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Human Computer Lab

Electrical Engineer

San Francisco (Remote)fulltimemidAdded 1 month ago

About this role

Human Computer Lab, a robotics startup, seeks an electrical engineer to design and own the hardware for LeLamp, an expressive consumer robot. You'll develop PCBAs across power, sensing, and actuation subsystems, taking designs from schematic through production while performing hands-on bench work and collaborating closely with the founding team.

What you'll do

  • Design and validate PCBAs for robot subsystems including power distribution, motor control, sensing, and compute
  • Develop electrical concepts and conduct trade studies to guide architecture decisions
  • Own schematics and PCB layout through fabrication, bring-up, and rapid iteration
  • Debug hardware issues systematically and support cross-functional integration with firmware
  • Perform hands-on bench work including soldering, rework, probing, and board bring-up
  • Review designs, layouts, and BOMs from teammates and external vendors

What they're looking for

  • PCB schematic design and layout (Altium or equivalent)
  • Power electronics and motor control
  • Soldering, rework, and prototyping
  • Microcontroller or FPGA programming
  • Signal integrity and analog circuit troubleshooting
  • Embedded robotics hardware experience
  • Technical documentation and issue resolution
  • Cross-functional collaboration in fast-moving environments
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Human Computer Lab

Human Computer Lab is a robotics startup building LeLamp, an expressive consumer robot designed to be responsive and lifelike. The company is hiring ML engineers, controls engineers, and electrical engineers to develop the intelligence systems, motion control, and hardware that bring the robot to life from research through production deployment.

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Likely interview questions

  • Walk us through a PCB design you've owned from schematic to production—what were the biggest challenges and how did you debug issues on the bench?
  • Tell us about a time you had to solve a tricky analog or signal integrity problem in a digital system, like voltage mismatch or ESD issues. How did you approach it?