M.Tech Aerospace Engineering (Dynamics & Control), IIT Bombay. I work on Bayesian state estimation — particle filters, Kalman family, and scientific computing for aerospace autonomy. Targeting a PhD in the Netherlands (2027).
Featured projects
- ste-bayesian-localisation — Bayesian source-term estimation in 2D atmospheric dispersion: SIR particle filter, Gaussian-plume likelihood, Fisher-information sensor analysis. Includes a controlled experiment that falsifies an intuitive sensor-placement hypothesis.
- estimation-benchmarking-dashboard — interactive KF / EKF / UKF / Particle-Filter benchmark on the UNGM nonlinear model, filters implemented from scratch (React + Recharts).
Stack Python (NumPy · SciPy · Pandas) · MATLAB / Simulink · C/C++ · React / TypeScript · LaTeX