Lead vehicle integration team to develop, build, and test next-generation electrified light-duty, medium-duty, and heavy-duty advanced electrified vehicles. Lead electrified prototype vehicle and propulsion system builds, vehicle commissioning, development testing, troubleshooting, and repair. Lead design of HV and LV electrical architecture, power distribution, and vehicle CAN/LIN network communications, voltage compatibility and load analysis, and device transmittals. Lead testing of new propulsion system technology and vehicles on breadboards, dynamometers, and vehicles Manage vehicle test fleet, breadboard lab, vehicle service garages, APTL site 20 AWD dyno operations, and material & storage logistics Lead team through the collection and analysis of vehicle data to evaluate new propulsion system technology Apply problem solving tools and methods to solve problems related to vehicle build, commissioning, and testing Apply systems engineering tools and methods for new technology development B.S. or M.S. in mechanical engineering, electrical engineering, automotive engineering, or related field. 5+ years of experience in design and development of electrified propulsion systems, components, or vehicles 1+ years of experience conducting tests of electrified vehicle components or systems in labs, breadboards, dynamometers, HIL/SIL, or on-road. Strong understanding of electrified vehicle architecture, systems, and components Experience successfully leading large cross-functional teams with demonstrated track record of timely, high-quality delivery to program milestones Experience using engineering problem-solving tools and methods to find and address root cause Strong and effective leadership, communication, interpersonal and teamwork skills. Ability to prepare and deliver concise technical project reviews to management Ph.D. in mechanical engineering, electrical engineering, automotive engineering, or related field Experience troubleshooting electrified prototype vehicles or components with diagnostic tools including data collection and analysis and driving issues to resolution. Experience with electrified vehicle architecture design and testing, HV/LV EDS design, CAN/LIN network topology, electrical wiring schematics, and device transmittals. Experience using data acquisition systems, data processing and analysis for design, development, and validation of propulsion systems Demonstrated track record of delivering new technologies to vehicle programs Familiarity with electrified vehicle controls and calibration strategies
