Senior Electrical Engineer

Job Description

Job Description

Build the Electrical Systems Behind the Next Generation of Robotics

We’re partnering with a high-growth robotics AI company building technology designed to fundamentally change how robots operate across real-world environments.

This is an opportunity for a hands-on Senior Electrical Engineer to take ownership of electrical system integration across advanced robotic platforms, working across power electronics, motor drivers, sensors, PCB-level systems, EMC/EMI, grounding, shielding, and signal integrity.

You’ll work at the intersection of electrical hardware, firmware, controls, mechanical engineering, and robotics , helping take complex electrical systems from concept through validation and production.

What You'll Do

• Develop, test and validate power and sensor electronics systems
• Design and validate motor driver circuits and power electronics
• Integrate sensors including IMUs, encoders, Hall sensors and temperature sensors at the PCB level
• Define grounding, bonding, shielding, filtering and cable strategies
• Identify EMC risks early and develop practical mitigation strategies
• Debug EMC and hardware issues using oscilloscopes, spectrum analyzers, probes, LISNs, network analyzers and other lab equipment
• Make system-level tradeoffs across performance, reliability, cost, schedule and manufacturability
• Partner with electrical, mechanical, firmware, controls, systems and manufacturing teams
• Work with external laboratories and consultants when required
• Establish documentation and contribute to hardware engineering best practices

What We're Looking For

• Bachelor's or Master's degree in Electrical Engineering, Robotics, Mechatronics or a related discipline
• Hands-on experience taking electrical hardware from concept through validation and production
• Strong experience with EMC/EMI design, debugging and testing
• Strong knowledge of grounding, shielding, filtering, signal integrity and power integrity
• Experience with power electronics, motor drives, switching power, high-current DC systems and/or battery management
• Experience with PCB design and layout
• Experience integrating sensors such as IMUs, encoders and Hall sensors
• Comfortable debugging hardware directly in the lab
• Strong system-level engineering judgment
• Ability to make practical tradeoffs when requirements are changing or incomplete
• Strong cross-functional communication and collaboration skills

If you enjoy working on difficult hardware problems where the answer isn't always obvious and want your work to directly influence the performance of next-generation robots, this could be an exceptional opportunity.