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Our Team Advanced Engineering Lab. (AEL) is an engineering group at HATCI that focuses on advanced technology research and development that can be applied to current/future production vehicles and future mobility. AEL covers a wide range of areas from the development of new vehicle concepts to CAE and vehicle energy analysis and management. The Position HATCI is currently seeking a Senior Engineer or Engineer II - EV Battery System Research and Development (BSD) for our Superior Township, MI facility (near Ann Arbor).  The BSD is an Engineering Department within AEL, which was recently established to undertake projects related to EV high voltage Battery system research and development.  This position reports to Manager of BSD. Core Responsibilities Understand and follow department's business model, strategic direction, purpose, and mission and continually communicate them with direct reports. Set up engineering goals and objectives aligned with department's direction, and drive execution, engagement, and results to accomplish them. Develop engineering plan, strategy, and budget usage. Work with Manager and Senior Manager to participate in department's resource planning, goal setting, and technology road map creation. Facilitate inter-team collaboration and knowledge sharing through transparent communication. Produce and deliver presentations on key project milestones and achievements. Remain current with new technology and competitive products as a means to drive innovation. Provide technical support for EV battery system related concerns for both pre-production and post-production issues. Execute engineering projects related to: Development or identification of new technologies, strategies, and methods for high voltage battery system of current and future Hyundai, Kia, and Genesis production hybrid and battery electric vehicles Support of North American electric vehicle plant including localized production parts verification and technical support Local response to EV quality issues in NA such as quality data acquisition, root cause analysis, improvement verification Feasibility analysis of new battery system technologies through simulation, lab tests, and on-road evaluations Introduction of selected battery technologies to current or next gen productions through active communications with Korean R&D Headquarter production programs. Research activities with external partners including national labs, universities, and tech suppliers. Investigation of industry trend in the area through benchmarking competitors' systems & vehicles, application of the information to development directions and performance target settings Industry trend investigation, publication of technical papers and reports internally/externally. Travel both domestically and internationally (up to 20%) What We Offer: Zero-dollar employee premiums on Medical, dental, and vision for you and your family 100% employer-paid disability and Life insurance Generous paid Time Off including vacation, sick, and abundant holidays A Global Environment that fosters diversity Competitive Salaries Retirement savings and planning benefits Flexible work hours, and hybrid work schedule options Access to Health savings accounts and flexible spending accounts Basic Qualifications B.S. in Electrical Engineering, Mechanical Engineering, Chemical Engineering, Materials Science and Engineering or other related fields 3+ years of automotive engineering experience Demonstrated ability to work collegially with others with the highest standards of integrity. Strong working knowledge and experience in xEV components or high voltage battery system, principles, operation, and vehicle electrification technology Proven track record of engineering projects related to engineering design, testing or simulation of