Computer Science student at UMass Amherst building distributed systems, industrial software, and applied machine-learning systems. My work spans vector search and high-performance computing, event-driven telemetry platforms, computer vision, and software for the physical world.
I’m especially interested in turning real-world data into reliable, explainable operational decisions.
| Project | What I built |
|---|---|
| ODIS | Event-driven industrial operations platform that converts Kafka and MQTT telemetry into explainable, auditable operator decisions. |
| Distributed HNSW Benchmark | Million-scale vector-search benchmarking on the UMass Swarm HPC cluster with reproducible performance analysis. |
| DistANN | C++ research implementation for distributed approximate nearest-neighbor search using HNSW and CLIP embeddings. |
| Tennis AI Analysis | Computer-vision pipeline for player and ball tracking, court mapping, and match analytics. |
