Engineered a coordinate descent algorithm to obtain LAD estimates for linear regression setups.

Proposed a tempered Hamiltonian Monte Carlo algorithm for efficient sampling in multimodal setups.

Implemtented automatic parameter tuning for the Magnetic Hamiltonian Monte Carlo Algorithm.

Implemted the No U-turn sampler for efficient exploration of the posterior distribution.

Implemented a novel annotation strategy for the Xenium platform, enhancing data labeling efficiency.

Implemented a survival analysis model to analyse gender-wise and age-wise survival outcomes in lung cancer patients.

Implemted a novel gaussian process based kernel entropy comparision metric to evaluate LLM outputs.

To computationally implement the state-of-the-art regression method for samples with alternating predictors.

1st Indian team to qualify for the RoboCup MSL Challenge out of 10+ shortlisted international applicants