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Designs and owns low-voltage AC/DC power systems and production-ready PCBs for autonomous charging infrastructure. Responsibilities include DC/DC conversion, protection, health monitoring, EMI/EMC compliance, prototype validation, rugged-environment design, and transitioning products into volume manufacturing. The engineer collaborates with mechanical, embedded, and systems teams to deliver reliable 1kW–50kW power electronics for drones, robots, and surface vessels.

Develop and maintain full-stack command-and-control software for rugged UxS charging infrastructure: build responsive front-end components, backend services/APIs, telemetry pipelines, integrate with tactical C2 systems (ATAK, Lattice, CoT), debug networking issues, collaborate with autonomy and systems teams, and support V&V, testing, and documentation per federal defense standards.

Lead the end-to-end autonomy stack for aerial and manipulation platforms: perception, state estimation, planning, control, flight-controller integration, robotic arm kinematics and motion planning, sensor-fusion, sim-to-real validation, system integration, testing, and mentoring a small team through prototype bring-up and field deployment.

The Software Engineer will develop ML models, software for embedded systems, and user interfaces, ensuring effective hardware integration and performance.