STARK Deutschland

Develop embedded and backend software for autonomous UAV systems, including ROS2 components, embedded Linux integration, and hardware bring-up. The role bridges software, firmware, and hardware in mission-critical robotics environments.

Build high-performance C++ software for electronic warfare systems that sense, interpret, and counter threats across the electromagnetic spectrum. This role combines real-time signal processing, RF waveform engineering, embedded systems, and field-tested autonomous platforms.

Lead independent software validation and verification for complex autonomous-system software, serving as the quality gatekeeper for releases before hardware integration and field testing. The role owns testing strategy, infrastructure, traceability, audits, and release recommendations across software capability teams.

Build the tactical decision-making and behavioral systems that enable autonomous drone swarms to coordinate in real time. This hands-on role combines reinforcement learning, robotics simulation, and deployment to safety-critical edge hardware.

Build the autonomy and swarm-coordination intelligence behind real UAV missions, designing optimization and planning algorithms that dynamically assign vehicles to targets and adapt during flight. The role combines production C++ development, simulation, and live aircraft deployment in mission-critical environments.

Build real-time cooperative autonomy and aerial swarming software for next-generation multi-UAV platforms. This hands-on role spans C++, ROS2, embedded computing, simulation, and field deployment in resource-constrained environments.

Build and maintain high-fidelity mission simulations for autonomous defense systems, integrating software components and creating realistic tactical training scenarios. This role supports rigorous testing, demonstrations, and training for UAV, surface vessel, and electronic warfare platforms.

Own the integration, synchronization, calibration, and field deployment of multi-sensor recording systems that feed STARK’s autonomous platforms and AI datasets. This hands-on robotics role bridges embedded hardware, software, and real-world data-collection campaigns across Europe.