Design mechanical systems for humanoid robots, optimizing for performance, mass manufacturing, and cross-functional collaboration while engaging in hands-on prototyping.

As a Robotics Software Engineer, you'll integrate robot subsystems, develop software architecture, and work on enhancing humanoid robot safety in manufacturing.

Lead the design and development of ML software for humanoid robots, manage team growth, and monitor model performance.

Design and implement manipulation algorithms for humanoid robots, focusing on dexterity, motion planning, and control strategies for precise interactions.

Design and implement perception systems for humanoid robots, utilizing machine learning and sensor fusion techniques to enhance functionality and safety.

Design and refine mechanical systems for humanoid robotics, manage the entire design process, perform analysis and collaborate cross-functionally.

The Mechanical Design Engineer will create mechanical designs for humanoid robots, conduct analyses, collaborate with teams, and oversee manufacturing processes.

The Robotics Machine Learning Engineer will develop machine learning models, collaborate on robot software design, and implement solutions for navigation and manipulation.

Develop and implement reinforcement learning for bipedal locomotion, integrating control policies in real-time frameworks while collaborating across teams.

Develop algorithms for bipedal locomotion, optimize control systems, integrate sensor feedback, and collaborate on humanoid robot performance improvement.