eSupervisor Detail

I am a computational biophysicist experienced in molecular dynamics simulations, protein–ligand interactions, and membrane transporters. My expertise includes GROMACS, Python-based trajectory analysis, and enhanced sampling. I can guide students in MD setup, analysis, and data interpretation, and help integrate computational insights into biological research.

Enthusiastic computational researcher with five years of hands-on experience in bioinformatics and data-driven biological research. Currently working at CUSB, Gaya, where I focus on network-level brain analysis using graph-theoretic approaches on large open-access fMRI datasets, including HCP, OASIS, and ABIDE, to uncover signatures of neurodegenerative disorders. My earlier work involved large-scale text mining and PubMed database analysis to study emerging trends in antibiotic resistance. Passionate about interdisciplinary research, I am committed to building collaborative research environments and translating complex biological data into meaningful scientific insights.

Enthusiastic computational researcher with five years of hands-on experience in bioinformatics and data-driven biological research. Currently working at CUSB, Gaya, where I focus on network-level brain analysis using graph-theoretic approaches on large open-access fMRI datasets, including HCP, OASIS, and ABIDE, to uncover signatures of neurodegenerative disorders. My earlier work involved large-scale text mining and PubMed database analysis to study emerging trends in antibiotic resistance. Passionate about interdisciplinary research, I am committed to building collaborative research environments and translating complex biological data into meaningful scientific insights.