About The Position

HFBAC is partnering with one of the best-funded robotics AI companies in the world. They're building a general-purpose robot foundation model, which is one intelligence that runs across humanoids, quadrupeds, bimanual systems and warehouse automation. They're also building their own hardware in-house. Their customers include some of the biggest names in tech and logistics, and the team comes from leading robotics research labs, autonomy programmes and frontier AI. The AI is only as good as the hardware it runs on. That's where you come in. You'll own electrical system integration across multiple robot platforms. When software needs clean sensor data and controls needs power that holds up under load, you're the one who makes it real.

Requirements

  • 5-12 years in electrical engineering for robotics or comparable electromechanical products
  • Taken electrical hardware from concept all the way to production - shipped, not just prototyped
  • Owned EMC/EMI design and debug: grounding, shielding, filtering, signal and power integrity
  • Designed power electronics: motor drives, switching power supplies, high-current DC, battery management
  • Strong PCB design and layout, with a system-level approach to EMC
  • BS or MS in Electrical Engineering, Robotics, Mechatronics or related
  • You make good decisions with incomplete requirements, and you can explain the trade-off clearly to people outside your discipline
  • You'd rather be in the lab with a probe than in a meeting about the lab
  • You're comfortable across CAN, GMSL, Ethernet, USB, SPI, I2C and RS-485.

Nice To Haves

  • RF and antenna integration is a bonus

Responsibilities

  • Design and validate motor driver circuits, power electronics and sensor electronics
  • Set the grounding, shielding, filtering and cabling strategy, so EMC risk gets caught at design stage and not in the lab three weeks before a demo
  • Integrate IMUs, encoders, hall sensors and cameras at PCB level
  • Get hands-on in the lab with scopes, spectrum analysers and LISNs to find the root cause
  • Make the calls on performance, cost, reliability, manufacturability and schedule alongside EE, ME, firmware and controls

Benefits

  • Competitive equity
  • OPT and H1B transfers are welcome
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