Destinus

Design and deploy computer vision models for safety-critical autonomous flight systems operating in complex real-world environments. This role combines deep learning, simulation, evaluation, and ML certification to deliver reliable perception capabilities.

Build high-performance C++ software that powers autonomous flight systems, real-time decision-making, and mission-critical UAV operations. This hybrid Zürich role combines embedded platforms, hardware integration, sensor data, and distributed software systems.

Hands-on UAV Software Engineer developing flight-control, ground-station, payload, sensor, and onboard software across an aircraft’s embedded stack. The role combines software development, hardware integration, and ground and flight testing for next-generation defense UAVs.

Design and validate state-estimation algorithms that fuse visual, inertial, GPS, and other sensor data for accurate UAV navigation and localization. This hands-on robotics role combines algorithm development, embedded deployment, and testing on real flight hardware.

Build computer vision and deep learning systems that help autonomous aircraft perceive, localize, map, detect, and make decisions in real-world environments. This role combines algorithm development, model improvement, and testing for safety-critical flight applications.