that elicits confidence among research scholars to establish their career in synthetic biology.

Delivering the Keynote address on 'thinking big: engineering SynBio interventions on a global scale,' "The environmental microbiome once improved and reprogrammed with the tools of synthetic biology, can become our main ally to fight climate change," said, Dr. Victor de Lorenzo, Group Leader, Molecular Environmental Microbiology Laboratory, National Centre for Biotechnology (CNB), Spain

About EMBO:

EMBO is an organisation that comprises 1,800 active leading researchers who support excellence in life sciences. The primary goals of EMBO are to endorse talented researchers, aid in building a better research environment, and promote the exchange of scientific ideas and information.

Several contributions through short courses, workshops, conferences, and press publications support EMBO to maintain high standards of excellence in research practice.

About IIT Madras:

IIT Madras has been designated as one of the premier centres for basic and applied research, technical education, and industrial collaborations in India. The internationally recognised faculties, talented student's pool, and intensive research contribute to achieving the pre-eminent status of IIT Madras. IIT Madras houses 16 departments and a few advanced research centres in various disciplines.

About IBSE:

IBSE is an interdisciplinary group that works on developing innovative methodologies to integrate multi-omics data to understand, predict, and manipulate complex biological systems.

The research undertaken at IBSE includes the study of gene-gene and gene-host interactions in order to unravel the genotype to phenotype map that facilitates adaptation in yeast and the study of design principles for building synthetic biological parts. The students at IITM have been active participants at the International Genetically Engineered Machine (iGEM) competition, which is a premier competition for building synthetic biological parts.

IIT Madras is an innovation and entrepreneurship hub

Date: 21st January 2020 Publication: Business Standard Edition: Online Journalist: T.E. Narasimhan Alumni: Tarun Mehta and Swapnil Jain Headline: IIT-Madras: Nurturing a range of start-up ideas, from farming to space tech URL: https://www.business-standard.com/article/companies/iit-madras-nurturing-a- range-of-start-up-ideas-from-farming-to-space-tech-120012001131_1.html

IIT-Madras: Nurturing a range of start-up ideas, from farming to space tech

Back in 2012, Tarun Mehta and Swapnil Jain were classmates at the Indian Institute of Technology, Madras (IIT-M), one of the oldest IITs in India. After a brief corporate stint, when both decided to take a plunge into entrepreneurship, they turned to their alma mater.

Thanks to the initial support by the seniors, faculty members and professors, Mehta and Jain today run Ather Energy, a successful smart electric scooter company in India. Stellapps is another example of a successful IIT-M-incubated start-up. It has developed solutions that optimise the agricultural supply chain across.

Date: 29th January 2020 Publication: The Hindu Edition: Chennai / Delhi / Mumbai / Bangalore / Hyderabad / Kochi Page No: 15 Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT faculty promote data science online

Date: 29th January 2020 Publication: The Times of India Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-Madras offers data science courses at affordable costs URL: https://timesofindia.indiatimes.com/home/education/news/iit-madras-offers- data-science-courses-at-affordable-costs/articleshow/73692889.cms

IIT-Madras offers data science courses at affordable costs

The Indian Institute of Technology Madras (IIT Madras) faculty are offering affordable courses on data science through their platform ‘PadhAI’, it said on Tuesday.

They are launching an online self-paced course on foundations of data science, which covers from beginners’ level, the mathematical and programming skills required for a data scientist.

This five-month course is affordably priced at Rs 1,000 for students and faculty members, the Institute said in a statement.

“With PadhAI, for us it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science,” said Mitesh Khapra, Co-Founder, One Fourth Labs - an IIT Madras incubated Start-up.

“Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics,” Khapra added.

According to the Institute, there is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education and IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on 1st February 2020 and is accepting enrolments at padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

Date: 28th January 2020 Publication: Business Standard Edition: Online Journalist: Mr. Gireesh Babu Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IITM-incubated One-Fourth Labs launches affordable data science course URL: https://www.business-standard.com/article/education/iitm-incubated-one- fourth-labs-launches-affordable-data-science-course-120012800634_1.html

IITM-incubated One-Fourth Labs launches affordable data science course

The Indian Institute of Technology Madras (IIT Madras) faculty are offering affordable courses on data science through their platform ‘PadhAI’, it said on Tuesday.

They are launching an online self-paced course on foundations of data science, which covers from beginners’ level, the mathematical and programming skills required for a data scientist.

This five-month course is affordably priced at Rs 1,000 for students and faculty members, the Institute said in a statement.

“With PadhAI, for us it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science,” said Mitesh Khapra,

Co-Founder, One Fourth Labs - an IIT Madras incubated Start-up.

“Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics,” Khapra added.

According to the Institute, there is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education and IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path. The courses in PadhAI are designed towards providing foundational insight. The

PadhAI course on data science begins on 1st February 2020 and is accepting enrolments at padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

Date: 29th January 2020 Publication: Hindustan Times Edition: Online Journalist: NA Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT Madras offers data science courses at affordable costs URL: https://www.hindustantimes.com/education/iit-madras-offers-data-science- courses-at-affordable-costs/story-UeAHVMblB6Rc5QrUGB2EkI.html

IIT Madras offers data science courses at affordable costs

The Indian Institute of Technology Madras (IIT Madras) faculty are offering affordable courses on data science through their platform ‘PadhAI’, it said on Tuesday. They are launching an online self-paced course on foundations of data science, which covers from beginners’ level, the mathematical and programming skills required for a data scientist. This five-month course is affordably priced at Rs 1,000 for students and faculty members, the Institute said in a statement. “With PadhAI, for us it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science,” said Mitesh Khapra, Co-Founder, One Fourth Labs - an IIT Madras incubated Start-up. “Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics,” Khapra added. According to the Institute, there is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education and IT. To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses. However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path. The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on 1st February 2020 and is accepting enrolments at padhai.onefourthlabs.in. The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

Date: 29th January 2020 Publication: India Today Edition: Online Journalist: Aysha Anam Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT Madras faculty platform 'PadhAI' to offer Data Science courses at affordable costs URL: https://www.indiatoday.in/education-today/news/story/iit-madras-faculty- platform-padhai-to-offer-data-science-courses-at-affordable-costs-1640855-2020-01- 28

IIT Madras faculty platform 'PadhAI' to offer Data Science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: NDTV Edition: Online Journalist: NA Professor: Prof Mitesh Khapra Headline: IIT Madras Offers Data Science Courses At Affordable Costs Through 'PadhAI' URL: https://www.ndtv.com/education/iit-madras-offers-data-science-courses-at- affordable-costs-through-padhai-2170841

IIT Madras Offers Data Science Courses At Affordable Costs Through 'PadhAI'

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Odisha TV Edition: Online Journalist: NA Professor: Prof. Mitesh Khapra Headline: IIT-M Offers Data Science Courses At Affordable Costs URL: https://odishatv.in/education/iit-m-offers-data-science-courses-at-affordable- costs-431340

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Into AI Edition: Online Journalist: NA Headline: IIT Madras faculty platform ‘PadhAI’ to offer Data Science courses at affordable costs URL: https://into.ai/blog/news-stories/iit-madras-faculty-platform-padhai-to-offer- data-science-courses-at-affordable-costs/

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Skill Outlook Edition: Online Journalist: NA Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT Madras Faculty Platform ‘PadhAI’ Offers Data Science Courses at Rs 1000 only URL: https://skilloutlook.com/education

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: IANS Edition: Online Journalist: NA Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: http://www.ianslive.in/index.php?param=news/IIT_M_offers_data_science_cour ses_at_affordable_costs-655332/SCI-TECH%20and%20HEALTH/36

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Gadgets Now Edition: Online Journalist: NA Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.gadgetsnow.com/tech-news/iit-m-offers-data-science-courses-at- affordable-costs/articleshow/73694626.cms

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: The New Indian Express - EDEX Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras faculty platform ‘PadhAI’ to offer data science courses at just Rs 1,000 URL: https://www.edexlive.com/news/2020/jan/28/iit-madras-faculty-platform- padhai-to-offer-data-science-courses-at-just-rs-1000-10037.html

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: UNI Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT M's PadhAI to offer data science course RL: http://www.uniindia.com/iit-m-s-padhai-to-offer-data-science- courses/south/news/1868208.html

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Times Now Edition: Online Journalist: NA Professor: Prof Mitesh Khapra Headline: IIT Madras offers data science courses at affordable costs URL: https://www.timesnownews.com/education/article/iit-madras-offers-data- science-courses-at-affordable-costs/546074

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: The Hans India Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: Chennai: IIT-M offers data science courses at affordable costs URL: https://www.thehansindia.com/hans/young-hans/chennai-iit-m-offers-data- science-courses-at-affordable-costs-600739

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Outlook Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.outlookindia.com/newsscroll/iitm-offers-data-science-courses-at- affordable-costs/1719600

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Dainik Bhaskar Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: आईआईटी / भारतीय प्रौ饍योगिकी संथान मद्रास मᴂ श셂ु होिा डेटा साइंस का कोसस,1 फरवरी से करᴂ आवेदन (Indian Institute of Technology Madras starting Data Science course from on affordable price) URL: https://www.bhaskar.com/education-jobs/news/new-course-data-science- course-to-be-started-at-indian-institute-of-technology-madras-apply-from-1st- february-126617757.html

आईआईटी / भारतीय प्रौ饍योगिकी संथान मद्रास मᴂ श셂ु होिा डेटा साइंस का कोसस,1 फरवरी से करᴂ आवेदन

इंडियन इंस्टि絍यूि ऑफ िे啍नोलॉजी (आईआईिी) मद्रास ने मंगलवार को बताया कक ज쥍द ही इंस्टि絍यिू मᴂ िेिा सांइस के कोसेस शु셂 ककए जाएंगे। अपने प्लैिफॉमम 'पढाई' के जररए इसे ऑनलाइन शु셂 ककया जाएगा। इसमᴂ िेिा साइंिेटि के ललए ज셂री िेिा साइंस के शु셁आती टतरⴂ से लेकर गणित और प्रोग्रालमंग स्टक쥍स के बारे मᴂ भी बताया जाएगा।

पांच महीने का होगा कोसम

संटथान ने बताया कक पांच महीने की अवधि वाले इस कोसम की कीमत सभी टिूिᴂ絍स और फैक쥍िी के ललए लसफम 1000 셁पए होगी। आईआईिी मद्रास के को-फाउंिर लमतेश खापरा ने बताया कक पढाई का मकसद इंजीननयररंग,साइंस और कॉमसम के हर टिूिᴂि के अंदर िेिा साइंस की समझ ववकलसत करना है। उन्हⴂने यह भी ग के ववषय से अलग पढाया जाता है। लेककन अब इसके जररएﴂकहा कक आम तौर पर िेिा साइंस को मशीन लनन इन ववषयⴂ के बीच बने गैप को भरने की कोलशश की जा रही है।

1 फरवरी से होगी श셁ु आत

संटथान के मुताबबक आज के समय मᴂ मेन्यफु ै 啍चररगं ,फाइनᴂलशयल सववमसेस, हे쥍थकेयर,आईिी जैसी कई इंिटरीज मᴂ रᴂि िेिा साइंटिटि की काफी डिमांि है। ऐसे मᴂ इस बढती डिमांि को देखते हुए टिूिᴂ絍स िेिा साइंस के कोसेस की तरफ आकवषमत हो रहे है। दसू री तरफ इश कोसम के ललए कई जगह लाखⴂ 셁पए तक की फीस देनी पड़ती है। ऐसे मᴂ 'पढाई' के जररए शु셂 हो रहे इस ऑनलाइन कोसम से टिूि絍ᴂ स को काफी मदद लमलेगी। इसकी शु셁आत 1 फरवरी से होगी, स्जसके ललए इ楍छु क छात्र-छात्राएं padhai.onefourthlabs.in के जररए आवेदन कर सकते है।

Date: 29th January 2020 Publication: The Hindu - Tamil Edition: Online Journalist: NA Professor: Prof Mitesh Khapra Headline: 1000 쏂ோ뾿ல் 5 மாதே் ꯁள்ளிힿவர அ잿ힿயல் ே羿ே்ꯁ: பென்கன ஐஐ羿 அெத்தல் (5-month Statistical Science course in Rs 1000: IIT Madras) URL: https://www.hindutamil.in/news/vetrikodi/news/537002-iit-m-offers-data- science-courses-at-affordable-costs.html

1000 쏂ோ뾿ல் 5 மாதே் ꯁள்ளிힿவர அ잿ힿயல் ே羿ே்ꯁ: பென்கன ஐஐ羿 அெத்தல்

ꯁள்ளிힿவர அ잿ힿயல் ப羿ப்ꯁகதளக் 埁தறந்த கட்டணத்鎿ல் அளிக்க உள்ளதாக சென்தன ஐஐ羿 சதரிힿத்鏁ள்ள鏁.

இ鏁埁잿த்鏁 சென்தன ஐஐ羿 சவளி뾿ட்ட செய்鎿க் 埁잿ப்ꯁ:

''ꯁள்ளிힿவர அ잿ힿயலாள쏁க்埁த் நததவயான கணித மற்쟁ம் நிரலாக்கத் 鎿றன்கள் 埁잿த்鏁 இந்தப் ப羿ப்ꮿல் கற்쟁த் தரப்ப翁ம். ஆரம்பக்கட்ட நிதல뾿ல் ப뾿ற்殿கள் வழங்கப்ப翁ம். ஐந்鏁 மாத காலப் ப뾿ற்殿க்埁 쏂.1000 மட்翁நம கட்டணமாக வ毂쮿க்கப்பட உள்ள鏁.

நம் நாட்羿ல் உள்ள ஒவ்சவா쏁 சபா잿뾿யல், அ잿ힿயல், வணிகힿயல் 鏁தற மாணவ쏁க்埁ம் ꯁள்ளிힿவர அ잿ힿயல் 埁잿த்த அ羿ப்பதடப் ꯁரிதல் இ쏁ப்பதத உ쟁鎿 செய்வநத எங்களின் இலக்埁. இயந்鎿ர வ펿க் கற்றல் உள்ளிட்ட ꮿரபலக் கற்றல் 믁தறகளில் இ쏁ந்鏁 ꯁள்ளிힿவர அ잿ힿயல் தனித்நத கற்ꮿக்கப்ப翁垿ற鏁. இந்த இதடசவளிதய நீக்க நவண்翁ம் என்பததத் 鎿ட்ட뮿ட்翁ெ் செயல்ப翁த்鎿 வ쏁垿நறாம்.

உற்பத்鎿, நி鎿ொர் நெதவகள், 毁காதாரம், கல்ힿ மற்쟁ம் தகவல் சதா펿ல்ꏁட்பம் நபான்ற சப쏁ம்பாலான 鏁தறகளில் ப뾿ற்殿 சபற்ற ꯁள்ளிힿவர அ잿ힿயலாளர்க쿁க்கான நததவ அ鎿கரித்鏁 வ쏁垿ற鏁. இததக் க쏁த்鎿ல் சகாண்நட இந்தப் ப뾿ற்殿 埁தறந்த கட்டணத்鎿ல் வழங்கப்ப翁垿ற鏁.

ꮿப்ரவரி 1-ம் நத鎿 믁தல் இதற்கான ப뾿ற்殿 சதாடங்埁垿ற鏁. padhai.onefourthlabs.in என்ற இதணய 믁கவரி뾿ல் மாணவர் நெர்க்தக நதடசப쟁垿ற鏁''.

இவ்வா쟁 அந்தெ் செய்鎿க் 埁잿ப்ꮿல் சதரிힿக்கப்பட்翁ள்ள鏁.

Date: 29th January 2020 Publication: Social News XYZ Edition: Online Journalist: Gopi Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.socialnews.xyz/2020/01/28/iit-m-offers-data-science-courses-at- affordable-costs/

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: India Education Diary Edition: Online Journalist: NA Professor: Prof Mitesh Khapra, Prof Pratyush Kumar Headline: IIT Madras Faculty Platform ‘PadhAI’ to Offer Data Science Courses at Affordable Costs URL: https://indiaeducationdiary.in/iit-madras-faculty-platform-padhai-to-offer-data- science-courses-at-affordable-costs/

IIT Madras Faculty Platform ‘PadhAI’ to Offer Data Science Courses at Affordable Costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: LA India.com Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.laindian.com/desi/newsdetail.asp?id=513520

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: India Finance News Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IITM-incubated One-Fourth Labs launches affordable data science course URL: https://www.indiafinancenews.com/iitm-incubated-one-fourth-labs-launches- affordable-data-science-course/

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: YUV News Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M Offers Data Science Courses At Affordable Costs URL: https://www.yuvnews.com/17629/iit-m-offers-data-science-courses-at- affordable-costs

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Window to News Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: http://www.windowtonews.com/news.php?id=307750&cat_id=17

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Sakshi Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras Offers Data Science Courses at Affordable Costs URL: https://www.sakshieducation.com/Story.aspx?cid=0&sid=0&chid=0&tid=0&nid= 256551

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Daiji World Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.daijiworld.com/news/newsDisplay.aspx?newsID=668091

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Devdiscourse Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras offers data science courses at affordable cost URL: https://english.mathrubhumi.com/education/news/news-updates/iit-madras- offers-data-science-courses-at-affordable-costs-1.4480742

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Can India Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: http://www.canindia.com/iit-m-offers-data-science-courses-at-affordable- costs/

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Bhaskar Live Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.bhaskarlive.in/iit-m-offers-data-science-courses-at-affordable- costs/

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Sify News Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.sify.com/news/iit-m-offers-data-science-courses-at-affordable- costs-news-education-ub2nvvaggdffg.html

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: The Weekend Leader Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: http://www.theweekendleader.com/Headlines/49740/iit-m-offers-data-science- courses-at-affordable-costs-.html

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Pro Kerala Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.prokerala.com/news/articles/a1001743.html

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: New Kerala Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://www.newkerala.com/news/2020/14117.htm

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: Lokmat News Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT-M offers data science courses at affordable costs URL: https://english.lokmat.com/national/iit-m-offers-data-science-courses-at- affordable-costs/

IIT-M offers data science courses at affordable costs

Indian Institute of Technology Madras faculty are offering affordable courses on Data Science through their platform 'PadhAI.' They are launching an online self-paced course on Foundations of Data Science, which covers from beginners' level, the mathematical and programming skills required for a Data Scientist.

Why is it affordable? This five-month course is affordably priced at Rs 1,000 for students and faculty members.

'PadhAI' is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr Mitesh Khapra and Dr Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras. Rising demand of data scientists There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT.

To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses.

However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

The goal Speaking about their goals behind this initiative, Dr Mitesh Khapra, Co-Founder, One- Fourth Labs, said, "With PadhAI, for us, it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future."

Further, Dr Mitesh Khapra said, "Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics."

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on February 1, 2020, and is accepting enrolments at https://padhai.onefourthlabs.in.

The professors are expecting to follow-up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

"This is the only way to remain relevant" Elaborating on the need for quality courses on Data Science, Dr Pratyush Kumar, Co- Founder, One-Fourth Labs, said, "Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today's tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts."

Every year, the top-performing students from courses on PadhAI will be invited to a 'summer garage,' an AI residency programme at IIT Madras Research Park where they can work on research, tackle problems of societal impact or find solutions to commercial value.

Dr Mitesh Khapra and Dr Pratyush Kumar also launched a platform - 'AI4Bharat' - to build Artificial Intelligence solutions to address India's problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policymakers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.

Date: 29th January 2020 Publication: DQ India.com Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras to Offer Data Science Courses at Rs 1000 for Students: All You Need to Know URL: https://www.dqindia.com/iit-madras-offer-data-science-courses-rs-1000- students-need-know/

IIT Madras to Offer Data Science Courses at Rs 1000 for Students: All You Need to Know

IIT Madras, in a bid to educate young students in artificial intelligence, machine learning, and other new-age technologies, has launched a new PadhAI initiative wherein data science courses will be offered at prices as low as Rs 1000. PadhAI is offering a set of 3 courses over 15 months covering from the basics of Python to the advances of cutting-edge deep learning at affordable prices.

The courses can be taken by students, professionals and faculty members who wish to learn about the basics of artificial intelligence. The courses will be conducted by Mitesh Khapra and Pratyush Kumar who are Assistant Professors at the Department of Computer Science and Engineering at IIT Madras. They have both industry and academic experience in working with deep learning and related areas.

How Will the IIT Madras Data Science Course be Conducted? The courses will be conducted online and students only need access to a computer with high-speed internet. Videos, quizzes and programming assignments will be uploaded into a portal accessible to all registered users of PadhAI portal. A commitment time of 5 to 6 hours, including 2 to 3 hours of lecture per week, is required from the students’ end.

For the data science course, familiarity with programming in some high-level language is required (C/C++, Python, Java). Basic 12th standard Mathematics is expected. For the other courses, the previous courses need to be completed. A certificate will be provided upon successful completion.

Top performers from the course may also be invited to an artificial intelligence residency program at the IIT Madras Research Park during summer, with an opportunity to help in research and development for artificial intelligence solutions.

When does the IIT Madras Data Science Course Begin? The PadhAI One Series, which is on the foundations of data science, begins on 1 February 2020 and will be conducted for a duration of 4 months. The machine learning and deep learning courses will be conducted post that in the months of July and December, respectively.

Students enrolled in schools or colleges and faculty members with a valid ID card showing their current affiliation can apply for the course, which would cost them Rs 1000 plus 18 percent GST. Working professionals and others who are looking to up-skill can also apply for the course at Rs 5000 plus 18 percent GST.

Date: 30th January 2020 Publication: OBN Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: Indian Institute of Technology Madras will start its data science course, apply from 1 February URL: https://ourbitcoinnews.com/indian-institute-of-technology-madras-will-start-its- data-science-course-apply-from-1-february/

Indian Institute of Technology Madras will start its data science course, apply from 1 February

IIT Madras, in a bid to educate young students in artificial intelligence, machine learning, and other new-age technologies, has launched a new PadhAI initiative wherein data science courses will be offered at prices as low as Rs 1000. PadhAI is offering a set of 3 courses over 15 months covering from the basics of Python to the advances of cutting-edge deep learning at affordable prices.

The courses can be taken by students, professionals and faculty members who wish to learn about the basics of artificial intelligence. The courses will be conducted by Mitesh Khapra and Pratyush Kumar who are Assistant Professors at the Department of Computer Science and Engineering at IIT Madras. They have both industry and academic experience in working with deep learning and related areas.

How Will the IIT Madras Data Science Course be Conducted? The courses will be conducted online and students only need access to a computer with high-speed internet. Videos, quizzes and programming assignments will be uploaded into a portal accessible to all registered users of PadhAI portal. A commitment time of 5 to 6 hours, including 2 to 3 hours of lecture per week, is required from the students’ end.

For the data science course, familiarity with programming in some high-level language is required (C/C++, Python, Java). Basic 12th standard Mathematics is expected. For the other courses, the previous courses need to be completed. A certificate will be provided upon successful completion.

Top performers from the course may also be invited to an artificial intelligence residency program at the IIT Madras Research Park during summer, with an opportunity to help in research and development for artificial intelligence solutions.

When does the IIT Madras Data Science Course Begin? The PadhAI One Series, which is on the foundations of data science, begins on 1 February 2020 and will be conducted for a duration of 4 months. The machine learning and deep learning courses will be conducted post that in the months of July and December, respectively.

Students enrolled in schools or colleges and faculty members with a valid ID card showing their current affiliation can apply for the course, which would cost them Rs 1000 plus 18 percent GST. Working professionals and others who are looking to up-skill can also apply for the course at Rs 5000 plus 18 percent GST.

Date: 30th January 2020 Publication: NDTV - Hindi Edition: Online Journalist: Subodh Anand Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT मद्रास 'PadhAI' के जररए कम कीमत पर करा रहा डेटा साइंटटट कोसस, ऐसे कर सकते हℂ अꥍलाई URL: https://khabar.ndtv.com/news/career/iit-madras-started-data-scientist-course- at-a-low-cost-on-padhai-2171402

IIT मद्रास 'PadhAI' के जररए कम कीमत पर करा रहा डेटा साइंटटट कोसस, ऐसे कर सकते हℂ अꥍलाई

इंडियन इंटिी絍यिू ऑफ िे啍नोलॉजी मद्रास (IIT Madras) अपने प्लेिफॉमम 'पढाई' (PadhAI) के जररए छात्रⴂ को िेिा साइंस का कोसम करा रहा है. संटथान ने बयान जारी कर कहा कक वे एक ऑनलाइन कोसम उपल녍ि करा रहे हℂ. स्जसमᴂ छात्रⴂ को िेिा साइंस की बुननयादी चीजᴂ लसखाई जाएंगी. िेिा साइंटिटि बनाने के ललए छात्रⴂ को शु셁आती लेवल से मैथेमैटिकल और प्रोग्रालमंग कौशल का प्रलशक्षि टदया जाएगा. खास बात यह है कक यह कोसम पांच महीने का रहेगा और छात्रⴂ को 1,000 셁पये की कम कीमत पर कराया जाएगा. आज का इनतहास: 29 जनवरी को जे륍स अगटिस टहकी ने भारत का पहला अखबार टहकीज बंगाल गजि प्रकालशत ककया

वन फोथम लै녍स (आईआईिी मद्रास का ही एक टिािमअप) के संटथापक, लमतेश खपरा ने बताया कक इस कोसम को लेकर हमारा लक्ष्य है कक हमारे देश के हर कॉलेज के हर एक छात्र को िेिा साइंस की समझ हो. आमतौर पर िेिा ग केﴂग, िीप लननﴂसाइंस को अलग से पढाया जाता है. खपरा ने आगे कहा कक हम िेिा साइंस को मशीन लनन साथ साथ अन्य कोसम के साथ भी जोड़ना चाहते हℂ. संटथान की मानᴂ तो प्रलशक्षक्षत िेिा साइंटिटि की माकेि मᴂ बहुत मांग है. अलग-अलग उ饍योगⴂ मᴂ िेिा साइंटिटि की मांग है. अब बाजार और उ饍योगⴂ की ज셂रत को देखते हुए छात्र भी िेिा साइंटिटि का कोसम करना चाहते हℂ.

टिप्पणियां ऐसे कर सकते हℂ अप्लाई 'पढाई' के िेिा साइंस कोसम की शु셁आत 1 फरवरी से की जाएगी. इ楍छु क छात्र padhai.onefourthlabs.in पर जाकर एप्लीकेशन जमा कर सकते हℂ.

ग को लेकर भी संटथान कमﴂपढाई के जररए छात्रⴂ को बुननयादी बातᴂ लसखाई जाएंगी. मशीन और िीप लनन कीमतⴂ पर छात्रⴂ को कोसम कराने की योजना बना रहा है.

Date: 30th January 2020 Publication: Palpal India Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: भारतीय प्रौ饍योगिकी संथान मद्रास मᴂ श셂ु होिा डेटा साइंस का कोसस, 1 फरवरी से करᴂ आवेदन URL: http://www.palpalindia.com/2020/01/29/IIT-Madras-online-start-data-science- course-1-February-application-news-in-hindi-44.html

भारतीय प्रौ饍योगिकी संथान मद्रास मᴂ शु셂 होिा डेटा साइंस का कोसस, 1 फरवरी से करᴂ आवेदन

इंडियन इंस्टि絍यूि ऑफ िे啍नोलॉजी (आईआईिी) मद्रास ने मंगलवार को बताया कक ज쥍द ही इंस्टि絍यिू मᴂ िेिा सांइस के कोसेस शु셂 ककए जाएंगे. अपने प्लैिफॉमम पढाई के जररए इसे ऑनलाइन शु셂 ककया जाएगा. इसमᴂ िेिा साइंिेटि के ललए ज셂री िेिा साइंस के शु셁आती टतरⴂ से लेकर गणित और प्रोग्रालमंग स्टक쥍स के बारे मᴂ भी बताया जाएगा. पांच महीने का होिा कोसस संटथान ने बताया कक पांच महीने की अवधि वाले इस कोसम की कीमत सभी टिूिᴂ絍स और फैक쥍िी के ललए लसफम 1000 셁पए होगी. आईआईिी मद्रास के को-फाउंिर लमतेश खापरा ने बताया कक पढाई का मकसद इंजीननयररंग,साइंस और कॉमसम के हर टिूिᴂि के अंदर िेिा साइंस की समझ ववकलसत करना है. उन्हⴂने यह भी ग के ववषय से अलग पढाया जाता है. लेककन अब इसके जररएﴂकहा कक आम तौर पर िेिा साइंस को मशीन लनन इन ववषयⴂ के बीच बने गैप को भरने की कोलशश की जा रही है. 1 फरवरी से होिी शु셁आत संटथान के मुताबबक आज के समय मᴂ मन्े युफै 啍चररगं ,फाइनᴂलशयल सववमसेस, हे쥍थकेयर,आईिी जैसी कई इंिटरीज मᴂ रᴂि िेिा साइंटिटि की काफी डिमांि है. ऐसे मᴂ इस बढती डिमांि को देखते हुए टिूिᴂ絍स िेिा साइंस के कोसेस की तरफ आकवषमत हो रहे है. दसू री तरफ इश कोसम के ललए कई जगह लाखⴂ 셁पए तक की फीस देनी पड़ती है. ऐसे मᴂ पढाई के जररए श셂ु हो रहे इस ऑनलाइन कोसम से टिूि絍ᴂ स को काफी मदद लमलेगी. इसकी शु셁आत 1 फरवरी से होगी, स्जसके ललए इ楍छु क छात्र-छात्राएं padhai.onefourthlabs.in के जररए आवेदन कर सकते है.

Date: 31st January 2020 Publication: NDTV Edition: Online Journalist: Maitree Baral Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras Incubated Startup Offers Affordable Data Science Course URL: https://www.ndtv.com/education/iit-madras-padhai-data-science-course- know-about-iit-madras-affordable-padhai-data-science-courses-2172098

IIT Madras Incubated Startup Offers Affordable Data Science Course

IIT Madras incubated start-up, One-Fourth Labs, is offering data science courses to students and professionals at affordable cost. The courses will be offered through PadhAI platform and would consist of a set of three courses-- Foundations of Data science, Machine Learning, Deep Learning. Registration for the foundation course will begin on February 1. It will be a five month or 20 week duration course and the course fee is Rs 1000 for students and faculty members.

In the foundation course students will be taught about Primer on Python, Descriptive statistics, numpy and pandas, probability, data preprocessing and data visualization, probability distributions, sampling, interval estimation, hypothesis testing, analysis of variance and linear regression.

The course is fully online and will be taught in English. Lecture material will typically cover 2 to 3 hours of content per week.

For working professionals who wish to up-skill, the course fee is Rs 5,000.

Registration dates for the other two courses will be notified later. The courses are of 4 month duration, each and the course fee is Rs 1000 for students.

According to the Institute, there is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education and IT. To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses. However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

"With PadhAI, for us it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science," said Mitesh Khapra, Co- Founder, One Fourth Labs.

Date: 31st January 2020 Publication: India Times Edition: Online Journalist: Monit Khanna Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras Offers World's Cheapest Data Science Course That Any Student Can Learn For Rs 1,000 URL: https://www.indiatimes.com/technology/news/you-can-now-learn-data-I

IIT Madras Offers World's Cheapest Data Science Course That Any Student Can Learn For Rs 1,000 IIT Madras incubated start-up, One-Fourth Labs, is offering data science courses to students and professionals at affordable cost. The courses will be offered through PadhAI platform and would consist of a set of three courses-- Foundations of Data science, Machine Learning, Deep Learning. Registration for the foundation course will begin on February 1. It will be a five month or 20 week duration course and the course fee is Rs 1000 for students and faculty members.

In the foundation course students will be taught about Primer on Python, Descriptive statistics, numpy and pandas, probability, data preprocessing and data visualization, probability distributions, sampling, interval estimation, hypothesis testing, analysis of variance and linear regression.

The course is fully online and will be taught in English. Lecture material will typically cover 2 to 3 hours of content per week.

For working professionals who wish to up-skill, the course fee is Rs 5,000.

Registration dates for the other two courses will be notified later. The courses are of 4 month duration, each and the course fee is Rs 1000 for students.

According to the Institute, there is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education and IT. To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses. However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

"With PadhAI, for us it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science," said Mitesh Khapra, Co- Founder, One Fourth Labs.

Date: 31st January 2020 Publication: Eduadvice Edition: Online Journalist: NA Professor: Prof Mitesh Khapra and Prof. Pratyush Kumar Headline: IIT Madras Faculty Platform ‘PadhAI’ to Offer Data Science Courses at URL: http://eduadvice.in/home/NewsDetail?pid=20950

IIT Madras Faculty Platform ‘PadhAI’ to Offer Data Science Courses at

Indian Institute of Technology Madras Faculty are offering affordable Courses on Data Science through their platform ‘PadhAI.’ They are launching an online self-paced course on Foundations of Data Science, which covers from beginners’ level, the mathematical and programming skills required for a Data Scientist.

This five-month course is affordably priced at Rs 1,000 for students and faculty members. ‘PadhAI’ is the online school of One-Fourth Labs, an IIT Madras incubated Start-up founded by Dr. Mitesh Khapra and Dr. Pratyush Kumar, Assistant Professors in the Department of Computer Science and Engineering, IIT Madras.

There is rising demand for trained data scientists across most industries such as manufacturing, financial services, healthcare, education, and of course IT. To step-up to this demand, an increasing number of professionals and students are looking for good quality data science courses. However, most courses are expensively priced ranging from tens of thousands to even lakhs of rupees, thereby putting a heavy premium on acquiring skills towards this lucrative career path.

Speaking about their goals behind this initiative, Dr. Mitesh Khapra, Co-Founder, One Fourth Labs, said, “With PadhAI, for us it is Nation first. One primary goal is to ensure that every college student in our country in engineering, science, or commerce disciplines receives an accessible and foundational understanding of data science. This is an essential skill for the future.”

Further, Dr. Mitesh Khapra said, “Often data science is taught in an isolation, and separated from the advanced and more popular topics of machine learning and deep learning. We are working towards bridging this gap with a unified series of courses across these topics.”

The courses in PadhAI are designed towards providing foundational insight. The PadhAI course on data science begins on 1st February 2020 and is accepting enrolments at https://padhai.onefourthlabs.in. The Professors are expecting to follow- up this course on data science with subsequent affordably priced courses on Machine Learning and Deep Learning.

Elaborating on the need for quality courses on Data Science, Dr. Pratyush Kumar, Co- Founder, One Fourth Labs, said, “Often many learners and even trainers make the mistake of looking at Data Science as learning tools. This is clearly the wrong choice. Today’s tools will very likely be outdated or updated tomorrow. Instead, the focus should be to build a solid understanding of the mathematical and algorithmic skills. This is the only way to remain relevant in a fast-changing domain. Learners should avoid courses that promise any shortcuts.”

Every year, the top performing students from courses on PadhAI will be invited to a ‘summer garage,’ an AI residency program at IIT Madras Research Park where they can work on research, tackle problems of societal impact, or find solutions to commercial value.

Dr. Mitesh Khapra and Dr. Pratyush Kumar also launched a platform - ‘AI4Bharat’ - to build Artificial Intelligence solutions to address India’s problems and accelerate AI Innovation. It is a community of AI professionals, students, domain experts, policy makers and academicians collaborating on solving real-world challenges in Agriculture, Healthcare, Smart Cities, Digital India and sustainability.