Electrical Engineer

As an Electrical Engineer at Lexington Medical, you will join an R&D team developing embedded electrical systems for our powered surgical stapling devices. You will contribute to schematic capture, PCB design, component selection, hardware bring-up, debugging, testing, and system-level integration while working closely with firmware, mechanical, and manufacturing engineers.

The systems you will work on operate under real-world constraints including power, size, reliability, manufacturability, and regulatory requirements. You will have the opportunity to work across the full development process and see how your electrical designs perform as part of a complete electromechanical medical device.

This is a good fit for an electrical engineer who wants hands-on hardware experience, broad technical exposure, and the opportunity to develop products where disciplined engineering and attention to detail directly impact performance and patient care.

Responsibilities:

Design, develop, and support embedded electrical subsystems for electromechanical surgical devices.

Assist in schematic capture, PCB design (rigid, flex, rigid-flex), and component selection.

Support mixed-signal, microcontroller-based designs, including power management, sensing, and actuation circuits.

Participate in hardware bring-up, debugging, bench testing, and system-level integration.

Collaborate with firmware and mechanical engineers to ensure robust hardware-software integration.

Contribute to electrical verification and validation activities, including test execution and documentation.

Support design control documentation, including DHF elements, traceability, and risk documentation.

Assist with troubleshooting fielded products and implementing well-documented design updates.

Learn and apply best practices for design quality, documentation, and change control in a regulated environment.