Lead Electrical Engineer - RF Body Coils

GE HEALTHCARE•Florence, SC

8d•Onsite

About The Position

Lead Electrical & RF (Radiofrequency) Coil Engineer — MRI At GE HealthCare, we build technology that helps clinicians see more, know more, and do more—so patients can get the care they need, when it matters most. In this role, you’ll help advance MRI performance and patient outcomes by designing and improving RF coil and transmit chain components that are central to image quality, reliability, and serviceability. Your work will directly influence the safety, consistency, and accessibility of MRI scanning for patients around the world. We’re looking for a Lead Electrical & RF Coil Engineer who brings strong electrical/RF fundamentals, curiosity, and a collaborative mindset. If you enjoy solving meaningful problems with supportive, cross functional partners—and want room to grow technically and as a leader —this could be a great fit. We encourage you to apply even if you don’t meet every preferred qualification. Many successful candidates bring a blend of experiences, and we value potential, learning agility, and teamwork. The Electrical & RF Coil Engineer for MRI (Magnetic Resonance Imaging) understands the function and design of RF circuits, RF electronics, and antennas—and applies that knowledge to design high power body transmit/receive coils and low power receive only coils. As a Lead Engineer, you will design and implement RF solutions that optimize cost, manufacturability, reliability, and serviceability of the final product. You will develop new component and product designs for the RF Body Coil and Transmit Chain components, and you will also own and maintain parts of the existing installed base.

Requirements

Bachelor’s degree in Electrical Engineering (or equivalent technical degree).
Minimum 2 years of engineering experience.
Demonstrated experience in electrical design and/or circuit board (PCB) design.
Experience using electrical circuit and/or EM (electromagnetic) simulation tools.

Nice To Haves

Experience with Electrical CAD software (e.g., Cadence) and computational/simulation tools (e.g., MATLAB, XFdtd).
Working understanding of MRI fundamentals, RF coil design, and electromagnetics.
Experience with MRI system operation.
Experience with numerical analysis tools and optimization methods.
Hands‑on hardware experience with mechanical systems and components.
Comfort collaborating with cross‑functional, multidisciplinary teams.
Demonstrated leadership, teamwork, and interpersonal skills (this can be through technical leadership, mentoring, project ownership, or informal team leadership).
Strong written and verbal communication skills.

Responsibilities

Contribute across the full product lifecycle—partnering closely with engineering, manufacturing, suppliers, and field teams to deliver robust designs.
Design and develop RF electrical components and interconnects for MRI body coils, spanning both high‑power and low‑power applications.
Perform design and analysis of RF transmit/receive components and printed circuit board (PCB) elements (e.g., birdcage antenna structures, circuit boards).
Use RF and electromagnetic (EM) simulation and design tools to create efficient, reliable, and manufacturable designs.
Use PCB design software to create circuit boards intended for RF applications.
Engage in all phases of new product development, including: concept development, architecture, documentation, detailed design, prototyping, testing, cost considerations, supplier interfaces, manufacturing introduction, and service support.
Collaborate with cross‑functional teams to ensure product performance, quality, reliability, and smooth integration into the broader MRI system.
Participate in—and when needed, lead—prototype build activities to ensure builds align with design intent; recommend design experiments and tests to validate performance and drive improvements.
Tackle complex, sometimes ambiguous technical challenges by performing troubleshooting (bench level and system level) across multiple variables to identify root cause and implement lasting solutions.
Support field issues through troubleshooting and root‑cause investigation to help drive timely problem resolution and improve the installed base experience.
Develop robust designs for new or existing products that can be produced economically and aligned to established project timelines.
Provide creative, practical solutions to unstructured product and system design issues raised by both factory and field partners.
Study key component interactions (e.g., magnet / gradient / body coil) within MRI systems and propose solutions that improve overall system performance.