Summary
Work History
Education
Skills
Interests
Timeline
Generic
Hyeon Han

Hyeon Han

Chemistry
Siheung-si

Summary

My name is Hyeon Han and I am currently a sophomore majoring in Chemistry at Sungkyunkwan University. I am also gaining work experience at an all-solid-state battery ultra-thin manufacturing company, where my reponsibilities include hourly tank solution sampling, real-time analysis and ultra-thin performance analysis. I first became interested in electrochemistry while working on a project at Framto, where I investigated the principle of Fe3+ concentration increase according to temperature change and linked this phenomenon to ultra-thin performance. This experience has motivated me to further explore electrochemical Interfaces that is directly aligned with the research focus of the Electrochemical Interfaces and Energy Materials Laboratory led by Professor Youngmin Ko.


I aim to contribute to ELEM lab by expanding omics research through the following three steps:


1. Data understanding and participating in the experiments.

- Actively assist in ongoing experiments and document opportunities for data collection automation.


2. Building an experimental-data automation module

- Develop a data pipeline that allow experimental results to be stored in a database and analyzed immediately and accumulate as much data on interface chemical changes and compositions as possible.

- Producing and testing various electrolyte compositions is included.


3. Developing a recommendation system for optimal electrolytes

- Predict promising electrolyte candidates and identify optimal ratios through the dataset using deep learning.

Work History

Quantitative Analyst Intern

Framto
09.2025 - Current
  • Assisting the production system for Fe-Ni ultra-thin foil (current collector) for solid-state batteries by analyzing of solution compositions in tanks.
  • For maintaining solution stability, Fe3+ concentration titration, TOC (measurement of organic contamination), XRF (X-ray fluorescence, quantification of Fe/Ni ratio), and HPLC-MS-based analysis (pH and trace additives) were performed.
  • To analyze ultra-thin foil's performance, Ni composition analysis was performed to figure out thickness, plating efficiency, and curl.(Measurements of illuminance, gloss, and resistivity were also included.)
  • I worked with the solution management and development teams, deepening my understanding of the entire production process.

Education

Bachelor of Science - Chemistry

Sungkyunkwan University
Suwon
04.2001 -

Skills

English Communication Skills

Interests

Travelling

Timeline

Quantitative Analyst Intern

Framto
09.2025 - Current

Bachelor of Science - Chemistry

Sungkyunkwan University
04.2001 -
Hyeon HanChemistry