Insu Lee
Engineering Manager-ev, Erev & Fcev Energy Efficiency & Range @Hyundai America Technical Center, Inc. (HATCI)
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WORK HISTORY
Engineering Manager-ev, Erev & Fcev Energy Efficiency & Range @Hyundai America Technical Center, Inc. (HATCI)
Ann Arbor, MI, US
Product Development and Quality Assurance]- Directed calibration and control strategies of energy efficiency and range improvement initiatives for Hyundai, Kia and Genesis hybrid and electric vehicles, delivering improved performance metrics across multiple platforms for NA- Standardized test protocols to ensure compliance with global regulatory standards- Spearheaded competitive benchmarking & implemented advanced propulsion system optimization to enhance performance and energy management including HVAC system optimization- Represented powertrain division (DTE/Range) at quality assurance (IQS) & customer satisfaction (CR) meeting when requested- Supported to develop IONIQ 5 platform featuring with 6th gen Waymo driver for on-road testing [Quality Enhancement and Cost Reduction]- Attended Quality, Cost reduction & Safety weekly Touch-point as powertrain representative - Attended IQS/CR/IIHS/US NCAP Weekly Improvement Plan
EDUCATION
Seoul National University
Master of Science (MS), Mechanical and Aerospace Engineering
University of Michigan
Doctor of Philosophy (Ph.D.), Mechanical Engineering
Korea Aerospace University
Bachelor of Science (BS), Aerospace Engineering
SKILLS
ABOUT INSU LEE
My name is Insu Lee and I have received my Ph.D degree from the University of Michigan studying in a non-reacting and reacting confined turbulent jet to facilitate homogeneous combustion (Similar to HCCI) recently. I am eager to contribute to the industry world, specifically aiming for advanced thermal and fluid experimental/modeling technology which link with my industrial experience prior to joining academia. I was fortunate to have experiences working at two different automotive companies in South Korea. I have acquired practical experience in NVH (Noise, Vibration, Harshness) work and combustion. While working at Mando Corporation, one of the leading automotive parts development companies in Korea, I took part in improving steering characteristics such as vibration and noise in test cars. I also supported the development of electric power steering, which uses an electric motor instead of a hydraulic steering pump, thus reducing the weight of the steering system and engine load and improving fuel efficiency. Subsequently, I worked at Renault Samsung Motor Corporation, the leading motor company in Korea, where I developed engine power performance, drivability, and emissions. I was particularly interested in how diesel engines can reduce NOx and soot by using a DPF (Diesel Particle Filter). When I worked at FCA, my main tasks were related to developing new hybrid vehicle such as eTorque and PHEV. In my current role, I am focusing on optimizing powertrain system integration through considering powerpack cycle efficiency. In addition to strengthening my ability to improve engine emissions, my work experiences have given me the perseverance to overcome any type of adversity and taught me the importance of contributing to company profitability through research. I strongly feel that the combination of my academic and industrial experience well suits the requirements of Automotive and aerospace industry.
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