8–12+ years of professional software engineering experience, with significant time spent on embedded, robotics, or safety-critical systems.
Deep expertise in C++ and Embedded C/C++; strong systems-level Python experience beneficial.
Track record defining architecture across complex, hardware-adjacent software environments.
Demonstrated technical leadership across multiple complex projects, including setting architecture direction and owning delivery outcomes. Experience working in safety-critical domains such as aviation, aerospace, robotics, automotive, or industrial systems.
Strong debugging instincts across software ↔ hardware boundaries.
History of mentoring senior engineers; people-management, growing technical capability across teams.
Experience leading design reviews, risk assessments, and incident learnings in high-reliability environments.
Experience with autonomy, avionics, drones, robotics, or real-time control systems.
Familiarity with flight stacks (ArduPilot/PX4), ROS/ROS2, or equivalent embedded platforms.
Experience with power systems, battery management, charging firmware, or similar hardware-integrated domains.
Background in safety cases or reliability engineering for operational systems.