Why We Are Hiring for This Role:
We are building the most advanced humanoid robots, and electrical systems are at the heart of their intelligence and movement. This role is responsible for designing and developing all core electrical systems, including ECUs (Electronic Control Units), power distribution, sensors, embedded systems, and communication networks.
We need an exceptional engineer to:
- Architect and develop the full electrical stack for our humanoid robot.
- Design ECUs, power systems, and embedded control electronics that integrate with AI, actuators, and perception systems.
- Ensure real-time, high-reliability communication between subsystems, including motor controllers, sensors, and onboard compute.
- Scale hardware from prototyping to mass manufacturing while optimizing performance, safety, and cost.
- Work closely with AI, software, and mechanical teams to build a seamlessly integrated system.
What Kind of Person We Are Looking For:
- Deep expertise in designing and developing ECUs, power electronics, and embedded control systems.
- Strong experience with real-time electrical architectures for robotics, automotive, or aerospace applications.
- Expert in PCB design, high-speed digital and analog circuits, and power distribution networks.
- Familiar with high-reliability communication protocols (CAN, RS485, EtherCAT) for robotic subsystems.
- Ability to troubleshoot and debug complex electrical systems using oscilloscopes, logic analyzers, and signal integrity tools.
- Experience in electrical safety, fault protection, and thermal management.
- Comfortable leading prototype-to-production scaling for electrical hardware.
- A hands-on, resourceful problem-solver who thrives in fast-paced environments.
- 10+ years experience in electrical engineering, robotics, automotive, aerospace, or similar fields.
- Bachelorβs or Masterβs in Electrical Engineering, Mechatronics, or related field. PhD is a plus.