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The Senior System Safety Engineer leads safety activities, conducts hazard analysis, engages with customers, and ensures compliance with safety standards in unmanned aircraft systems.

Lead system safety activities for unmanned aircraft systems, including risk management, safety architecture, documentation, test planning, and customer engagement.

Lead system safety activities across product lifecycle, conduct hazard analysis, ensure safety compliance, and engage with customers for safety reviews.

The Chief Engineer will lead the development and integration of next-generation unmanned aircraft systems, focusing on technical strategy and multi-disciplinary decision-making.

Support manufacturing and design quality through root cause analysis, corrective actions, PPAP documentation, FAIs, inspection planning, supplier quality coordination, audits, and quality metrics reporting across programs.

Lead subcontract administration across the contract lifecycle for DoD/aerospace programs: draft and negotiate subcontracts, ensure FAR/DFARS compliance, manage supplier selection and performance, perform cost/price analysis, support program teams, mitigate contractual risk, maintain audit-ready records, and mentor junior staff.

Coordinate and centralize special project schedules, integrate projects into production, track KPIs and real-time project health, anticipate risks and resource constraints, build reports and tools, and align engineering, supply chain, and program leadership to ensure on-time, high-quality delivery.

Support design, development, integration, and testing of electrical systems for UAS platforms. Build and document wire harnesses, maintain schematics, debug circuits, assist in system integration, and collaborate with mechanical, software, and production teams to resolve issues and verify functionality.

Lead design, development, and optimization of guidance, navigation, and control systems for Group 1-4 UAS. Architect flight-control software, develop Matlab/Simulink models with auto-code generation, run SWIL/HWIL simulations, perform stability and performance analysis, mentor junior engineers, drive cross-functional collaboration, lead R&D and flight-test efforts, and produce technical documentation and peer reviews.

Lead design, development, and optimization of advanced GNC systems for Group 1–4 UAS. Architect flight controls software, develop Matlab/Simulink models and auto-code generation, run SWIL/HWIL simulations, perform stability and controls analysis, mentor junior engineers, drive cross-functional R&D and flight test efforts, and produce technical documentation.