His research focus is physics of two-dimensional (2D) materials for opto-plasmonic-based heterojunction-photovoltaics, low-temperature quantum transport, molecular surface and grain-boundary functionalization, and functional bio-nano interfaces. His postdoctoral research (2014-16) at The University of Illinois at Chicago involved nanoscale designing and bottom-up synthesis of 2D material heterostructures for low-temperature quantum transport and optoelectronics. His Ph.D. (2014) research was a result of research exposure from three countries with two scholarships and focused on growth and characterization of low-dimensional quantum materials for optoelectronics. His Ph.D. program includes an exchange research at The University of Saskatchewan, Canada and a summer course at The Technical University of Denmark.