A Computer Architecture course project. We studied two aspects of molecular simulation that drive memory use — my first step into high-performance computing, where chemical engineering meets computer architecture.
AMPL is an open-source pipeline for model building, data curation, and molecular property prediction. We analyzed how weight decay, a regularization hyperparameter, helps models generalize to test data.
With the 3M team, built a diffusion-based workflow that generates in silico height maps with tunable features, optimized for target roughness and optical properties.
A graduate course in molecular simulation. I wrote Monte Carlo codes for several ensembles in C++, then ran molecular dynamics of a Jagla-potential fluid, using the radial distribution function to study its structure, local ordering, and phase behavior.
Designed the full reaction and separation process for making para-aminophenol from nitrobenzene and hydrogen in ASPEN, then analyzed the plant’s economics: payback period and return on investment.
High-shear mixing of acetonitrile in a kitchen blender turned it from colorless to brownish-yellow. We set out to understand how this unwanted polymer–solvent interaction produces a dispersion of fluorescent carbon quantum dots.
A small windshield device that tracks the sun and moves a light-filtering disc over the brightest spot, so sudden glare doesn’t blind the driver. Built with Arduino, sensors, and 3D-printed parts.
Patent applications: India No. 201921027106; US Application No. 62911388 (EFS ID 37376706, Confirmation No. 1074).
Press: The Better India · Indian Express