Studying computer science and mathematics at the University of Maryland, College Park. Minor in robotics and autonomous systems.
Designed and built a distributed system of controllers for infrastructure autoscaling with Golang, Postgres, Azure.
Built software to automate trade order management and modification with Python and NLU. Developed socket - based API orchestration software.
Developed a multithreaded Bayesian sampling system in Java improving SONAR tracking efficiency by 50%. Implemented modern MCMC and adaptive rejection techniques, cutting sampling errors by 75%.
Designed a vision-inertial learning pipeline for autonomous vehicles that fuses RGB sequences and IMU motion data using LSTMs, FiLM conditioning, and ConvLSTMs, to predict drivable area at a future timestep.
Implemented a BitTorrent peer-to-peer client in Go, supporting TCP/UDP trackers, IPv6, tracker refresh, and concurrent downloading/uploading using goroutines and a producer - consumer model.
Implemented a facial recognition system using triplet loss in PyTorch, achieving high accuracy on benchmark datasets.
Developed an application to map significant relationships between published papers. Additionally created a paper ranking and relevance search algorithm.