0000-0003-1444-529X About
Dr. Dipankar Biswas is currently working as an Assistant Professor (Research) in the Department of
Electronics & Communication Engineering, GLA University, Mathura, India. Having completed his
B.E. Degree from the University of Burdwan, he started his journey of teaching and
research since. Afterwards, he completed his M.Tech. from WBUT. And while
continuing his teaching and research obsession, he persuaded and got his PhD degree
from the National Institute of Technology Manipur.
Now has more than 16 years of experience teaching in various engineering colleges.
Alongside teaching, he has also been indulged in many high-quality researches
producing more than 55 high original research articles in various International and
National journals/conferences of high repute.
During his association with NIT Manipur, he was made to handle and work in various
funded research and development projects in the Department
Employment
-
GLA University ASSISTANT PROFESSOR2023 - Present
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (96)
- Impact of Bi2O3 in altering network structure, charge transport, and energy-storage capabilities of BaO–Li2O–P2O5–SiO2 glasses Save
- Influence of Sm3+ incorporation in zinc–bismuth-phosphate glasses on physical, thermal, and optical properties: A study of radiation protection efficiency Save
- Sensitivity optimization of SPR sensor based on NaF–Cu–TiO₂–BP structure using chalcogenide materials Save
- Green-synthesized CdS nanoparticles using Bauhinia: Optical, structural, and antibacterial properties Save
- Effects of te substitution on optical and dielectric properties of Te-As-Ge-Se chalcogenide glasses Save
- Defect mode assisted 1-D photonic crystal design for the application of ultra-high pressure sensor employing GaAs/air with aluminium oxide Save
- Corrigendum to “Sensitivity optimization of SPR sensor based on NaF–Cu–TiO₂–BP structure using chalcogenide materials” [Microchem. J. 220 (2026) 116552] (Microchemical Journal (2026) 220, (S0026265X25039037), (10.1016/j.microc.2025.116552)) Save
- A Machine Learning Approach to Predict Dye Degradation Efficiency Using ANN in Photocatalytic Systems Save
- Tailoring of optical properties of Sb-incorporated S-Se-Ge chalcogenide glasses for enhanced sensitivity performance in multilayer SPR plasmonic sensors Save
- Bi2O3-Induced Modulation of Structure and Multifunctional Properties in Li2O–TeO2–P2O5 Glasses: From Optical Bandgap to Mechanical Strength Save