Summary:
Battery engineer with a strong academic background.
With two years of experience at Nissan Motor Corporation in the Advanced Research and Development Division for automotive power battery systems, I have been intricately involved in the development of next-generation battery cells. My primary responsibilities have centered around achieving high-precision state predictions of battery cells through material characterization and the establishment of electrochemical models. This includes forecasting input-output states, temperature conditions, degradation states, and failure analysis associated with thermal runaway events.
Possessing dual master's degrees and a doctoral degree in different fields, my doctoral studies focused on electrochemistry, providing me with extensive experience and profound understanding of material electrochemical characterization, particularly at the electrolyte-electrode interface. My academic background has equipped me with a diverse skill set and a holistic perspective on interdisciplinary challenges of battery development. I am adept at bridging theory with practical application, leveraging my expertise to contribute effectively to the development of cutting-edge battery technologies.
I aim to leverage my experience in AE development for automotive batteries and my academic-level research abilities to further advance my career as an electrochemical battery engineer.
Electrochemistry
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