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Lead architecture, design, and development of avionics electrical systems for Group 2 UAS. Hands-on with schematic and PCB design, bring-up, integration, testing, troubleshooting, and system-level verification. Drive cross-disciplinary integration, supplier selection, documentation, and corrective actions while mentoring engineers and supporting production and fleet operations.

Lead development of aircraft electrical hardware including power distribution, conversion, battery charging, embedded control electronics, and high-speed communications. Own full hardware lifecycle from concept, simulation, schematic/PCB design, prototyping, testing, and integration. Produce engineering documentation, manage vendor selection, troubleshoot root causes, and collaborate with multidisciplinary teams to deliver flight-ready products.

The role involves new product development, systems engineering across various interfaces, sustaining fielded systems, and elevating engineering rigor.

Own end-to-end full-stack features for a manufacturing software platform: design data models and APIs, build React frontends for factory use, manage Postgres schemas/migrations, implement background jobs, and collaborate with product, design, and manufacturing stakeholders to deliver reliable, observable production systems.

Design, simulate, and integrate antennas and RF systems (HF through X-band) for sUAS platforms. Develop link budgets, perform EMI/EMC and cosite analyses, lead antenna integration, execute chamber and flight testing to MIL-STD/DO-160 standards, and produce RF documentation. Support vendor selection, field tests, and RF payload design (SIGINT, EW, comms relay).

Lead and execute developmental flight testing of sub-scale and full-scale UAVs. Design and run flight and environmental tests, ensure safety and regulatory compliance, build instrumentation and data-acquisition setups, analyze data (MATLAB/Simulink/Python), coordinate cross-functional teams and test ranges, and document results and corrective actions.

The Project Engineer will manage UAS development, coordinating efforts across engineering and production, ensuring alignment with program goals, timelines, and compliance. Responsibilities include technical reviews, subsystem integration, and development of flight test procedures.