Lead technical evaluations for custom inference chips in robotics, analyze bottlenecks, define architecture, and guide RTL prototyping while delivering reports with strategic recommendations.

Develop, maintain, and optimize embedded systems for humanoid robots, focusing on hardware-software integration, PCB design, and AI-driven control.

Develop, optimize, and maintain embedded systems for humanoid robots, focusing on seamless hardware and software integration and AI-driven control strategies.

Lead the development of embedded systems for autonomous vehicles, integrating sensors, software, and hardware while ensuring safety and performance standards.

Design and implement immersive XR teleoperation interfaces for humanoid robots, ensuring real-time control and usability under varying network conditions.

The Principal Controls Engineer will develop control systems for humanoid robots, bridging AI models and physical execution, ensuring stable and efficient performance in complex environments.

Responsible for developing suspension systems for all-terrain electric ATVs, including design, testing, and validation of components. Ensure manufacturability and performance in rugged environments.

Own end-to-end program execution, lead cross-functional planning, measure execution, and build scalable processes for complex multidisciplinary products.

The Technical Product Manager will drive end-to-end execution of programs, lead cross-functional planning, and establish processes for rapid design and development in robotics.

Design and optimize reinforcement learning algorithms for robotics, integrating with various teams and ensuring control performance and adaptability in real-world applications.

Design, develop, and optimize reinforcement learning algorithms for humanoid robots, collaborating across teams to ensure integration of hardware and software.