Physics + software + machine learning engineer working on scientific computing, computational optics, quantum systems, and scalable ML systems.
PyTorch-first SLM computational holography toolkit for optical tweezer arrays, bottle beams, interleaved bright/dark traps, and Zernike-space aberration correction.
The project includes phase-retrieval algorithms, Fourier-optics simulation, trap-quality analysis, bottle-beam diagnostics, interleaved neutral-atom trap layouts, and a long-form technical report based on experimental SLM work at UW–Madison.
- M.S. Physics, University of Wisconsin–Madison — quantum computing / AMO-adjacent research
- B.Tech Electrical Engineering, IIT Madras
- Former Senior ML Engineer at Dream11, working on recommender systems and large-scale experimentation
- Interests: scientific ML, quantum software, computational optics, neutral atoms, simulation, data systems