<p> FACULTY PROFILE </p><p>Title (Ms/Mr/Dr/Prof) Dr. Neetu Agrawal Photograph Designation Assistant Professor Department Department of Physics</p><p>Address (Official) 107, Ivory Tower, SG Impressions, Rajnagar Ext. Ghaziabad Phone No. 09810417246</p><p>Email [email protected]</p><p>Education: B.Sc.+B.Ed+M.Sc+PhD</p><p>Details/ Degree Institution Year Remarks 77.6% B.Sc.B.Ed.(integrated) Regional institute of 2006 Declared as Best Student in Major: Physics,Maths Education , Ajmer, Rajasthan B.Sc.B.Ed.(int.)Part-I Indian Institute of Technology, M.Sc (Physics) 2008 CGPA: 8.6 Delhi Thesis Title: “Electron Optics with Dirac Fermions: Indian Institute of Technology, Awarded: Electron transport in mono- PhD Delhi 2014 and bi-layer graphene in the presence of various scalar and vector potential barriers”</p><p>Awarded NET-JRF (Physical Sciences), December, 2007</p><p>Career Profile</p><p>Organisation/Institution Designation Duration Role</p><p>20.01.2014 Teaching undergraduate Assistant Professor to 05.01.2015 students Indraprastha Engineering College, Ghaziabad Assistant Professor Teaching undergraduate Kalindi College (University of 06.01.2015 students Delhi) till date Research Interests/Specialization</p><p>Particularly, I am very much interested in understanding electron transport in (1) Graphene (2) Topological insulators. (3) Quantum dots and quantum rings</p><p>The primary focus of my recent works have been to investigate charge transport properties of monolayer and bilayer graphene in presence of various types of externally applied scalar and vector potentials. The emphasis is particularly on the analogy of such transport with propagation of light wave through medium with alternating dielectric constant. In this direction, I have analyzed electron analogue of optical phenomena like Fabry-Perot resonances, negative refraction, total internal refection, Goos-Hanchen effect and caustics features in such systems and explained how such analogy is going to be useful for device generation</p><p>Administrative Assignments / Contribution to corporate life</p><p>Administrative assignments at Kalindi College:  Co-Convener, Momento and Bouquet Committee, “VIthAlumni Meet 2016”  Member, Fashion Club  Member, Eco Club  Member, Kalindi Alumni Association Committee  Member, Swachta Abhiyan Committee  Member, Physcom Society Teaching Experiences (Subject/Courses taught)</p><p>Total teaching experience 2 years</p><p>Theory:</p><p>Elements of Modern Physics</p><p> B.Sc. (H) Physics II year, FYUP mode</p><p>Thermal Physics  B.Sc. Physical Sciences I year</p><p>Physics of Devices and Instruments</p><p> B.Sc. (H) Physics III year, FYUP mode</p><p>Mathematical Physics  B.Sc. (H) Physics III year, FYUP mode</p><p>Labs: Physics Lab, Electronics Lab, Scilab, Numerical Analysis Lab Research Guidance</p><p>Project guidance to B.Sc. (H) IIIrd year students. </p><p>Publication (Peer Reviewed/Indexed Journals)</p><p>International Journal Publications: 1. N. Agrawal(Garg), S. Ghosh and M. Sharma, ‘Reversal of Klein reflection by magnetic barriers in bilayer graphene’ J. Phys. Condens. Matt. 24, 175003 (2012)</p><p>2. N. Agrawal(Garg), S. Ghosh and M. Sharma, Invited review on ”Electron optics with Dirac fermions: electron transport in monolayer and bilayer graphene through magnetic barrier and their superlattices”, International Journal of Modern Physics B, 27, 1341003 (2013)</p><p>3. N. Agrawal(Garg), S. Ghosh, M. Sharma, ‘Transmission of massless Dirac fermions through an array of random scatterers in terms of Fabry-Perot resonances: A Green’s function approach’, Eur. Phys. J. B, 86, 317 ( 2013).</p><p>4. N. Agrawal(Garg), S. Ghosh, M. Sharma, Scattering of massless Dirac fermions in circular p-n junctions with and without magnetic field, J. Phys. Condens. Matt.26, 155301 (2014) </p><p>5. N. Agrawal(Garg), S. Grover, S. Ghosh and M. Sharma, “Graphene Calling : Novel electron optics of massless Dirac fermions in presence of electromagentic potential barriers”, Proceeding of Indian national Science Academy, 77, 2 (2011).</p><p>6. Bipin Kumar Gupta, Garima Kedawat, Pawan Kumar, Satbir Singh, Sachin R. Suryawanshi, Neetu Agrawal (Garg), Govind Gupta, Ah Ra Kim, R. K. Gupta, Mahendra A. More, Dattatray J. Late and Myung Gwan Hahm, Field emission properties of highly ordered low-aspect ratio carbon nanocup arrays, RSC Adv., 2016,6, 9932-9939 DOI: 10.1039/C5RA25682H, Communication (2016) Seminar/Workshop/Conferences Presentation/Organisation</p><p>Presentations in International/National Conferences</p><p>1. N. Agrawal(Garg), S. Ghosh, M. Sharma, “Electron transport through one dimensional randomly arranged delta functions in Graphene", International Workshop on the Physics of Semiconductor Devices, held in New Delhi (2009).</p><p>2. N. Agrawal(Garg), S. Ghosh, M. Sharma, “Electron transport through an array of Delta funtion like localized potentials in monolayer Graphene", International conference on Physics of New Materials jointly funded by ICMS at JNCASR and the S.N. Bose National Centre for Basic Sciences, held from 16- 18 January 2010, in Kolkata, India.</p><p>3. S. Ghosh, N. Agrawal(Garg), M. Sharma, “Optical analogy of electron transport in bilayer Graphene in the presence of electromagnetic potential barriers and its possible applications". American Physical Society March Meeting 2010, organised by American Physical Society from Abstract ID: BAPS,2010 MAR.K1.176, (Presented by co-author Dr. Sankalpa Ghosh).</p><p>4. N. Agrawal(Garg), S. Ghosh, M. Sharma, “Tunable Electron transport through magnetic barrier in bilayer graphene”, ICTS International School on Topology in Quantum matter, School and conference organized by International center for Theoretical sciences (ICTS), TIFR, held from 29 June to 13 July, 2011, in held in the Indian Institute of Science, Bangalore, India</p><p>5. N. Agrawal(Garg), S. Ghosh, M. Sharma, “Electron transport through Graphene”, International workshop on “Low Dimensional Quantum Systems", organized by Harish-Chandra Research Institute, held from 10-13 October, 2011, in HRI Allahabad, India.</p><p>6. N. Agrawal(Garg), S. Ghosh, M. Sharma, “Short range disorder in graphene: a</p><p>Green's function based approach, Sixth International conference on Fundamental science of Graphene and Applications of Graphene based devices”, Graphene week 2012" held from 4-8 June 2012, in Delft, Netherlands. Participation in Workshops . Participated in One Day Workshop on “Einstein and Theory of Relativity”, 2010, IIT Delhi.</p><p>. Participated in Two Day Workshop on “Quantum Mechanics and its Applications”, 2008, IIT Delhi.</p><p>Workshops attended for Curriculum development  Attended Workshop organized at Delhi University for the discussion regarding the of teaching guidelines of a newly introduced course for B.Sc III(H) FYUP batch – semester V paper: -“Physics of semiconductor devices”, on 13 August, 2015, in Dept. of Physics, Delhi University.</p><p> Attended Workshop organized at Delhi University for the discussion regarding the of teaching guidelines of a newly introduced course for Lab CI (MP Lab) of B.Sc I(H) – “Physics of semiconductor devices”, on 7 September, 2015, in Dept. of Physics, Delhi University.</p><p> Attended Workshop organized at Delhi University for the discussion of teaching guidelines for semester –VI paper : Mathematical Physics –IV on 12 Jan, 2016 in Dept. of Physics, Delhi University.</p><p>Workshops organized</p><p>. Member of Organizing Committee for a one day workshop on to celebrate “Einstein and his year of Miracles”, on 24th September, 2014 at Kalindi College, New Delhi.</p><p>. Member of Organizing Committee for a one day workshop on “LIGHT” to celebrate “International year of the Light-2015”, on 1st September, 2015 at Kalindi College, New Delhi.</p><p>Awards & Distinctions</p><p>Related to Academics</p><p>1. Adjudged as the Best Student amongst B.Sc. B.Ed. Part-I students. </p><p>2. Qualified GATE in Physics (2008) with All India Rank 16. 3. Qualified CSIR-NET (Dec.2007). </p><p>4. Awarded the Junior Research Fellowship (JRF) from 2009-2011.</p><p>5. Awarded Senior Research Fellowship (SRF) from 2011-2013.</p><p>6. Qualified JAM (2006) (Joint admission test to M.Sc.) with All India Rank 66. </p><p>7. Total six internationally acclaimed papers with more than 15 citations.</p><p>8. Total h-index = 2</p><p>Related to Co-Curricular Activities</p><p>9. First Prize in English Slogan Writing Competition at College level.</p><p>10. Second Prize in English essay Writing Competition at College level.</p><p>11. Second Prize in Physics Model making Competition at College level.</p><p>Public Service/ University Service/ Consulting Activity</p><p>Professional Societies Memberships</p><p>Student member: Optical Society of America- 2011 to 2012. Student member: American Physical Society- 2010 to 2013. Projects(MajorGrants/ Collaborations)</p><p> Study of Electron Optics in Graphene</p><p>Principal Investigator: Dr. Neetu Agrawal</p><p>We are investigating the electronic transport properties of graphene in the presence of various types of externally applied scalar and vector potentials.</p><p>Working With Four Students of B.Sc. (H) Physics III year, FYUP mode</p><p> Conversion of wind energy to electrical energy at Delhi metro stations using light rotor turbines.</p><p>Principal Investigator: Dr. Punita Verma</p><p>Co- Principal Investigator: Dr. Neetu Agrawal & Dr. Reena Jain</p><p>Other Details</p>