PhD Mechanical Engineering
2020-09-01
2025-12-31
New Jersey Institute of Technology
MS Mechanical Engineering
2015-09-01
2017-08-18
Andong National University
BS Mechanical Engineering
2009-01-07
2013-09-05
Khulna University of Engineering & Technology
My research spans multiple areas of materials development for electrochemical and thermal energy systems, and microfluidic-based biochips for POC devices. I also am working on translating fundamental scientific concepts into practical applications.
My work encompasses functional nanomaterials formilation, electrode materials engineering, materials degradation and durability analysis, nanomaterials-enhanced thermal energy storage systems, electrochemical biosensing for disease diagnostics, and experimental combustion studies of alternative fuels to advance sustainable energy and healthcare technologies.
Please reach out to discuss opportunities and collaborate 😃
Carbon, January 2025. Mechanochemical integration of N-doped graphene with ZIF-8 induces significant chemical transformations, including increased pyridinic-N, oxygen …
Microporous and Mesoporous Materials, February 2024. This study investigates ZIF-8 hydrolysis in water, revealing that oxidative species—not pure water—drive significant structural …
This talk is about Nitrogen-doped graphene enhances paraffin PCM thermal conductivity while increasing latent heat through engineered nanoscale molecular interactions.
On November 13th, 2025, I successfully defended my Ph.D. dissertation at the Department of Mechanical Engineering, New Jersey Institute of Technology.
