Staff Mechanical Engineer - Lower Body

Are you passionate about advancing robotic mobility and pushing the boundaries of mechanical design? A human-centered robotics company at the forefront of AI-powered humanoids is seeking a highly skilled Staff Mechanical Engineer to lead the development of lower body humanoid robotics.

This critical role offers the opportunity to influence the future of robotics, working on systems that enable human-like movement, durability, and robustness in real-world environments.

What You’ll Bring:

• Proven experience designing multi-axis robotic legs, exoskeletons, or dynamic high-DOF systems
• Expertise in locomotion kinematics, dynamics, and control considerations
• Strong background in structural and fatigue design for impact and high-cycle loads
• Proficiency in CAD tools such as SolidWorks, NX, or CATIA
• Ability to define mechanical architectures, lead trade-off analyses, and drive system-level decisions
• Track record of integrating actuators, sensors, and structural elements within compact, high-performance mechanisms
• Skilled in designing for durability, impact absorption, and safety in demanding robotic applications

Nice to Have:

• Experience with return-to-service testing, impact resistance, or lifecycle validation
• Familiarity with systems integration involving complex cabling and environmental robustness
• Knowledge of dynamic stability, energy efficiency, and mass distribution strategies
• Previous experience collaborating across multidisciplinary teams including controls and actuation

Preferred Education and Experience:

• Bachelor’s or Master’s degree in Mechanical Engineering, Robotics, or related fields
• At least 8+ years of experience designing complex robotic or high-load dynamic mechanical systems

Other Requirements:

• Ability to work on-site in Austin, TX
• Capable of lifting up to 15 pounds
• Excellent communication skills for technical mentorship and cross-functional collaboration
• Commitment to safety, durability, and innovative engineering practices

Take the next step in shaping the future of robotics by applying now. Your expertise could be key to building mobile, robust, and transformative humanoid technologies that support and elevate human life.