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The Electric Vehicle Center (EVC) is hiring a student to work on technical projects advancing the field of experiential education of electric vehicles. As an EVC research assistant, the student will engage in hands-on projects that deepen their understanding of electric vehicle systems, battery technologies, manufacturing processes, and safety practices. Responsibilities include developing simulation models based on faculty guidance, validating models against physical testbed data, and creating training materials and manuals that document system functionality. The position is for approximately 10-20 hours starting Fall 2026, with the possibility to extend the position depending on project needs. Current projects include the dual motor testbed, heat pump testbed, vehicle bi-directional charging, and battery management systems (BMS) lab course development. Applicants from all University of Michigan campuses (Ann Arbor, Dearborn, Flint) are welcome to apply; the selected candidate must be able to work onsite. You will: Advance your understanding of topics related to electric vehicles, battery technologies, manufacturing processes, and safety practices Develop and refine system-level and component-level models for EVC testbeds (e.g., thermal, electrical, powertrain) Correlate simulation results with physical testbed measurements to validate model accuracy Design and execute validation plans for EV Center functional testbeds Create training materials and manuals documenting system functionality Research and develop content based on faculty briefs Learn basic instructional design and best practices in accessibility Produce timely and consistent deliverables
You will have: Current enrollment as an undergraduate or graduate student in the College of Engineering Coursework in vehicle systems modeling, thermal systems, and electric vehicle systems Experience with GT Suite, MATLAB, and Simulink Exposure to heat transfer and thermal systems is beneficial for understanding testbed behavior Familiarity with electrical safety practices, particularly around high-voltage systems, is a plus Solid organizational skills, including attention to detail, iterative development, and project tracking Comprehensive written and verbal skills Resourcefulness and strong interpersonal skills Experience with engineering student teams (e.g., Solar Car) is highly desirable Interest in the development and delivery of educational content, particularly in the field of electric vehicle and battery technology
To apply, please submit your resume and cover letter describing your interest and experience as it relates to the role for "EVC RA: Modeling." Please note that compensation is determined according to a pay scale that aligns with the candidate's education and experience. |
