Electrical Engineer, Driver Design & Motor Control

Foundation is developing the future of general purpose robotics with the goal to address the labor shortage.

Our mission is to create advanced robots that can operate in complex environments, reducing human risk in conflict zones and enhancing efficiency in labor-intensive industries.

We are on the lookout for extraordinary engineers and scientists to join our team. Your previous experience in robotics isn't a prerequisite — it's your talent and determination that truly count.

We expect that many of our team members will bring diverse perspectives from various industries and fields. We are looking for individuals with a proven record of exceptional ability and a history of creating things that work.

We like to be frank and honest about who we are, so that people can decide for themselves if this is a culture they resonate with. Please read more about our culture here https://foundation.bot/culture.

• You like working in person with a team in San Francisco.
• You deeply believe that this is the most important mission for humanity and needs to happen yesterday.
• You are highly technical - regardless of the role you are in. We are building technology; you need to understand technology well.
• You care about aesthetics and design inside out. If it's not the best product ever, it bothers you, and you need to “fix” it.
• You don't need someone to motivate you; you get things done.

We are taking on one of the hardest unsolved problems in robotics: building hands that actually work like human hands. As a Senior Electrical Engineer on our Humanoid Hands Team you will design the motor driver circuits, embedded systems, and custom PCBs that bring true dexterous manipulation to life in the real world. Humanoid or robotic hand experience is not required, what matters is strong motor driver and embedded systems expertise and a passion for building hardware that has never existed before.

• →Own end-to-end PCB design for robotic hand controllers including schematics, layout, and BOM selection.
• →Design and develop motor driver and motor controller circuits for BLDC, brushed, and stepper motors used in hand joints and tendon-driven systems.
• →Evaluate and integrate motor driver ICs and power stages including gate drivers, H-bridges, and FOC controllers.
• →Develop custom force and tactile sensors with aggressive size and reliability requirements.
• →Design embedded systems and mixed-signal circuits (MCUs, FPGAs, sensors, power, communications).
• →Perform board bring-up, validation, and debugging.
• →Guide junior engineers and review schematic and layout work.
• →Interface with firmware engineers to define board-level APIs and support hardware abstraction.
• →Drive DFM, DFT, and EMC improvements as designs move to production.

• Strong motor driver and embedded systems background is what matters most. Robotics or humanoid experience is a plus but absolutely not required — we welcome engineers from aerospace, medical devices, automotive, defense, or any field where you have designed high-reliability compact hardware.
• Proven track record designing embedded systems (MCUs, DSPs, or FPGAs) in compact, high-reliability environments.
• Hands-on experience designing motor driver and motor controller circuits including gate drivers, H-bridge topologies, FOC controllers, and power stage design for BLDC, brushed, or stepper motors.
• Experience with sensor integration (IMUs, force/tactile, encoders), motor control, and power electronics.
• Strong debugging skills with oscilloscopes, logic analyzers, and JTAG tools.
• Proficiency in Altium Designer, KiCad, or Cadence.
• Solid understanding of signal integrity, thermal management, and power distribution for compact electronics.
• Familiarity with firmware interactions and embedded C/C++ is a plus.
• Exposure to safety standards (IEC, ISO) and EMI/EMC compliance testing.
• Bachelor's or Master's in Electrical Engineering or related field.

• The annual compensation is expected to be between $180,000 - $300,000. Exact compensation may vary based on skills, experience, and location.