AI Research Engineer, Arch Systems LLC · SDCP (AFRL)Nov 2025 — present
- Detects objects from fused visible + thermal images (single FPGA, no CPU).
- Beats the GPU on energy by 3.4× — 21.8 W inside a hard 25 W budget.
- Runs on hyperdimensional computing — AI that bend under noise and attack instead of breaking.
- The fusion beats published sota — +4.5 mAP average, +12.7 after dark.
AI Systems Engineer, Intel Labs · AFRL HDC InitiativeJan 2025 — Oct 2025
- Lead engineer on an Air Force program to make chips learn on-device.
- Taught a detector to adapt on the fly — VSA encoders that fit the learning path into 0.5 MB of silicon.
- Built the scoreboard: automated accuracy/latency/power benchmarks from server GPUs to microcontroller FPGAs, on MLPerf methodology.
Graduate AI Research Intern, Intel LabsJune 2024 — Aug 2024
- Shrank an object detector to a fifth of its size — 90% faster on CPU, under 5% mAP loss.
- Swapped the classifier for a hyperdimensional one — 20% smaller again, and tougher against noise and adversarial attacks.
MS, Artificial Intelligence, Northwestern UniversitySept 2023 — Dec 2024
B.Tech, Computer Science, Vellore Institute of TechnologyJuly 2019 — June 2023
Radiation Oncology, Feinberg School of Medicine2024
- RAG Q&A for patients with citations that check out.
- Fine-tuned Llama-3 into a rad-onc tutor.
- Eval metrics that actually track human judgment.
IVP Lab, Northwestern University2023 — 2024
- Self-supervised XRF denoising of old-master paintings.
- Taught an RL agent to route the XRF scanner.