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KAZI NAZRUL UNIVERSITY ASANSOL --------------------------------------------------------------------------------------- Dr. ARINDAM BISWAS Assistant Professor and Coordinator, Department of Mining Engineering Coordinator (Addl. Charge), Department of Computer Science. Member, CENTRE FOR ORGANIC SPINTRONICS AND OPTOELECTRONICS DEVICES (COSOD) Course Coordinator, Electronics (UG Studies) Kazi Nazrul University (Public University), Asansol , West Bengal, India Email: [email protected] Phone: +919932311710 Short Biography: Dr. Arindam BISWAS was born in West Bengal, India in 1984. He received M-Tech degree in Radio Physics and Electronics from University of Calcutta, India in 2010 and PhD from NIT Durgapur in 2013. He has worked as a Post-Doctoral Researcher at Pusan National University, South Korea with prestigious BK21PLUS Fellowship, Republic of Korea 2015, DST-JSPS Invitation Research Grant Award in 2020. He got Visiting Professor at Research Institute of Electronics, Shizouka University, Japan. He has been selected for IE(I) Young Engineer Award : 2019-20 in Electronics & Telecommunication Engineering discipline, Institute of Engineers, India. Dr. Biswas has 12 years’ of experience in teaching research and administration. Presently Dr. Biswas is working as an Assistant Professor in School of Mines and Metallurgy at Kazi Nazrul University, Asansol, WB, India. He has 52 technical paper in different journals and 35 conference proceedings and 7 books, 03 Edited Volume and 01 book chapter with international repute. Dr. Biswas received research grant from Science and Engineering Research Board , Govt of India, under Early Career Research Scheme for research in Terahertz based GaN Source. He has also received Research Grant from Centre of Biomedical Engineering, Tokoyo Medical and Dental University in association with RIE, Shizouka University, Japan for study of biomedical THz Imaging based on WBG semiconductor IMPATT Source for two consecutive years 2019-20 and 2020- 2021. Presently Dr. Biswas is serving as an Associate Editor of Cluster Computing, Springer (SCI Indexed). Dr. Biswas has produced 04 PhD students in different topics of applied optics and high frequency semiconductor device. He has organized and chaired difference International Conferences in India and abroad. His research interest is in carrier transport in low dimensional system and electronic device, non-linear optical communication, THz Semiconductor Source. Dr. Biswas acted as reviewer for reputed journals, member of the Institute of Engineers (India) and Regular Fellow of Optical Society of India (India). Educational Qualification: 1 Degree Name of the University Date of Award PhD NIT Durgapur October, 2013 M.Tech. Calcutta University September, 2010 B.Tech. West Bengal University of Technology September, 2007 Employment Details: Previous Positions held Employer/ Organization Period/Duration of the Scale of Pay position/work 1 ASSISTANT PROFESSOR SCHOOL OF MINES AND METALLURGY, KAZI November 30, 2018 to Till Date PB3 (Rs.15600 - 39100) plus Academic Grade Pay of Rs. 6000. NAZRUL UNIVERSITY, ASANSOL 2 ASSOCIATE PROFESSOR ASANSOL ENGINEERING COLLGE July 21, 2017 to November 30, 2018 PB4 (Rs.37400 - 67000) plus Academic Grade Pay of Rs. 9000 3 ASSOCIATE PROFESSOR NSHM KNOWLEDGE CAMPUS, DURGAPUR July 7, 2015 to July 20, 2017 PB4 (Rs.37400 - 67000) plus Academic Grade Pay of Rs. 9000 4 POST DOCTORAL PUSAN NATIONAL UNIVERSITY, SOUTH KOREA March 12, 2015-June 30, 2015 2, 308, 000 KWN RESEARCHER 5 ASSOCIATE PROFESSOR DUMKAL INSTITUTE OF ENGINEERING AND February 1, 2015- March 8, 2015 PB4 (Rs.37400 - 67000) plus Academic Grade Pay of Rs. 9000 (On-Lien) TECHNOLOGY (On-Lien) 6 ASSOCIATE PROFESSOR HOOGHLY ENGINEERING AND TECHNOLOGY June 11, 2014-January 31, 2015 PB4 (Rs.37400 - 67000) plus Academic Grade Pay of Rs. 9000 COLLEGE 7 ASSISTANT PROFESSOR DR. B C ROY ENGINEERING COLLEGE, AUGUST 2, 2013- June 14, 2014 PB3 (Rs.15600 - 39100) plus Academic Grade Pay of Rs. 8000 (SR. SCALE) DURGAPUR 8 ASSOCIATE PROFESSOR DUMKAL INSTITUTE OF ENGINEERING AND July 3 , 2011-August 1 2013 PB4 (Rs.37400 - 67000) plus Academic Grade Pay of Rs. 9000 TECHNOLOGY, DUMKAL ASSISTANT PROFESSOR September 7, 2011- July 2, 2011 PB3 (Rs.15600 - 39100) plus Academic Grade Pay of Rs. 6000 9 LECTURER DUMKAL POLYTECHNIC Feb 1, 2010-Sept. 6, 2010 8000/- (Basic Only) LECTURER SEPT 22, 2007 to Sept 30, 2008 8000/- (Basic Only) Published Papers in Journals: 2 Whether No of Sl. Referred/Non- you are Year of Name of Article Journal ISSN/ISBN No Co- No Referred the main Publication author author Design and Development of 4-Bit Gray 1 Code Counter Circuit Using Reversible Micro and Nanosystems 1876-4029 Referred 6 Supervisor 2020 Logic Gate Design of Quantum Cost and Delay Optimized Code Converter Using New 2 Micro and Nanosystems 1876-4029 Referred 11 Supervisor 2020 Reversible Quantum Circuit Block (QCB) Measurement of ionization rate of charge carriers and breakdown 3 characteristics of CVD-grown 4H- Applied Physics A 0947-8396 Referred 4 Co-Author 2020 SiC diodes under steady magnetic field Overcoming the SNR-Wall by International Journal of 4 Autocorrelation based Sensing of 2207-6387 Referred 5 Supervisor 2019 Control and Automation OFDM Signal Optoelectronic Properties of Multiple Quantum Barriers Nano- International Journal of 5 Scale 1753-2515 Referred 3 Supervisor 2019 Nanoparticles Avalanche Photo Diodes Terahertz Radiators Based on Nanoscience & 6 2210-6812 Referred 3 Supervisor 2019 Si~3C-SiC MQW IMPATT Diodes Nanotechnology-Asia Modulation of Millimeter-Wave International Journal of 7 and THz Properties of IMPATT 1753-2515 Referred 3 Supervisor 2019 Nanoparticles Sources via External Magnetic Field The Quantum Cost Optimized 8 Micro and Nanosystems 1876-4029 Referred 4 Supervisor 2019 Design of 2:4 Decoder Using New 3 Reversible Gate Design of Reversible Shift Register 9 Using Reduced Number of Logic Micro and Nanosystems 1876-4029 Referred 4 Supervisor 2019 Gate 1.0 THz GaN IMPATT Source: Journal of Infrared, 10 Effect of Millimeter, and Terahertz 1866-6906 Referred 7 Yes 2018 Parasitic Series Resistance Waves Design of Referred Journal of Circuits, Systems Quantum Cost, Garbage Output and and Computers, 11 Delay Optimized BCD to Excess 3 1793-6454 5 No 2018 Vol 27, pp. 1850184- and 1850197 2’s Complement Code Converter Quantum cost optimised Referred International Journal of design of 4-bit reversible universal Quantum Information, Vol 12 shift register using reduced number 1793-6918 4 No 2018 16, pp.1850016- of 1850025 logic gate Influence of carrier-carrier Referred interactions on the noise 13 IETE Journal of Research 1793-6918 4 No 2018 performance of millimeter-wave IMPATTs Design and Implementation International Journal of Referred 14 of a Universal Reversible Logic Quantum 1793-6918 4 No 2018 Gate Information Millimeter-Wave and Terahertz Referred IMPATT Sources: International Journal of 15 1753-2515 4 No 2018 Influence of Inter-Carrier Nanoparticles Interactions Journal of Referred Noise Performance of 94 GHz Active and Passive Electron 16 Multiple Quantum Well Double- 1563-5031 6 No 2018 Devices, Vol 13 (2-3), pp Drift Region IMPATT Sources 185-194 Design of Reversible Journal of Engineering 1791-2377 17 Combinational Circuits Using New Science and Technology Referred 4 No 2018 Reversible Logic Gate Review 11 (5) (2018) 170- 4 172 World Academy of Science, Referred Engineering and Noise Performance of Magnetic Technology International Field Tunable Avalanche Transit 18 Journal of Electronics and 1362-3060 4 No 2018 Time Communication Source Engineering Vol 12 (10), pp 718-728 Wave length insensitive fused fiber Journal of Optoelectronics Referred coupler in asymmetric heating of and Advanced Material, Vol 19 14544164 5 Yes 2016 arc 18, pp.220- discharge 227 Journal of Computational Referred Effect of Magnetic Field on the RF Electronics, Springer, vol 20 Performance of Millimeter-Wave 1572-8137 4 No 2016 15, pp IMPATT Source 210–221 Large-Signal Characterization of Referred Millimeter-Wave IMPATTs: Effect Journal of of Reduced Impact Ionization Rate Computational Electronics, 21 1572-8137 5 No 2016 of Springer, vol 15, pp 646– Charge Carriers due to Carrier- 656 Carrier Interactions Journal Referred Molecular Bose-Einstein of Optoelectronics and 22 condensation and bound states in 14544164 2 Yes 2015 Advanced Material, Vol 17, lithium niobate type ferroelectrics pp. 1885-1890 Suppression of cross polarization Referred and mutual coupling between dual Microwave and Optical trace dual column coaxial 23 Technology Letters, Vol 56, 1098-2760 5 No 2014 microstrip array using dumbbell pp. 2182-2186 shaped resonator Analysis of a IEEE Antenna and Wireless Referred 24 Miniaturized Multiresonant Propagation Letters, Vol 1536-1225 5 No 2014 Wideband Slotted Microstrip 14, pp.60-63 5 Antenna with Modified Ground Plane Quantum Breathers in Referred Appl. Nanosci, Vol 3, pp 25 Lithium Tantalate Type 2190-5517 6 Yes 2013 343-355 Ferroelectrics Journal of Optoelectronics Referred Phonon bound state and critical and Advance Material, Vol 26 limit of soliton motion in 14544164 4 Yes 2012 14, pp 732- ferroelectrics 740 Fano resonance due to Discrete Referred J Optical Society of Breather in 27 America B, Vol 29, pp 2414- 1520-8540 5 No 2012 Nonlinear Klein- Gordon Lattice in 2419 Metamaterials Discrete energy levels of bright Referred 28 solitons in lithium Phys. Rev. B. Vol86, 184101 1098-0121 6 No 2012 niobate ferroelectrics Role of Coupling of Discrete Referred Physica Scripta, Vol. 86, pp 29 Breathers in SRR based 1402-4896 9 No 2012 015601-610 Metamaterials Quantum Pinning-transition due to Referred J. Appl. Phys .Vol. 110, 30 Charge Defects in 1089-7550 5 Yes 2011 240104 Ferroelectrics Quantum Breathers in Referred J. Appl. Phys .Vol. 110, 31 Klein-Gordon Lattice: Non-Periodic 1089-7550 6 No 2011 124106 Boundary Condition Approach J Electron Referred Dissipative Breathers Modes in 32 Devices, Vol. 10, pp 423- 1682 -3427 5 No 2011 Nano-ferroelectric 428 ACEEE Intl. J. Recent Referred Study of Gain variation with well Trends in Engg., 33 width in 2158-5563 2 No 2011 (IJRTE), Vol 4, Issue 4, pp GaAlAs/GaAsSuperlattice laser 136-137 Quantized Conductance of One Intl.