Hironmay Deb

Qualification:

Doctor of Engineering-Bangkok University

Mtech in Optielectronics and Optical Communication from Assam Don University

Btech in Electrical and Electronics Engineering from Sikkim Manipal Institute of Technology

Teaching Experience: 12 Years

Teaching Details

Assistant Professor in EEE department

Area of Interest

Optical Sensors

Optical waveguide Design

Research Experience: 2 Years

1. Participant in Conference — national conference on ENVIRONMENTAL remote sensing (ncers-2016) (National)
   guwahati • 2016-12-13 to 2016-12-14
2. Participant in Conference — CISP 2012 (National)
   Guwahati • 2012-03-02 to 2012-03-03
3. Participant in Symposium — Electromagnetics and Photonics in the Age of Digital Marketing (International)
   thailand • 2018-07-17 to 2018-07-17
4. Participant in Symposium — mid infrared photonics : route to low cost portable and autonomous gas sensors (International)
   thailand • 2018-02-21 to 2018-02-21
5. Participant in Workshop — WORKSHOP ON ARDUINO AND RASPBERRY PI (National)
   guwahati • 2020-02-16 to 2019-02-16
6. Participant in Workshop — Sensor Control And Data Acquisition Using MATLAB And ARDUINO (International)
   thailand • 2018-07-26 to 2018-07-26
7. Participant in Workshop — Raman insider, modern raman imaging and surface enhanced raman spectroscopy (sers) (International)
   thailand science park convention center • 2017-10-05 to 2017-10-06
8. Participant in Workshop — workshop on arduino and raspberry pi (National)
   guwahati • 2016-08-20 to 2016-08-21
9. Participant in Workshop — Hands on Training on Basic MEMS Fabrication Techniques (National)
   tezpur • 2015-08-03 to 2015-08-07
10. Participant in Workshop — IEEE workshop on mems and vlsi digital design flow (National)
    guwahati • 2012-02-08 to 2012-02-09

Journal

1. Hironmay Deb, "3D-printed Guided Mode Resonance Readout System for Biomedical and Environmental Applications", Engineering Journal, vol. 25, pp. 35-43, 2021.
   Indexing: Scopus, • IF: 0.7 • ISSN: 0125-8281
2. hironmay Deb, "Enhanced sensitivity of guided mode resonance sensor through super-mode excitation at near cut-off diffraction", Optics & Laser Technology, vol. 132, pp. 106517, 2020.
   Indexing: SCI, • IF: 3.87 • ISSN: 0030-3992