eSupervisor Detail

About me

Ph.D. in Computational Materials Science specializing in DFT, semiconductor physics, topplogical materials, spintronics, and machine learning for materials modeling. Experienced in electronic structure and transport analysis. Equally engaged as a NAAC/IQAC consultant, drafting SSRs, validating data, and advising institutions on accreditation strategy, governance, and quality assurance through structured, evidence-based evaluation.

Interests: During my Ph.D., I worked extensively on graphene derivatives and published several research papers in the field. My current research subsequently upgraded and expanded into contemporary field of topological materials, hydrogen evolution (HER), oxygen evolution (OER), carbon reduction, catalysis, and high order quantum materials—areas not chosen only for trend value, but for their demonstrable potential to transition from theoretical constructs to real-world technologies.