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Enhance and scale existing real-time perception capabilities for autonomous military UAVs. You will contribute to the development, optimization, and deployment of computer vision modules within an established architecture and technology stack, improving
You will architect and code high-performance, safety-critical systems across the stack, writing Modern C++ for the backend and TypeScript for the frontend, ensuring robust real-time data flow via WebSockets. Crucially, this is a highly hands-on role where
Lead the design and deployment of robust GNSS-denied navigation systems for autonomous unmanned platforms operating in contested and degraded environments. You will ensure our systems remain mission-capable even when traditional positioning signals are
You will drive the development of GNSS-denied navigation, guidance, and terminal autonomy for unmanned aerial systems. This role is central to enabling reliable autonomous operations in contested and degraded environments, from perception-driven
Perform system analysis and functional allocation; Development of new system architectures for robotic/autonomous systems and improvement of existing architectures; Interact with development teams of different subsystems and coordinate architecture and