Highly accomplished Assistant Professor and Senior Researcher with over 15 years of expertise in advanced battery technologies, materials science, and electrochemistry. Proven leader in securing substantial research funding (₩25.4B+) and driving innovation in next-generation Li-ion, solid-state, and Na-air batteries, evidenced by 50+ high-impact publications, 5440+ citations, and an h-index of 29. Adept at bridging fundamental research with industrial application, teaching, and strategic project leadership.
Assistant Professor, Energy Science and Engineering
Daegu, Gyeongsangbuk-do, Korea (Republic of)
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Summary
Leading academic research and education in Energy Science and Engineering, focusing on advanced battery technologies and materials science.
Highlights
Secured ₩100,000,000 in POSCO Science Fellowship funding as Principal Investigator (PI) for research on asymmetric interfacial energy trap-based lithium-supported ion rectifier diodes.
Spearheaded multiple national research initiatives as a PI or Co-PI, contributing to over ₩25.4 billion in total funding for next-generation battery development.
Developed and delivered core undergraduate and graduate courses in Materials Science and Engineering, including 'Phase Transformation' and 'Materials Engineering Experiment'.
Contributed to institutional leadership as Vice Dean of Undergraduate Studies (Materials Science and Engineering Track) and served on the Editorial Board of the Korean Battery Society.
Senior Researcher
Ulsan, Ulsan, Korea (Republic of)
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Summary
Directed and executed large-scale R&D projects for next-generation battery materials and processes, leading significant national initiatives.
Highlights
Served as Chief PI for a ₩11.4 billion DBE (materials and process development) project (2021-2026), advancing next-generation battery technologies.
Led a ₩34.1 billion SSB (next-generation battery prototyping center) project as Chief PI (2022-2025), establishing critical infrastructure for solid-state battery development.
Awarded 'Best Poster Award' in 2023 and 2020, and 'The Employee of The Month Award' in 2022 for outstanding research contributions and performance.
Published numerous high-impact papers in leading journals, significantly contributing to the institute's research output and reputation in advanced energy materials.
Berkeley, CA, US
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Summary
Conducted advanced research on single-ion conducting membranes, focusing on molecular design and interface engineering for enhanced battery performance.
Highlights
Investigated single-ion conducting membranes for Lithium Metal Batteries (LMB), applying molecular design principles to optimize interface engineering for advanced battery systems.
Collaborated with a leading research group on cutting-edge materials science, contributing to fundamental understanding of battery interfaces and performance.
Published research findings in peer-reviewed journals, advancing the scientific understanding of LMB technologies and their practical applications.
Seoul, Seoul, Korea (Republic of)
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Summary
Led projects in high-capacity electrode fabrication and advanced electrolyte development for electrified automotive applications.
Highlights
Managed a project to fabricate high-capacity large electrodes for real electrified automotive applications, leading the development of novel coating materials for cathode surface stabilization.
Optimized formulations, evaluations, and optimizations of highly advanced liquid electrolytes, achieving improved performance and safety for automotive batteries.
Directed the fabrication of high-capacity / large-area graphitized cathodes, contributing to next-generation EV battery development and manufacturing processes.
Received a 'Commendation Award (team safety management)' in 2018, recognizing leadership in maintaining a safe and efficient research environment.
Seoul, Seoul, Korea (Republic of)
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Summary
Investigated charge/discharge reaction mechanisms and competing electrochemical/chemical reactions in battery components.
Highlights
Conducted in-depth research on charge/discharge reaction mechanisms in cathodes, electrolytes, and cell systems, providing critical insights for battery optimization and design.
Analyzed competing electrochemical/chemical reactions (NAB), contributing to the development of more stable and efficient battery materials.
Published findings in high-impact journals, including Nature Communications, advancing the fundamental understanding of sodium-oxygen batteries.
Daejeon, Daejeon, Korea (Republic of)
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Summary
Contributed to research on highly laminated electrospun ZnO nanofibrous photoanodes for dye-sensitized solar cells (DSSC).
Highlights
Researched and developed highly laminated electrospun ZnO nanofibrous photoanodes (DSSC), enhancing the performance and efficiency of dye-sensitized solar cells.
Assisted in experimental design, data collection, and analysis for various research projects, contributing to successful project outcomes.
Collaborated with senior researchers and faculty, gaining valuable experience in advanced materials characterization and synthesis techniques.
Seoul, Seoul, Korea (Republic of)
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Summary
Focused on enhancing photocurrent and blocking charge carrier recombination in dye-sensitized solar cells (DSSC).
Highlights
Investigated methods to enhance photocurrent and block recombination of charge carriers in dye-sensitized solar cells (DSSC), improving device efficiency.
Contributed to the research leading to an M.S. dissertation on improving conversion efficiency for dye-sensitized solar cells using laser welding.
Supported laboratory operations and research activities, developing strong foundational skills in experimental materials science and engineering.
Awarded By
POSCO TJ Park Foundation
Recognized for outstanding scientific research potential and contributions to the field of materials science.
Awarded By
Korea Institute of Energy Research
Awarded for exceptional presentation and scientific merit of research poster.
Awarded By
Ulsan Metropolitan City
Received recognition for significant contributions to the community or professional field.
Awarded By
Korea Institute of Energy Research
Honored for outstanding performance and dedication to institutional goals.
Awarded By
The Korean Society of Industrial and Engineering Chemistry
Recognized as an emerging leader and innovator in industrial and engineering chemistry.
Awarded By
Korea Institute of Energy Research
Awarded for exceptional presentation and scientific merit of research poster.
Awarded By
Hyundai Motor Company
Recognized for leadership in promoting and maintaining a safe research and development environment.
Awarded By
The Korean Society of Industrial and Engineering Chemistry
Awarded for exceptional presentation and scientific merit of research poster.
Awarded By
LG Chem
Received scholarship in recognition of academic excellence and research potential.
Published by
Small
Summary
Analyzed the impact of Lewis Acid-Base effects on molecular structure and charge density in solid polymer electrolytes, critical for solid-state battery development.
Published by
Nature Communications
Summary
Developed fluorine-free binder-based dry thick battery electrodes using Parafilm® M, enabling sustainable and efficient battery manufacturing processes.
Published by
Nature Communications
Summary
Explored divalent anion-driven framework regulation in Zr-based halide solid electrolytes, significantly advancing all-solid-state battery technology.
Solid-State Batteries, Li-ion Batteries, Na-air Batteries, Dye-Sensitized Solar Cells (DSSC), Lithium-Oxygen Batteries, Next-Generation Batteries, Electrified Automotive Applications.
Materials Synthesis, Electrochemistry, Interface Engineering, Molecular Design, Nanomaterials, Polymer Electrolytes, Cathode/Anode Materials, Thin Film Fabrication, Dry-Coating Process, Ceramic Materials, Metallurgy, Electrode Fabrication, Electrolyte Development.
Project Leadership, Grant Writing, Scientific Publication, Experimental Design, Data Analysis, Prototyping, Process Optimization, Characterization Techniques, Problem-Solving, R&D Management, Chief PI.
Teaching, Mentorship, Curriculum Development, Editorial Review, Strategic Planning, Cross-functional Collaboration, Vice Dean, Academic Administration.
Project Lead, Team Management, Budget Management, Timeline Management, Stakeholder Engagement, Safety Management.
Seoul National University, doctoral thesis advisor, matlgen1@snu.ac.kr
Yonsei University, master thesis advisor, myeong@yonsei.ac.kr
Lawrence Berkeley National University, postdoctoral advisor, bahelms@lbl.gov
Hyundai Motor Company, senior supervisor, sheonlee@hyundai.com
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Summary
NST-funded Global TOP Strategic Research Group Support Project for advanced solid-state battery electrodes.
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Summary
KEIT-funded project to advance manufacturing processes for high-energy density solid-state batteries.
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Summary
KIAT-funded Industrial Innovation Infrastructure Construction Project.
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Summary
TIPA-funded project focused on sustainable and cost-effective production of lithium sulfide for advanced batteries.
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Summary
Research project funded by POSCO Science Fellowship focusing on novel lithium-ion rectifier diode technology.
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Summary
NST Creative Allied Project focused on sustainable battery electrode manufacturing.
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Summary
KIAT-funded initiative to support the commercialization of next-generation battery technologies.