DOCSLIB.ORG

Page: 1/8 Organic Field-Effect Transistors with Tri-Layer Gate Dielectrics Ph.D Work Continuing (10)

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Page: 1/8 Organic Field-Effect Transistors with Tri-Layer Gate Dielectrics Ph.D Work Continuing (10) Bio-data NAME: DIPAK KUMAR GOSWAMI, Professor Department of Physics, IIT Kharagpur, Kharagpur – 721302, WB. Date of birth: December 28, 1974 Email: [email protected] [email protected] ACADEMIC POSITIONS: [7] 16 Mar 2018 – Present: Professor Indian Institute of Technology Kharagpur, Department of Physics, Kharagpur, India [6] 13 Dec 2013 – 16 Mar 2018: Associate Professor Indian Institute of Technology Kharagpur, Department of Physics, Kharagpur, India [5] 28 July 2012- 12 Dec 2013: Associate Professor Indian Institute of Technology Guwahati (IITG), Department of Physics, Guwahati, India [4] July 2007 – July 2012: Assistant Professor Indian Institute of Technology Guwahati (IITG), Department of Physics, Guwahati, India [3] June 2006 – May 2007: Post Doctoral Research Fellow (with Prof. Helmut Dosch). Max Planck Institute for Metals Research, Stuttgart, Germany. [2] May 2004 – March 2006: Post Doctoral Research Fellow (with Prof. Michael. Bedzyk). Northwestern University, Materials Science and Engineering Department, USA. [1] 10 April – 10 June, 2003: Visiting Scientist (with Prof. Jorg Zegenhagen). European Synchrotron Radiation Facility (ESRF) at beamline ID32 and surface characterization laboratory, Grenoble, France. Ph.D: Growth of self-assembled nanostructures by molecular beam epitaxy system and their characterization. Supervisor: Prof. Bhupendra Nath Dev Institute: Institute of Physics, Bhubaneswar RESEARCH GUIDANCE: Degree Guidance Number Completed Number in Progress Doctoral Single 02 03 Doctoral Joint 01 07 M.Sc / M.Tech Single 16 03 B.Tech (Eng. Physics) Single 04 0 Details of doctoral students: Ph.D. Supervision [ Total : 13 ] Sl. No. Name of the Thesis Title / Area Period Joint/Single Student Supervisor From To Ph.D degree awarded 1. Dr. Arindam Pal Growth of self-assembled July, 2008 Feb, 2013 Single structures of perelyne and naphthalene derivatives by thermal evaporation and their characterizations 2. Dr. Gedda Murali Fabrication of CoPc and PTCDI- July, 2010 Dec, 2014 Single Ph based low-operating voltage organic field-effect transistors 3 Dr. N. V. V. Subbarao Fabrication and July, 2010 July, 2015 Joint Characterization of Highly Environmental Sustainable Page: 1/8 Organic Field-Effect Transistors with Tri-layer Gate Dielectrics Ph.D Work Continuing (10) 4 Suman Mandal Flexible electronic devices for Jun 2014 till date Single health care application 5 Satyajit Roy Organic inorganic photo Jul 2014 till date Single detectors 6 Ajay Mandal Organic field-effect transistors July 2015 till date Single based biosensors 7 Sourabh Pal ZnO hybrid nanostructures Jul 2016 till date Joint / ATDC 8 Suvani Subhadarshini Polymer nanocomposites for Jul 2016 till date Joint / SNST flexible electronics 9 Sudarshan Singh SiGe nanostructures for Jun 2016 till date Joint / Physics photovoltaic devices 10 Priyanka Rani 2D Materials for solar energy Jan 2017 till date Joint / SNST harvesting and storage 11 Monojit Mondal Nano scale devices for energy July 2017 till date Joint / E&ECE storage and harvesting 12 Santanab Majumder Nano scale sensors July 2017 till date Joint / E&ECE 13 Samik Mallik Flexible sensors for Jan 2018 till date Joint / SNST environmental monitoring LIST OF PUBLICATIONS: A. Articles in International Journals (published): SL Authors Title Journal/Patent # No Citation 37 Suman Mandal, Dipak K. Ultra-precision, flexible Patent (2018) – Goswami temperature sensors with low operating voltage organic field- Application No: effect transistors for measuring 201831004408 temperature of living beings over a wide range. 36 Nimmakayala V.V. Subbarao, Effect of temperature on Sensor and – Suman Mandal, Murali Gedda, hysteresis of dipolar dielectric Actuators A: Parameswar Krishnan Iyer, layer based organic field-effect Physical, Dipak K. Goswami transistors: A temperature 269, 491–499 sensing mechanism (2018) 35 Suresh Vasimalla, Effects of Dielectric Material, ACS Omega, – Nimmakayala V. V. Subbarao, HMDS Layer, and Channel 2, 2552−2560 Murali Gedda, Dipak K. Length on the Performance of (2017) Goswami, the Perylenediimide-Based and Parameswar Krishnan Organic Field-Effect Transistors Iyer 34 Nimmakayala V.V. Subbarao, Organic field-effect transistors Organic 06 Murali Gedda, Parameswar as high performance humidity Electronics, 32, Krishnan Iyer, Dipak K. sensors with rapid response, 169–178 (2016) Goswami recovery time and remarkable ambient stability 33 Nimmakayala V V Subbarao , Enhanced environmental ACS Appl. Mater. 15 Murali Gedda , Parameswar stability induced by effective Interfaces, Krishnan Iyer and Dipak K. polarization of a polar dielectric 7, 1915−1924 Goswami layer in tri-layer dielectric (2015) system of organic field-effect Page: 2/8 transistors: a quantitative study. 31 Dipak K. Goswami Organic Semiconductor Invertis Journal of – Materials for Future Electronics Renewable Energy 5 (1), 41-46 (2015) 30 Nimmakayala V. V. Subbarao, Growth and Characterization of AIP Conf. Proc. – Murali Gedda, V. Suresh, D. N, N’-Dioctadecyl -1, 7- 1576, 42–45 (2014) Anamika, Parameswar K. Iyer, Dibromo-3, 4, 9, 10- and Dipak K. Goswami, Perylenetetracarboxylic-Diimide Micron/Nano Wires for Organic Field Effect Transistors. 29 Murali Gedda, Nimmakayala Growth Mechanism of Cobalt(II) AIP Conf. Proc. 01 V. V. Subbarao and Dipak K. Phthalocyanine (CoPc) Thin 1576, 152–154 Goswami, Films on SiO2 and Muscovite (2014) Substrates 28 Murali Gedda, Nimmakayala V Local Diffusion Induced Langmuir, 03 V Subbarao, and Dipak K. Roughening in Cobalt 30, 8735-8740 Goswami Phthalocyanine Thin Film (2014) Growth 27 Nimmakayala V. V. Subbarao, Effect of thickness of bilayer Phys. Status Solidi 05 Murali Gedda, Suresh dielectric on 1,7-dibromo-N,N 0 A, 211, 2403–2411 Vasimalla, Parameswar K. -dioctadecyl -3,4,9,10- (2014) Iyer and Dipak K. Goswami perylenetetracarboxylic diimide based organic field-effect transistors 26 Pal, A., Mahato, J. C., Dev, B. Roughening in Electronic ACS Appl. Mater. 01 N., Goswami, D. K. Growth of Ag on Si(111)-(7×7) and Interfaces, Surfaces 5, 9517−9521 (2013) 25 Gedda, M., Subbarao, N. V. V, High carrier mobility of CoPc AIP Advances, 06 Obaidulla, Sk. Md., and wires based field-effect 3, 112123 (2013) Goswami, D. K. transistors using bilayer gate dielectric 24 Goswami, D. K. and Pal, Growth of percolated Ag Int. J. Nanoscience 01 Arindam nanostructures on Si(111)- 10, (2011) 123-127 (7×7) Surfaces 23 Goswami, D. K. Effect of interface structures on Asian. J. Physics – the growth of Ag on Si(111) 19, (2010) 215- 220 surfaces 22 Zhang, X., Barrena, E., Evidence for layer-dependent Phys. Rev. Lett. 40 Goswami, D. K., Oteyza, D. Ehrlich-Schwöbel barrier in 103, (2009) G. de , Weis, C. and Dosch, H. organic thin film growth 136101-4 21 Giri, P. K., Kumari, S., Low energy oxygen Appl. Surf. Sci. 03 Goswami, D. K. implantation induced improved 256 (2009) 384–388 crystallinity and optical properties of surface modified ZnO single crystals. 20. Weitz, R. T., Amsharov, K., Film morphology, performance J. Am. Chem. Soc. 216 Zschieschang, U., Barrena, E. and stability of n-channel 130 (2008) 4637- V., Goswami, D. K., organic transistors based on 4645. Burghard, M., Dosch, H., novel perylene carboxylic Jansen, M. and Klauk, H. diimide derivatives. 19. M. Sofos, D. Stone, D. K. Nanoscale Structure of Self- J. Phys. Chem. C 19 Goswami, J. Okasanski, J. Assembling Hybrid Materials of 112 (2008) 2881- Hua, M. J. Bedzyk, and S. Inorganic and Electronically 2887. Stupp Active Organic Phases 18. Goswami, D. K., Coexistent compressive and Appl. Surf. Sci. 253 07 Bhattacharjee, K., Satpati, B., tensile strain in Ag islands on Si (2007) 9142-9147 Kuri, G., Satyam, P. V., Dev, (111) – (7x7) surfaces. B. N. 17. Goswami, D. K., Preferential heights on growth Surf. Sci. 601 37 Bhattacharjee, K., Satpati, B., of Ag island on Si(111)-(7x7) (2007) 603-608. Roy, S., Satyam, P. V. and surfaces. Dev, B. N. Page: 3/8 16. Kim, C.-Y., Elam, J. W., Pellin, Imaging of atomic layer J. Phys. Chem. B 28 M.J., Goswami, D. K., deposition (ALD) tungsten 110 (2006) 12616- Cristensen, S. T., Hersam, M. monolayer on a-TiO2(110) by 12620. C., Stair, P. C. and Bedzyk, M. X-ray standing wave Fourier inversion. 15. Dev, B.N., Bera, S., Satpati, Nonmagnetic to magnetic Microelectronic 12 B., Goswami, D. K., nanostructures via ion Engineering, 83, Bhattacharjee, K., Satyam, irradiation. (2006) 1721-1725. P.V., Yamashita, K., Liedke, O. M., Potzger, K., Fassbender, J., Eichhorn, F., Groetzschel, R. 14. Bera, S., Satpati, B., Ion-beam induced J. Appl. Phys. 99, 15 Goswami, D. K., transformations in nanoscale (2006) 074301-5 Bhattacharjee, K., Satyam, P. multilayers: Evolution of V. and Dev, B. N.: clusters with preferred length scales . 13. Liu, X., Zhang, Y., Goswami, The controlled evolution of a Science, 307, 101 D. K., Okasinski, J. S., polymer single crystal. (2005) 1763-1766. Salaita, K., Sun, P., Bedzyk, M. J., Mirkin, C. A. 12. Bhattacharjee, K., Bera, S., Nanoscale self-affine surface Nucl. Instr. Methd. 04 Goswami, D. K. and Dev, B. smoothing by ion bombardment B230, (2005) 524– N. and the morphology of 532. nanostructures grown on ion bombarded surfaces. 11. Goswami, D. K., Ge growth on ion-irradiated Si Surf. Sci. 564, 06 Bhattacharjee, K. and Dev, B. surfaces: Self-affine fractal (2004) 149-155. N. structure. 10. Bera, S., Goswami, D. K., Ion irradiation induced impurity Nucl. Inst. and 08 Bhattacherjee, K., Dev, B. N., redistribution in Pt/C Meth. B212, (2003) Kuri, G., Nomoto, K., and multilayers. 530-534. Yamashita 9. Satpati, B., Goswami, D. K., Energy spike induced effects in Nucl. Inst. and 15 Vaishnav, U. D., Som, T., MeV ion-implanted nanoislands. Meth. B212, (2003) Dev, B. N. and Satyam, P. V. 157-163. 8 Satpati, B., Goswami, D. K., Study of sputtered particles Nucl. Inst. and 21 Kamila, J., Som, T., Dev, B. under thermal spike Meth., B212, (2003) N. and Satyam, P. V. confinement effects. 332-338. 7. Kamila, J., Satpati, B., Low current MeV Au ion- Nucl. Inst. and 14 Goswami, D. K., Rundhe, M., induced amorphization in Meth.
Load more

Recommended publications
  • Cultural Council & Films and Media Council Festival Name Host
    Cultural Council & Films and Media Council Festival Name Host Institution Tentative Dates (for the Tentative 2014-15 year) Contingent size Cultural+FMC Carpe Diem IIIM Calcutta 31st January to 2nd 40 + 20 February Fiesta FMS Delhi 31st January to 2nd 40 + 20 February Alcheringa IIT Guwahati 30th January to 2nd 40 + 20 February Oasis BITS Pilani 24th to 28th October 40 + 20 Springfest IIT Kharagpur 26th to 29th January 40 + 10 Kolosseum KIIT Bhubneshwar 16th November to 17th 40 + 10 November Fluxus IIT Indore 7th to 9th February 40 + 10 Thrust NIT Warangal 27th to 29th December 40 + 10 Ignus IIT Jodhpur 27th February to 2nd March 40 + 10 Vaayu NMIMS Mumbai 29th November to 2nd 40 + 20 December Baptizer Christ University, 2nd February 25 + 10 Bangalore Parliamentary Debate RML NLU Lucknow 20th to 22nd October 15 + 0 Parliamentary Debate IIT Delhi 20th March to 22nd March 15 + 0 Mood-Indigo* IIT Bombay 23rd to 27th December 120 + 30 Rendezvous IIT Delhi 16th to 20th October 120 + 30 Chaos IIM Ahmedabad 28th to 31st December 40 + 10 Nihilanth (Inter IIT- Depends on IIT/IIM Depens on IIT/IIM which 30 IIM Quiz Meet) which wins the bid wins the bid Varchasva* IIM Lucknow 3rd to 6th October 30 + 10 Thomso IIT Roorkee 2nd to 4th October 40 + 20 Saarang IIT Madras 8th to 12th January 40 + 10 Pearl BITS Hyderabad 6th to 9th March 30 + 10 Xavotsav St. Xavier's College, 22nd to 24th January 0 + 10 Calcutta Jagaran Film Festival* Jagaran Media Around 25th July 0 + 50 Institute, Kanpur Technix IIT (BHU), Varanasi 24th to 27th January 0 + 10 Moments
    [Show full text]
  • Rajendra Kumar +91 76638 85045/ +91 97272 54461
    [email protected] Rajendra Kumar +91 76638 85045/ +91 97272 54461 E Mobility Lab, IIT Guwahati, India PhD Scholar www.iitg.ac.in/e_mobility/team#rajendra DEGREE SPECIALIZATION INSTITUTION/BOARD CGPA/PERCENTAGE 7.00 (CGPA) PhD Electrical Machines & IIT Guwahati (July 2015-present) Drives (course-work) Education M.Tech Nuclear Engineering IIT Kanpur 6.75 (CGPA) (Dec.2007-Jan. 2010) and technology SBCET, University of B.Tech Electrical Engineering 62.11 (2002-2007) Rajasthan Softwares: • Electromagnetic design and simulation (Ansys Maxwell) • MATLAB Simulink with a real-time microcontroller interface • PCB Design: Design Spark and Eagle • Math analysis software: MATLAB, Maple, Excel. Professsional • Programming Language: C, C++, Microsoft VBA, Python Skills • Embedded programming: Arduino, D-Space. • Documentation: Latex and Microsoft tools Hardware: Prototype development, familiar with hand soldering (for SMD & through-hole components), sensor interface and gate driver circuits design, three-phase inverter, power supply for gate driver circuit. 1. Research Fellow and Teaching Assistant Dec 2015 – July 2021 Department of Electronics and Electrical Engineering, Indian Institute of Technology Guwahati Work Profile: • Electromagnetic design of energy efficient motors for projects undertaken at e-mobility lab. • Assessment, modeling and minimization of various magnetic loss-components of a motor. • Prototyping and testing of motor as per the international standards. • Performance analysis of electric vehicle motors through Hardware-in-the-Loop. Professional Experience 2. Marwadi University, Rajkot Jan 2012 – Dec 2015 Assistant Professor, Faculties of PG studies and Research in Engineering and Technology, Department of Electrical Engineering. 3. P.M. Dimensions (P) Ltd. Gandhinagar April 2010 – Jan 2012 Assistant Project Manager. • Worked with a team of experts for commissioning of various electrical systems of 500MW prototype fast breeder reactor at Kalpakkam under BHAVINI; • Delivery of procedures and flow sheets as per Nuclear Power Plant standards.
    [Show full text]
  • HIGHER STUDIES DATA-3A.Xlsx
    Institute Name IIT KHARAGPUR India Ranking 2017 ID IR17-ENGG-2-18630 Discipline ENGG STUDENTS OPTING FOR HIGHER STUDIES 3A.GPHE SL GRADUATING NAME OF THE UNIVERSITIES / INSTITUTIONS NUMBER YEAR OF YEAR OF THE OF ADMISSION STUDENTS STUDENTS ADMITTED 2013-14 Carnegie Mellon Univ ersity 1 2013 2013-14 Norwegian Univ ersity of Science and Technolog 1 2013 2013-14 Univ ersity of Ghent, Belgium 1 2013 2013-14 Univ ersity of Pittsburgh 1 2013 2013-14 Univ ersity of Michigan 1 2013 2013-14 Purdue Univ 2 2013 2013-14 Univ ersity of Wisconsin Madison 1 2013 2013-14 IIT Kharagpur 4 2013 2013-14 Stony Brook Univ ersity , US 1 2013 2013-14 Univ ersity of Michigan - Ann Arbor 1 2013 2013-14 Indian Institute of Science 1 2014 2013-14 National Univ ersity of Singapore 1 2014 2013-14 Indian Institute of Technology , Bombay 1 2014 2013-14 Alberta Univ ersity 1 2014 2013-14 Chalmers Univ ersity of Technology , Gothenburg 1 2014 2013-14 Univ ersity of Twente, The Netherlands 1 2014 2013-14 Massachusetts Institute of Technology 1 2014 2013-14 Technical Univ ersity Dresden, Germany 2 2014 2013-14 National Univ ersity of Singapore 1 2014 2013-14 IIT Kharagpur 2 2014 2013-14 The Pennsy lv ania State Univ ersity - Univ ersit 1 2014 2013-14 Texas A&M Univ ersity , USA 1 2014 2013-14 Univ ersity of Massachusets, USA 1 2014 2013-14 John Hopkins Univ ersity , USA 1 2015 2013-14 Univ ersity of Auckland 1 2015 2013-14 Queen's Univ ersity , Kingston, Canada 1 2016 2013-14 Univ ersity of Illinois, USA 1 2016 2013-14 North Carolina State Univ ersity , USA 1 2016 2014-15
    [Show full text]
  • INDIA COUNCIL for TECHNICAL EDUCATION (A Statutory Body of the Government of India)
    QUALITY IMPROVEMENT PROGRAMME Sponsored by ALL INDIA COUNCIL FOR TECHNICAL EDUCATION (A Statutory Body of the Government of India) STATUS REPORT 2007-2008 CENTRE FOR EDUCATIONAL TECHNOLOGY INDIAN INSTITUTE OF TECHNOLOGY, GUWAHATI PREFACE The present report briefs about the activities of the overall Curriculum Development Cell and the Quality Improvement Programme at IIT Guwahati during the year 2007-2008. During this year 02 numbers of teachers have joined the M. Tech. programme, and 03 numbers of teachers have joined for the advance and final admissions in Ph. D. Programme of the institute. Fourteen nos. of QIP short-term courses were conducted during the year on different topics. From this year IIT Guwahati has been given principal coordinatorship for the duration of two years. The major activities of QIP cell for this was to coordinate the all over India admission process for the academic year July 2008. The overall guidance of the Director IIT Guwahati in the CDC activities is highly appreciated. The valuable support of the members of the Advisory Committee is also greatly acknowledged. Thanks are also due to staff of the QIP and the administrative and accounts staff of the Institute, without their active cooperation, the activities of the QIP/CDC would not have been successfully carried out. The support of AICTE is also gratefully acknowledged. (Dr. R. Tiwari) Coordinator, QIP Quality Improvement Programme Objectives & Programmes Quality Improvement Programme (QIP) of the Ministry of Human Resource Development, Department of Education, Government of India, under the sponsorship of All India Council for Technical Education, New Delhi has been in operation at the IIT Guwahati since 2003-2004.
    [Show full text]
  • KUMAR KUNAL Ph No.: 7135044627.E-Mail: [email protected]
    KUMAR KUNAL Ph No.: 7135044627.E-mail: [email protected] Academic Qualifications • Pursuing Masters in Mechanical Engineering at University of Houston Current GPA: 4.0/4.0 • Graduated in May 2006 with B.Tech in Mechanical engineering from IIT Guwahati CPI (Cumulative Performance Index): 8.24 / 10 B.Tech Project Title – Modeling and Shape Optimization of Flexible Manipulator Proposed Work – The project had two main aspects- a) Numerical Modeling of the Manipulator to study its Dynamic behavior. b) Shape optimization of the Manipulator to improve the system performance. For the modeling purpose various numerical methods were explored. Mesh free method (MLPG) was tried out first but it was too time consuming. Finally FEM with a new type of shape functions were implemented for the modeling purpose. For Optimization purpose Sequential Quadratic Programming (SQP) was used. The manipulator was discritized into elements; the area of each was taken as the decision variable. We obtained profiles for the Manipulator, which showed a marked improvement in the system behavior. Guide : Dr. U.S.Dixit, Dept. of Mechanical Engineering, IIT Guwhati Duration: August 2005 – April 2006 Computer Skills • Programming language : C • Software Knowledge : Matlab, MS Office, Adams, Solid Edge Work Experience • Summer Intern, Indian Institute of Science (IISC), Bangalore. Work Summary - I worked on the design of a novel sun tracking system for solar power generation. In most of the traditional design, the receiver is attached to the concentrator. This is disadvantageous in the case of heavy receivers. I proposed a novel design of sun trackers with fixed receivers. The work was presented as a paper in the National Conference on Machines and Mechanisms (NACOM) 2005.
    [Show full text]
  • Ugad 1819.Pdf
    An initiative of Branding & Communications team of IIT Kharagpur and the students body Branding & Relations Cell led by Dean, International Relations. For more information contact: [email protected] I congratulate the Branding and Communications Cell of the Institute for this novel initiative. Students enjoy the learning experience best when they are challenged. I have often interacted with students, asking them what they thought was the best or worst in a class that they had just attended. And I have often been stumped by their replying that they thought they had “learnt nothing”. Why? I asked them. They said that they did not find the teaching challenging enough. This should leave no one in doubt that we should take another look at the teaching and learning process. Students themselves can be a part of this relook. I have often advocated for student-teachers, often letting them take my own class. The result has been phenomenal, making students involved learners. Only greater involvement on the part of students can ensure their learning. This does not have to happen inside the class always. Sports, extra-curricular activities provide their own challenges. I encourage students to take up these challenges. As these entries show, many of them have indeed taken them up, and realized their enormous potential and talent. Tap your hidden talents and energies. Take up challenges, get involved and enjoy the learning experience Every student is an achiever in his or her own right. Each of them has tremendous potential inside them, and if they pursue their passion with focus and hard work, they will reach their goal.
    [Show full text]
  • JSS STU (SJCE) at IIT Guwahati, Alcheringa 2016
    JSS STU (SJCE) at IIT Guwahati, Alcheringa 2016 A team of 44 students and 1 Faculty Representative from SJCE Mysore recently attended Alcheringa 2016, IIT Guwahati’s Signature Fest. Diverse Teams including Dance, Theatrics, Literary and Music, alongside solo artists for Voice of Alcheringa, Roadiez, Miss Campus Princess, Miss and Mister Alcheringa, Classical and Non-Classical Dance, Face Painting and Others participated in the fest. The three day fest had a footfall of over 30,000 people from over 300 colleges. The team returned with flying colours, winning numerous prizes. The dance team won the first place in ‘Electric Heels’, the stand-up comedy team came first in the event ‘Why so serious?’, Ashwin Prabhu bagged the title of ‘Voice of Alcheringa’, Meghna won first place in Solo Classical Dance, Harsha Patil won the title ‘Campus Princess’, Sujan won the Roadiez contest, Apparnaa was named ‘Miss Alcheringa’, Caroll and Shashank won the Rangoli Contest, Nikhil bagged 2nd place in Face Painting, The College heartily congratulates all participants for their effort and dedication. Their teamwork ensured SJCE the Grand Championship. In the pic: (sitting from left) Col. Neeraj Roy .retd (Chief Administrative Officer ), Dr. A N Santhosh kumar (Student welfare officer), Dr. Syed Shakeeb Ur Rahman ( Principal ), C S Santhosh (Staff in charge), Praveen ( Drama teacher ) (Standing from left) P Chandan (Campus Ambassador, Alcheringa’16) Team SJCE @ ALCHERINGA’16, IIT GUWAHATI 1) Meghna, 4th year, PST won first place in NAVRAS (solo classical dance). 2) SJCE Dance team won the first place in electric heels with their breathtaking performance. 3) Team SJCE won first place in standup comedy.
    [Show full text]
  • ANNUAL REPORT 2019-20 IIT Bombay Annual Report 2019-20 Content
    IIT BOMBAY ANNUAL REPORT 2019-20 IIT BOMBAY ANNUAL REPORT 2019-20 Content 1) Director’s Report 05 2) Academic Programmes 07 3) Research and Development Activities 09 4) Outreach Programmes 26 5) Faculty Achievements and Recognitions 27 6) Student Activities 31 7) Placement 55 8) Society For Innovation And Entrepreneurship 69 9) IIT Bombay Research Park Foundation 71 10) International Relations 73 11) Alumni And Corporate Relations 84 12) Institute Events 90 13) Facilities 99 a) Infrastructure Development b) Central Library c) Computer Centre d) Centre For Distance Engineering Education Programme 14) Departments/ Centres/ Schools and Interdisciplinary Groups 107 15) Publications 140 16) Organization 141 17) Summary of Accounts 152 Director's Report By Prof. Subhasis Chaudhuri, Director, IIT Bombay Indian Institute of Technology Bombay acknowledged for their research contributions. (IIT Bombay) has a rich tradition of pursuing We have also been able to further our links with excellence and has continually re-invented international and national peer universities, itself in terms of academic programmes and enabling us to enhance research and educational research infrastructure. Students are exposed programmes at the Institute. to challenging, research-based academics and IIT Bombay continues to make forays into a host of sport, cultural and organizational newer territories pertinent to undergraduate activities on its vibrant campus. The presence and postgraduate education. At postgraduate of world-class research facilities, vigorous level, a specially designed MA+PhD dual institute-industry collaborations, international degree programme in Philosophy under the exchange programmes, interdisciplinary HSS department has been introduced. IDC, the research collaborations and industrial training Industrial Design Centre, celebrated 50 years opportunities help the students of IIT Bombay to of its golden existence earlier this year.
    [Show full text]
  • Placement Brochure 2020-21 the Recruiter’S Guide
    Placement Brochure 2020-21 The Recruiter’s Guide Indian Institute of Technology Centre for Career Development, Guwahati Indian Institute of Technology Guwahati Content 1. About IIT Guwahati 2. Message from the Director 3. Message from the Head, CCD 4. News highlights 5. Departments 6. Undergraduate programmes 7. Graduate programmes 8. Demographics 9. Research and development 10. Achievements 11. R&D projects 12. Workshops & seminars 13. Student activities 14. About Centre for Career Development 15. Placement procedure 16. Previous recruiters 17. Alumni undertakings 18. General FAQs 19. Contact us About IIT Guwahati A welcome note Since its inception in 1994 as the sixth ‘Indian Institute of Technology,’ IIT Guwahati has achieved an international reputation in the fields of technology, innovation and research earning its accolades as one of the world’s topmost young and dynamic universities. The campus is located on a sprawling 285-hectare plot of land on the northern bank of Brahmaputra about 20km away from the heart of the city. The programmes and courses offered at IIT Guwahati are perpetually evolving to adapt to the ever changing global requirements, with a flexibility to ensure that students pursue courses to the best of their interests. At present the Institute has eleven departments and three inter-disciplinary academic centres covering all the major engineering, science and humanities disciplines, offering B.Tech, B.Des, MA, M.Des, M.Tech, M.Sc and Ph.D programmes. With the introduction of a ‘Minor’ degree, open and inter-departmental electives, audit courses and promotion of inter-disciplinary research, our students get a chance to expand their horizon of learning.
    [Show full text]
  • Volume 3, Issue 2 the Institute Newsletter, September 2018
    Inside this Issue Roadmap for the Future: Interview with the Director In Talks: D.Sai Teja Reddy, Ex-Vice President, Students’ Parliament, IIT (BHU) Varanasi Skeâ Âef°keâlee& keâer mce=efle ceW Learning the Lessons of Life: Reminiscing the White House in Banaras Hindu University Centenary Celebrations BANARAS HINDU UNIVERSITY Preparing the World for the Future through Sustainable Development: Solar Organic Rankine Cycle Plant Clearing the Hurdles: Solving an Industrial Problem by Tapping the Power of Waste Materials Innovate to Change: Developing a Low-Cost Prefilled Dual-Chamber Syringe Saving Countless Lives: A Nano-medicine for Malaria Preparing the Guardians of Knowledge for Tomorrow: The Teaching-Learning Cell Learning from the Pioneers: Fulbright Specialist Project at the Department of Mechanical Engineering, IIT (BHU) Faculty Achievements Invited Talks Short Term Courses, Workshops, and Conferences Conducted Publications Sponsored Projects MoUs Student Achievements Fostering innovation at IIT (BHU), Varanasi Technex'18 Volume 3, Issue 2 Gymkhana Councils: Activities The Institute Newsletter, September 2018 2 Editor's Desk The editorial team is happy to bring to presents to you the details of its of scientific research pursued in IIT you the fifth edition (Volume 3 Issue 2) achievements over the past few years. (BHU). The students of IIT (BHU) of the Institute Newsletter IIT BHU A distinctive feature of this Institute that engage themselves in activities Connect. The joining of Prof. Pramod sets it apart from any other beyond the academia as well. An apt Kumar Jain as the Director, marks the educational establishment in the world example is the culmination of the E- beginning of a new chapter in the is its heritage.
    [Show full text]
  • Junior Squad
    Indian Institute of Technology Guwahati The Annual Techno-Management Festival Associate title sponsor presents Junior Squad Time: 2hrs 30min Team Details Maximum Marks : 106 Minimum Marks : -33 Name of the participants: 1. 2. Roll Number: School Name: Please read the instructions carefully General Instructions 1. Fill in the Team Details in the space provided,before starting to attempt the paper. 2. Verify that the question paper contains 24 pages and 25 Questions. 3. All answers must be written in the OMR provided separately which has to be submitted at the end of the examination. The Question Paper can be taken back home. 4. All answers must be clear and legible.In case of any ambiguity, the decision of evaluator is final. 5. No queries regarding the correctness of the questions shall be entertained. 6. Blank papers, clipboards, log tables, slide rulers, calculators, cellular phones, pagers and any other electronic gadgets are not allowed. No additional sheets will be provided for rough work. Selection Criteria and Result 1. The ranking will be based on the total marks obtained in all the sections. 2. The result will be declared on or before August 11, 2014 on our website techniche.org/tech nothlon . To check your result, login with your roll number. 3. The top 50 teams will be invited to IIT Guwahati for the Mains and will be awarded Gold certificates. The next 200 will be awarded Silver certificates. OMR instructions 1. DO NOT TAMPER WITH THE OMR. 2. Darken the bubbles properly by BLACK ball point pen only. 3. Fill all the details in the OMR sheet properly.
    [Show full text]
  • About IIT Guwahati
    About IIT Guwahati Indian Institute of Technology (IIT) Guwahati established in 1994 has completed 25 years of glorious existence in 2019. At present, the Institute has eleven departments and five inter-disciplinary academic centres covering all the major engineering, science and humanities disciplines, offering BTech, BDes, MA, MDes, MTech, MSc and PhD programmes. The institute offers a residential campus to 412 faculty members and more than 6,000 students at present. Besides its laurels in teaching and research, IIT Guwahati has been able to fulfil the aspirations of people of the North East region to a great extent since its inception in 1994. The picturesque campus is on a sprawling 285 hectares plot on the north bank of the Brahmaputra, around 20 kms from the heart of the Guwahati city. IIT Guwahati is the only academic institution in India that occupied a place among the top 100 world universities – under 50 years of age – ranked by the London-based Times Higher Education (THE) in the year 2014 and continues to maintain its superior position even today in various International Rankings. Along with the older IITs and Delhi University, IIT Guwahati has been ranked below 500 in the QS World ranking released recently. IIT Guwahati has retained the 7th position among the best engineering institutions of the country in the ‘India Rankings 2019’ declared by National Institutional Ranking Framework (NIRF) of the Union ministry of Human Resource Development (HRD). IIT Guwahati has been also ranked 2nd in the ‘Swachhata Ranking’ conducted by the Govt. of India. Recently, IIT Guwahati has been ranked as the top ranked University in 2019 for IT developers by HackerRank in the Asia-Pacific region.
    [Show full text]