High-voltage electrolytes for NCM-based lithium-ion batteries
Hyun-Jin Kim
3rd-year M.S/Ph.D Integrated Degree
Seoul,11
Summary
Dedicated Ph.D. researcher with strong expertise in electrolyte materials and functional additives for lithium-ion batteries. Proven background in designing advanced electrolyte formulations based on electrochemical principles to optimize battery performance and interfacial stability. Seeking to contribute strong research capability and data-driven insights to innovative battery R&D.
Overview
2
2
years of professional experience
Work History
Graduate Research Assistant
Hanyang University
08.2024 - Current
- Developed advanced electrolyte materials and additives for high-performance lithium-ion batteries.
- Designed novel electrolyte formulations based on electrochemical principles to improve battery performance and interfacial stability.
- Evaluated electrochemical characteristics and interfacial phenomena using techniques.
- Collaborated on research projects, documented experimental results, and prepared manuscripts for scientific journals and conference presentations.
Education
Bachelor of Science - Chemical Engineering
Hanyang University
Seoul 04.2001 -
Skills
Project Management & Research Collaboration
Analytical thinking
Materials Design
Data Analysis & Interpretation
Accomplishments
- Oral presented research on [Solvent–Solvent Interaction Engineering Enables Wide-Temperature and High-Voltage Propylene Carbonate Electrolytes for Lithium-Ion Batteries] at [2026 Materials Research Society Spring Meeting].
- Delivered poster presentation on [Intermolecular Solvent Interaction-Driven Propylene Carbonate Electrolytes for Wide-Temperature and High-Voltage Lithium-Ion Batteries] at [2026 The Korean Electrochemical Society Spring Meeting].
- Delivered poster presentation on [Weakly Solvating Co-Solvent Strategy for Propylene Carbonate-Based Electrolytes Enabling Low-Temperature and High-Voltage Operation of Lithium-Ion Batteries] at [2025 The Electrochemical Society Fall Meeting].
- Delivered poster presentation on [Modulating Solvation Structure of Propylene Carbonate-based Electrolyte toward Wide-Temperature Performance of High- Voltage Lithium-Ion Batteries] at [2025 The Korean Electrochemical Society Spring Meeting].
Interests
Wide-temperature range electrolytes for thick-film LFP electrodes
Electrolyte design for improved electrode wettability