-- Conducting extensive data analysis on Fast Radio Burst (FRB) data to compare various quantities with the aim to understand their origins.--Utilizing Python to mathematically simulate the effects of the propagating medium on FRBs and implementing multiprocessing and multithreading to enhance computational efficiency.-- Developing ML techniques for feature extraction from FRB data.

-- Worked on advanced radiation shielding techniques for LEO satellites.-- Engineered lightweight, highly effective radiation absorbers using metal-polymer composites.-- Researched methods to develop radiation-hardened space electronics to prolong mission lifetimes.

--Performed blind component separation on Cosmic Microwave Background Radiation maps to identify and reveal foreground artifacts.

-- Developed a numerical techniques to study shear thinning and shear thickening in 2D Fluids.