Salary: upto $250,000
Location: San Francisco, CA
Opportunity to work on next-generation AI-driven physical systems capable of general-purpose manipulation, experimentation, and manufacturing. I’m looking for several Full-Stack Robotics Engineer to architect, prototype, and harden high-precision electromechanical platforms.
You’ll own subsystems end-to-end across motion planning, real-time control, sensing, actuation, mechanical design, and embedded firmware. This role is deeply hands-on and requires first-principles thinking, rapid iteration, and the ability to integrate across disciplines to deliver reliable, high-performance robotic capability.
Responsibilities:
- Build and integrate motion planning, kinematics, control, and perception into robust robotic behaviors.
- Develop real-time control loops, actuator interfaces, embedded firmware, and system-level safety.
- Lead mechanical design of end-effectors, precision mechanisms, and structural components.
- Design electrical systems including sensing, power, actuation electronics, and data pathways.
- Prototype, validate, and iterate complete robotic stacks from fabrication to deployment.
- Work cross-functionally to align mechanical, electrical, firmware, and control architecture.
Qualifications:
- Deep expertise in robotics, motion, and real-time control of complex electromechanical systems.
- Proven experience taking platforms from prototype to reliable operation.
- Strong mechanical, electrical, and firmware engineering skills.
- Builder mindset with a drive for quality and novel capability creation.
