- Formulated an event-based simulator to model suburban drone deliveries at 10,000x real-time, and used it to optimize networks of drone charging stations- Achieved a consistent 23% speedup of Zipline’s simulation tools by building a custom differential equation solver- Leveraged AWS CDK to build a pipeline for deploying a custom web app for engineers to view simulation results- Established a living handbook on how to scale Zipline’s operations optimally in new cities

- Working under Prof. Spencer Bryngelson- Engineered new physics modules for immersed solids in MFC, a GPU-optimized fluid dynamics simulator- Leveraged OpenMPI and OpenACC to parallelize this feature to run on supercomputers w/ 1000+ GPUs- Achieved numerical accuracy and validation with only a <0.5% increase in the runtime- Earned the President’s Undergraduate Research Award ($1500) for Summer 2023- Now pursuing a groundbreaking project to simulate vapor cones formed by supersonic jets