I am currently part of the Exoplanets and Planetary Formation group at NISER, my work focuseson (Rocky Exoplanets) terrestrial exoplanets. My work involves modeling and retrieving interior details and the evolution of the interior from Planetary Bulk parameters for earth-like exoplanets and exploring the coupling between exoplanetary atmospheres and interiors.This research contributes to our deeper understanding of exoplanetary systems, and their interior, Planet formation, and how the secondary atmosphere is created for rocky planets around low-mass stars.

I am serving as the Co-Convener of the Robotics club of IISER Mohali for the academic year 23-24

As part of a winter project conducted under the supervision of Jessica Agarwal at the Max Planck Institute for Solar System Research, I performed aperture photometry on the active asteroid LH-15 to learn about the asteroid's rotation. The project involved analyzing ground-based telescope images considering atmospheric turbulence and diffraction.

My work focused on Landslide susceptibility analysis. Leveraging data from Copernicus Sentinel-2, I applied the Normalized Difference Vegetation Index(NDVI) to assess the study area's vegetation health and land cover characteristics. I identified potential landslide-prone areas by analyzing changes in vegetation density and land surface properties. These findings were crucial for understanding the environmental factors contributing to landslide susceptibility and mitigating future risks.