In this role, you will develop foundational software for robots, adapt safety certifiable RTOS, collaborate with hardware engineers for safety-critical systems, and ensure compliance with safety standards. You will also develop solutions for OTA updates and optimize real-time system performance.

The Machine Learning Engineer will design, implement, test, and deploy algorithms for robot manipulation tasks. Responsibilities include developing ML algorithms, translating objectives into ML problems, and integrating solutions into robotics workflows. The role requires a collaborative approach to drive innovation and technical mentorship for junior engineers.

The Motion Planning & Controls Engineer will develop software for robot hardware, focusing on motion planning and control algorithms. Responsibilities include optimizing complex electromechanical systems' motion, interfacing with various engineering domains, and ensuring high-quality motion through testing and analysis.