Profile

Assistant Professor in the field of Electronics & Communications Engineering

III-V Semiconductors, Quantum Wells and Quantum Dots, Solar Cells

  • B. Sc

    University of Calcutta
    Physics Honours

  • B. Tech

    Institute of RadioPhysics and Electronics
    University of Calcutta

  • M.Tech

    Institute of RadioPhysics and Electronics
    University of Calcutta

  • Ph. D.

    University of Calcutta
    Experimental and Theoretical Investigation Of The Properties Of Group III-V Bismide Semiconductors

  • - Guest Lecturer

    Department of Electronic Science, University of Calcutta

  • - Assistant Professor

    Department of ECE, Heritage Institute of Technology (Kolkata, West Bengal)

  • July 2017-April 2018 Associate Sports Counsellor

    IIITDMJ

  • May 2018-Till date Sports Counselor

    IIITDMJ

My courses

Current & Previous

Course Code Course name Category Institute Department Link
EC 201 Electronic Devices and Circuits UG/ Electronics & Communication Engineering
EC 545 Device Fabrication Technology PG/ IIITDMJ Electronics & Communication Engineering
Course Code Course name Category Institute
EC 549A Micro and Nano Devices/Nanoelectronics PG/PhD IIITDMJ
EC 545A VLSI Device and Modeling PG/PhD IIITDMJ

Research

Areas or Specialisation / Project Activities / Publications / Books

III-V Semiconductors, Solar Cells

  • Simulation of Photodetectors based on InSbBiN alloys and Quantum Dot Structures using COMSOL Multiphysics for Long Wave Infrared (LWIR) Applications (Faculty Inititation Grant- 2017-2020)

  • Analytical Modelling and Simulation of III-V nanostructure-based Hybrid Solar Cells (DST SERB Sponsored Project-2018-2021)

1. D. P. Samajdar, T. D. Das and S. Dhar, “Calculation of Direct E0 Energy Gaps for III–V–Bi Alloys Using Quantum Dielectric Theory” Environmental Science and Engineering 2014, pp 779-781
2. D. P. Samajdar and S. Dhar, Physics of Semiconductor Devices, “Transport of Nitrogen Atoms during the Liquid Phase Epitaxial Growth of InGaAsN” Environmental Science and Engineering 2014, pp 783-785
3. D. P. Samajdar, T. D. Das and S. Dhar , “Valence Band Anticrossing Model for InAs1-xBix by k·p method” Frontiers in Computer, Communication and Electrical Engineering 2016, pp 437-440.
4. D. P. Samajdar, T. D. Das and S. Dhar, “Calculation of Valence Band Structure of GaSb1-xBix using Valence Band Anticrossing Model in the dilute Bi regime”, Springer Proceedings of Physics, Vol 178, pp 243-248
5. D. P. Samajdar, T. D. Das and S. Dhar, “Effect of bismuth incorporation on the Growth Kinetics and Valence Band Structure for InP1-xBix grown using Liquid Phase Epitaxy”, Springer Proceedings of Physics, Vol 178, pp-249-255
6. I. Mal, A. Hazra, D. P. Samajdar, T. D. Das, “Computation of Electronic and Optical properties of GaAsSbN Using 16-Band k•p Hamiltonian” International Workshop on the Physics of Semiconductor and Devices, pp. 241-248 (2017).
7. I. Mal, A. Hazra, D. P. Samajdar, T. D. Das, “Investigation of Electronic and Optical properties of GaSbBi/GaAs Type-II Quantum Wells Using 14-Band k•p Hamiltonian”, International Workshop on the Physics of Semiconductor and Devices, pp. 1013-1020 (2017).

M. Tech.

Roll no Name Status Year Specialization Co-guide

Ph. D.

Roll no Name Status Year Specialization Co-guide

Contact me

Feel free to contact

    Dip Prakash Samajdar

     dip.samajdar@iiitdmj.ac.in

     

     

     

     

     

      +91-761-2794474

     (Fax) 91-

     Download CV

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