Embedded Systems & Flight Avionics — Rust • C/C++ • Python • FPGA/ASIC test • HIL
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- Systems that touch real hardware: flight computers, telemetry, side-channel-aware crypto test rigs, custom tooling for silicon bring-up.
- I value clarity over cleverness, predictable timing, and strong observability (logs, metrics, traces).
- Currently: flight-computer R&D, ASIC validation automation, and a power-network simulator for shipboard grids.
- Flight Computer (personal rocketry) — STM32-class MCU, Rust firmware, FRAM logging, watchdogs, and hardware-in-the-loop tests.
- ASIC/FPGA Test — Python/Rust harnesses for vectors, sweep campaigns, and results diffing; reproducible benches & artifacts.
- Power Network Sim — Fast nodal solve, breakers/bus ties, generator swing dynamics, frequency droop, UI telemetry.
More tools I use
Kubernetes · Nix/NixOS · CMake · OpenCV · NumPy · PyTorch · TailwindCSS · FastAPI · Redis · PostgreSQL
Project Zenith — Two-Stage Flight Computer
- Rust firmware (async tasks), sensor fusion (EKF), event recorder, brownout-safe logging.
- HIL with scripted fault injection; ground-station link for live telemetry.
Generator & Bus Network Simulator
- Swing equation, AVR/gov with droop, breaker topology changes, fast nodal admittance solve.
- Real-time UI probes for |V|/θ, P/Q, ω, and protection events.
ASIC/FPGA Test Harnesses
- Vector campaign runner (Rust/Python), reproducible artifacts, dashboards in Grafana/Prometheus.
If you’re building avionics, embedded test rigs, or power sims, I’m open to collaborating.