Designs, implements, and tunes flight control algorithms for autonomous fixed-wing and VTOL aircraft, owning the full lifecycle from simulation to flight testing. Requires strong control theory fundamentals, C++/Python experience in real-time systems, and hands-on testing expertise.
Develops computer vision and robotics algorithms for autonomous aerial platforms, focusing on landing evaluation, detect-and-avoid, and non-GPS navigation using sensor data like IMUs. Requires 5+ years experience in perception/navigation, C++/Python proficiency, and sensor fusion expertise.
Designs, implements, and tunes flight control algorithms for autonomous fixed-wing and VTOL aircraft, owning the full lifecycle from simulation to flight testing. Requires strong control theory fundamentals, C++/Python experience in real-time systems, and hands-on testing expertise.
Develops computer vision and robotics algorithms for autonomous aerial platforms, focusing on landing evaluation, detect-and-avoid, and non-GPS navigation using sensor data like IMUs. Requires 5+ years experience in perception/navigation, C++/Python proficiency, and sensor fusion expertise.