Electrical Engineering- Senior

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.

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