I am a dedicated researcher and educator with over eight years of experience in theoretical and computational nuclear astrophysics. Currently, I serve as an Assistant Professor at MRPD Government Arts and Science College, Talwara, Punjab, India. Prior to this, I was a postdoctoral research associate at Kent State University, Ohio, USA, where I explored the physics of compact stars and the behavior of hadrons in hot and dense environments. I earned my Ph.D. from Dr. B. R. Ambedkar National Institute of Technology, Jalandhar, with a focus on the properties of hadrons under extreme conditions, including strong magnetic fields. My academic profile is supported by a robust record of peer-reviewed publications, active participation in international conferences, and involvement in global research collaborations. I am an active contributor to the MUSES collaboration development team, where I work on the CMF module, QLIMR, CMF+QLIMR, and CMF+lepton module projects hosted on GitHub. In collaboration with NP3M, I am also engaged in incorporating meson contributions to the equation of state for high-temperature and compact star matter. In addition to research, I have extensive teaching experience at both undergraduate and postgraduate levels. I have taught courses in astrophysics, quantum field theory, classical mechanics, and introductory physics, with a strong emphasis on conceptual clarity and student engagement. My teaching approach integrates computational tools and research-based learning strategies to create an inclusive, stimulating, and student-centered classroom environment.

Research Interests: Hot and Dense Nuclear Matter, Compact Stars, QCD Phase Transitions, Machine Learning, Statistical Analysis