The team combines strong technical fundamentals, including vehicle kinematics and dynamics, trajectory design, optimization, information fusion, and efficient algorithms, with the software engineering and integration rigor required to field these capabilities on real-world systems. We build autonomy that operates reliably within complex integration environments and delivers differentiated mission capabilities to U.S. and international defense customers.
Your team will build autonomy solutions for small, often air- or ground-launched platforms that operate individually or as part of collaborative multi-agent fleets, frequently in disconnected or air-gapped environments. The capabilities your team develops will span motion planning, tactical behaviors, track fusion, weapons-target assignment, and perception-aware decision-making.
You will own the team’s technical delivery, organizational health, and growth. A core part of the role is building and developing the team by hiring strong engineers, mentoring them through complex technical challenges, and creating opportunities for continued growth. You will remain technically engaged, helping define system architecture, guiding key design decisions, contributing directly where it best serves the team, and ensuring solutions are delivered from rapid prototyping through software-in-the-loop, hardware-in-the-loop, and live test exercises. Success in this role requires a leader who can balance technical depth with people leadership, navigate ambiguity across multiple programs, and translate evolving customer needs into autonomy capabilities that can be integrated, validated, and fielded.