Senior Power Electronics Test Engineer at Resonant Link Medical

Boston, Massachusetts, United States -

Full Time

Start Date

Immediate

Expiry Date

11 Aug, 26

Salary

0.0

Posted On

13 May, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Power Electronics Validation, Hardware Bring-Up, DC/DC Converters, Inverters, Rectifiers, Wireless Power Transfer, Oscilloscopes, Impedance Analyzers, Thermal Measurement, PCB Rework, Soldering, Altium Designer, Python, Labview, EMC/EMI Testing, Regulatory Documentation

Industry

Medical Equipment Manufacturing

Description

Resonant Link Medical is pioneering the future of wireless power and data transfer for medical devices that go on or inside the body to help people get well and stay well. We’re committed to revolutionizing patient care by delivering high-performance, reliable, and convenient wireless charging solutions that eliminate the burden of frequent surgeries to replace batteries, improve patient outcomes, and enhance the overall healthcare experience. We’ve designed our first-of-its-kind wireless charging into more than 50 different types of medical devices and support customers around the world from our offices in Burlington, Vermont; Zurich, Switzerland; and Boston, Massachusetts. As our Senior Power Electronics Test Engineer, you will play a critical role in expanding Resonant Link Medical’s ability to execute wireless power system bring-up, validation, debugging, and integration programs in parallel while maintaining a high degree of technical rigor and product quality. Leveraging your background in electrical engineering, hands-on lab execution, and methodical debugging, you’ll work closely with cross-functional engineering teams to assemble, bring up, characterize, troubleshoot, and validate advanced wireless charging systems for implantable medical devices. You will support both customer programs and internal platform development efforts by executing rigorous validation processes, improving testing infrastructure, coordinating third-party testing activities, and ensuring systems consistently meet demanding electrical, thermal, safety, and reliability requirements. Your work will directly improve engineering throughput, reduce hardware validation bottlenecks, and increase confidence in product readiness across a growing portfolio of wireless power systems. On an average day, you’ll… Execute Hardware Bring-Up and Debugging: Support first-article bring-up, debugging, characterization, and validation of wireless power electronics hardware including DC/DC converters, inverters, rectifiers, and embedded subsystems. Validate Wireless Power Systems: Execute electrical, thermal, and system-level validation of wireless power transfer systems, including charging performance, safety mechanisms, firmware functionality, and communication interfaces. Develop and Execute Robust Test Strategies: Design, build, and execute test setups and validation procedures for subsystem testing, full system validation, reliability testing, and end-of-line manufacturing tests. Assemble and Integrate WPT Hardware: Build magnetic assemblies, prototype hardware, and complete wireless power systems while supporting rapid iteration and engineering development activities. Drive Rigorous Test Execution and Documentation: Capture high-quality test data, maintain organized validation records, and prepare detailed test reports and validation summaries to support engineering decisions, customer deliverables, and regulatory documentation needs. Support EMC and Regulatory Testing Activities: Coordinate and execute in-house and third-party testing including EMC, EMI, phantom tissue thermal testing, failure analysis, and related high-reliability validation activities. Improve Lab Infrastructure and Operational Efficiency: Maintain test equipment, improve lab organization, support hardware inventory management, and increase readiness of systems for validation, shipment, and customer demonstrations. Operate and Learn Advanced Test Equipment: Utilize specialized lab tools including oscilloscopes, impedance analyzers, DAQs, thermal cameras, phantom tissue setups, and other advanced characterization equipment while rapidly learning new tools and validation techniques. Bachelor’s or Master’s degree in Electrical Engineering. Strong foundation in electrical engineering fundamentals including frequency-domain and time-domain analysis. Experience validating and debugging power electronics systems including DC/DC converters, inverters, rectifiers, or related hardware. Strong hands-on lab skills including oscilloscopes, power supplies, electronic loads, DMMs, DAQs, and thermal measurement equipment. Experience working in medical device, aerospace, automotive, industrial, or other regulated/high-reliability development environments. Familiarity with structured engineering documentation, traceability, and controlled validation processes. Excellent soldering, PCB rework, and hardware assembly skills. Comfortable operating in fast-paced engineering environments with evolving technical challenges. Strong communication and collaboration skills with a positive, team-first attitude. Preferred Qualifications: Hands-on experience with potting, coil fabrication, or 3D printing. Experience with Altium Designer, schematics and footprint component creation, and layout capture. Basic programming experience (Labview, Python, etc.) Location and Work Conditions Location: Boston, MA (our office is located at 750 Main Street, Cambridge, MA). Lab-Based Role: Hands-on work in a lab environment, closely interacting with engineering and product development teams. Values and Culture Add Innovation-Driven: You bring creativity and technical expertise to conceptualize effective assembly, testing, and validation solutions. Self-Motivated: You take ownership of your work, thrive in a fast-paced environment, and can manage tasks with minimal supervision while meeting objectives. Detail-Oriented and Organized: You maintain precise test methodologies and thorough documentation, and your precision ensures consistent, high-quality test results. Team-First Mentality: You collaborate effectively, communicate clearly, and support your teammates, promoting a positive and productive environment. Growth Mindset: You seek continuous improvement, embracing team feedback, new technologies, and improved methodologies. Proactive Problem Solver: You anticipate challenges, propose solutions, and execute testing strategies efficiently and effectively. If you’re excited about making a tangible impact in medical technology and enjoy working hands-on with cutting-edge systems, we’d love to hear from you! Competitive salary and stock options. Paid holidays (including a week off at New Year) and an unlimited PTO policy. Fully covered medical, dental, and vision benefits for employees. 401(k) retirement plan with company match. Generous paid parental and family leave. Learning and career development through mentorship, professional development courses, and more. Company outings and team retreats. Why Join Us At Resonant Link Medical, you'll be part of a team that's making a tangible impact on people's lives. We offer a collaborative, mission-driven work environment, opportunities for professional development and career growth, a competitive salary and comprehensive benefits package, and the chance to be at the forefront of wireless medical technology innovation. Resonant Link Medical supports customers around the world from our offices and employee hubs in Burlington, Vermont; Zurich, Switzerland; and Boston, Massachusetts. Join Resonant Link Medical and help shape the future of healthcare! * Resonant Link Medical is an equal opportunity employer and includes “Together is Better” as a core value. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status. Please do not hesitate to apply if you see yourself contributing even if you don’t check every box. Help us build an inclusive community that will change the future of wireless charging and patient care! To learn more about our values, mission, and team, visit https://www.rlmedical.com/.

Responsibilities

Execute hardware bring-up, validation, and debugging of wireless power electronics for implantable medical devices. Develop robust test strategies and maintain lab infrastructure to ensure systems meet electrical, thermal, and safety requirements.