Developed and maintained C++ avionics firmware for payload control and monitoring, leveraging real-time communication protocols including UART, SPI, I²C, and CAN.

Thrived in a fast-paced startup environment, collaborating across teams to deliver robust, reliable avionics solutions.

Designed and implemented a mission-critical telemetry-command-and-control infrastructure to view live aircraft telemetry and send secure, reliable commands to airborne avionics from ground stations, ensuring precise execution and safety in dynamic environments.

Engineered Python-based tools and libraries to automate and simplify post‑flight data processing, accelerating data readiness and reducing manual effort. Architected and maintained post‑flight analysis systems in a fast‑paced startup environment, ensuring reliability, scalability, and seamless integration with evolving operational workflows.