Recent Master’s graduate in Mechanical Engineering with 1.5+ years of research in lithium metal symmetrical cells and advanced battery research methods. Experienced in coin cell and custom visualization cell assembly, with expertise in electrochemical impedance spectroscopy (EIS), optical microscopy, and scanning electron microscopy (SEM). Strong understanding of lithium plating and stripping mechanisms, supported by both quantitative analysis and visual diagnostics. Adept at experimental design for battery performance evaluation with a strong academic foundation in thermodynamics, structural analysis, and heat transfer. Seeking a full-time position as a Product Development Engineer, R&D Engineer, or Battery Applications Engineer, where I can apply my technical knowledge and research background to support innovative energy storage solutions.
Heat Transfer, Thermodynamics, Hybrid Electric Vehicles, Lithium Ion Batteries and Beyond, Power Generation, Energy Storage and Conversion