- 2025 –Studying planet-disk interactions using hydrodynamics modelsThe Kavli Institute for Astronomy and Astrophysics, Peking University, Beijing, China · Supervisor: Prof. Ruobing DongModeling the interactions between forming planets and their parental disks to understand the origin of observed disk substructures.
- 2023 –Constraining the disk gas mass through chemical tracersNISER, Bhubaneswar · Supervisor: Dr. Liton MajumdarDeveloped a self-consistent gas-grain thermochemical code to study planet-forming regions and constrain the mass available for giant planet formation.
- 2025JWST Observations & Ice Inventory PipelineDesigned an algorithm to constrain ice column densities from JWST NIRSpec/MIRI observational data.
- 2022 – 2024Three-phase gas-grain astrochemical code (PEGASIS)Lead developer of a comprehensive three-phase (gas, surface, bulk ice) astrochemical model with isotope and spin-state chemistry.
- 2024Terrestrial Exoplanet Interior Modeling (Machine Learning)Built a recurrent neural network (RNN) surrogate model using
scikit-learnandVPLANETto predict the interior thermal evolution and degassing of rocky exoplanets.
Software and Programming
I explore recreational re-implementations of classical astrophysical gas-grain and disk hydrodynamics solvers in modern languages like Rust and Julia , alongside Fortran, C, C++, and Python. Learn more on my software notes page here .
Knowledge Base
I maintain a personal research vault in Obsidian hosted as a website here .