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Defines and develops test plans for EV Wireless Power Hardware and Software Components. Single/Three Phase PFC Wallboxes, Inverters, Rectifiers, Ground and Vehicle Resonators, and WiTricity’s Tunable Impedance Matching Network (TMN). Customer GUIs. Wireless Power Transfer, Object Detection, and Position Detection Systems. Executes Tests. Functional, Performance, Regression Testing on Hardware/Firmware. Compliance / Interop Testing against SAE and other Wireless Power Standards. Mechanical Stress/Vibration, Environmental, Fault/Error Handling. Collaborates cross functionally to ensure testing requirements are defined. Specifies, designs, and develops test infrastructure including automated test systems. Supports troubleshooting of technical problems; works collaboratively with engineers and team members to resolve outstanding issues. Ensures defect data base is maintained; generates reports for team members to review. Collaborates with team members on continuous improvement initiatives.

Support existing embedded software designs and provide hands-on support of system test and verification. Work collaboratively with firmware team members and team members of other disciplines to test and debug functionalities and implementations of the operational system. Design, develop, and document embedded software solutions for the functionality of next generation systems. Write and conduct tests on new embedded software features and publications. Use source control systems in place at WiTricity for the maintenance of the code base and to provide proper revision control and release structure. Be able to multi-task and independently manage the requirements of several projects in parallel.

We are seeking a Power Electronics Staff Engineer for the wireless charging engineering team in our Watertown, MA facility supporting high power electric vehicle applications. Projects will focus on developing products from concept through design, development, verification, release to manufacturing and support with the end goal of delivering cost-effective automotive products.Tasks will include circuit modeling and design, simulation, schematic capture, PCB layout and test. Candidates must be able to work independently in a fast-paced, dynamic, highly technical environment.  Candidates should be highly motivated with a deep fundamental understanding of power circuits and high-frequency power conversion concepts up to 20KW.