5+ years of experience in hardware design and production
Strong knowledge of power electronics and motor drives
Proven track record of owning electrical subsystems from concept to production
Proficient in schematic capture and PCB layout using Altium or KiCad
Experience with battery systems, including Li-ion packs and BMS
Hands-on skills in soldering and board rework
Ability to mentor junior engineers and manage vendor relationships
Responsibilities
Own electrical architecture and subsystem design from concept to production
Select and integrate motor controllers, balancing performance and reliability
Design schematics and PCBs, leading the PCB bring-up process
Integrate various sensors for enhanced robot functionality
Design wiring harnesses focused on reliability and serviceability
Collaborate on firmware and communication bus integration
Debug electrical failures on deployed robots and implement design improvements
Manage vendor relationships for PCBs and custom assemblies
Benefits
Opportunity to work on cutting-edge robotics technology
Hands-on role with real-world impact and challenges
Collaborative work environment with a focus on mentorship
Emphasis on continuous learning and professional growth
Dynamic work culture that values ownership and commitment
Full Job Description
The Role
As a Senior Electrical Engineer, you will own electrical subsystems of our robots end to end, from concept through production, spanning power architecture and motor drives to sensors, harnesses, and embedded integration. You make architecture and design tradeoffs, 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 and subsystem design from concept through production: power distribution, battery systems and BMS, charging, protection
Select, integrate, and tune motor controllers and drives, making tradeoffs across performance, reliability, and manufacturability
Design schematics and PCBs for power, sensing, and I/O, and lead PCB bring-up
