5-7 years of experience in power electronics and motor drives
Proficient in schematic capture and PCB layout using Altium or KiCad
Experience with Li-ion battery systems and BMS design
Skilled in harness design including connector selection and routing
Hands-on experience with soldering and board rework
Participation in robotics or engineering build teams is a plus
Demonstrated ability to prototype and iterate quickly
Responsibilities
Own the electrical architecture for power distribution and battery systems
Select and integrate motor controllers and drives
Design schematics and PCBs for various electrical components
Integrate a range of sensors including cameras and encoders
Create reliable and serviceable wiring harnesses
Collaborate on firmware and communication protocols for embedded systems
Debug electrical issues on deployed robots and implement design improvements
Manage vendor relationships for PCB and harness production
Benefits
Opportunity to work on cutting-edge robotics technology
Hands-on role with real-world applications and challenges
Collaborative team environment focused on innovation
Emphasis on continuous learning and professional growth
Flexible work hours with a strong commitment to the mission
Full Job Description
The Role You will own the electrical systems of our robots, from power architecture and motor drives to sensors, harnesses, and embedded integration. You design it, build it, bring it up, and debug it on robots running in live operations.
This is not a bench role. Your systems face real constraints: high duty cycles, continuous charging and discharging, noisy environments, and hardware that has to survive the field.
What You'll Do
Own electrical architecture: power distribution, battery systems and BMS, charging, protection
Select, integrate, and tune motor controllers and drives
Design schematics and PCBs for power, sensing, and I/O
