The Role
You'll take ownership of the electrical system across Remedy's surgical robot platform — the boards, the architecture, and the path to production. You'll design, build, and bring up the boards that drive our motors, manage sensing, and tie together the electromechanical system — from schematic capture through board bring-up and production handoff. You'll work closely with our mechanical, firmware, and systems teams to ship hardware that meets medical device standards.
You Will
- Own schematic design, analysis, and board bring-up for Remedy's core motor controller board (HMB) and peripheral electronics.
- Design and debug PCBs with attention to EMI, power integrity, and signal integrity in a mixed-signal, motor-driven environment.
- Drive board revisions from prototype through design verification and transfer to manufacturing.
- Collaborate with mechanical and firmware engineers to define interfaces, connectors, cabling, and integration requirements.
- Manage EE project timelines — ordering boards, coordinating assembly, and communicating schedules to the broader team.
- Contribute to the cart-level electrical architecture including power distribution, safety circuits, and system grounding.
- Support design controls and documentation for our quality system (IEC 62304 / IEC 60601 context).
You Have
- ~5+ years of experience designing and bringing up PCBs in a professional setting.
- Strong fundamentals in schematic capture, circuit analysis, EMI/EMC, and power design.
- Hands‑on board bring-up and debugging skills (oscilloscope, logic analyzer, bench supply are second nature).
- Experience with motor drive circuits (BLDC preferred).
- Comfort working across domains with ME, FW, and SW teams in a fast‑moving environment.
- Clear, proactive communication style — you close loops and flag risks early.
- BS or MS in Electrical Engineering or equivalent.
Nice To Have
- Experience in medical device development (IEC 60601, ISO 13485 environment).
- PCB layout skills (or enough fluency to review and guide layout).
- Soldering and rework ability for prototype iterations.
- Experience with flex or rigid‑flex PCB design.
- Familiarity with EMC pre‑compliance testing.
- Previous startup or small‑team experience where you owned a subsystem end‑to‑end.