Alumni

Currently at Samsung Electronics

Currently at Samsung SDI
2016 ~ 2018 M.S., UNIST

Master's Thesis
Study on the effects of inactive materials in slurry and electrode structure on rapid charge of lithium-ion battery

Currently at LG Energy Solution
2018 ~ 2020 M.S., UNIST

Master's Thesis
Study on the effects of SEI improving by wetting and formation temperature for fast charging of lithium-ion cell

Currently at LG Energy Solution
2017 ~ 2021 M.S., UNIST

Master's Thesis
Analysis of the cycle life characteristics of lithium-ion batteries according to their anode density in high rate charging

Currently at SK on
2019 ~ 2021 M.S., UNIST

Master's Thesis
A study on the design conditions of NP ratio according to the operating temperature of lithium-ion battery

Currently at Hyundai Motor Company
2019 ~ 2021 M.S., UNIST

Master's Thesis
New analysis method of blended active material using hybrid electrode configuration

Currently at SK on
2019 ~ 2021 M.S., UNIST

Master's Thesis
An evaluation method of the SEI for designing optimal formation protocol of lithium-ion battery

Currently at SK on
2020 ~ 2022 M.S., UNIST

Master's Thesis
Design Strategies Considering Degradation Mechanism by Measuring Current Distribution Sizes / Cathode with Two Characteristic Particle Sizes

Currently at SK on
2020 ~ 2022 M.S., UNIST

Master's Thesis
Analysis of the Degradation mechanisms in Graphite-Silicon mixed anode through Separation of Graphite and Silicon Behavior along the Density

Currently at SK on
2020 ~ 2022 M.S., UNIST

Master's Thesis
Effect of graphite particle size distribution on the degradation of graphite-silicon electrodes

Currently at Hyundai Motor Company
2021 ~ 2023 M.S., UNIST

Master's Thesis
Analysis of inter layer between cathode composite and solid electrolyte layer based on the transmission-line model for all solid-state batteries

Currently at Samsung SDI
2022 ~ 2024 M.S., UNIST

Master's Thesis
Effect of morphology of conducting agent on electrode structure and electrochemical performance for graphite-silicon composite electrode​ 

Currently at LG Energy Solution
2022 ~ 2024 M.S., UNIST

Master's Thesis
Design Strategies for Composite Cathode to Realize the High Energy Density and Productivity in Sulfide-based All-Solid-State Batteries.  

Currently at SK on
2022 ~ 2024 M.S., UNIST

Master's Thesis
Analyzing of pore size distribution in carbon layers and its impact on the performance of anode-less all-solid-state batteries​ 

Currently at Samsung SDI
2023 ~ 2025 M.S., UNIST

Master's Thesis
Enhancing cost efficiency in lithium-ion battery production via internal resistance measurement in the formation process

Currently at Samsung SDI
2023 ~ 2025 M.S., UNIST

Master's Thesis
Effect of Slurry Properties on the Cathode Wet Process in Sulfide-based All-Solid-State Batteries

Currently at SK on
2023 ~ 2025 M.S., UNIST

Master's Thesis
Optimization of Structure and Rate Performance of Cathode Based on the Structure Size of Carbon Black

Currently at SK on
2023 ~ 2025 M.S., UNIST

Master's Thesis
Impact of Pore Size in Structurally Controlled Carbon Black Interlayers on the Performance of Anode-less All-Solid-State Batteries

Currently at Samsung SDI
2023 ~ 2025 M.S., UNIST

Master's Thesis
Design Limitations of Thick Electrodes and High-Specific-Capacity Materials for High Energy Density in Cylindrical Lithium-Ion Batteries