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I work on plasmonic and metal oxide hybrid nanomaterials for optical sensing (SERS, LSPR) and energy applications (biomass-conversion, water splitting), while developing microfluidic systems for autonomous synthesis and optimization.

Education

(Feb. 2023 - Present) Ph.D. candidate, Department of Applied Chemistry, Hanyang University, South Korea
(Aug. 2025) Visiting scholar, SUNY College of Environmental Science and Forestry, Syracuse, USA
(Mar. 2018 - Feb. 2023) B.S. Department of Chemistry and Molecular Engineering, Hanyang University, South Korea

Awards and Honors

2025 Presidential Science Scholarship (Ph.D. Student & Chemistry Division), Korea Student Aid Foundation (KOSAF)
2025 The Best Oral Presentation Award (Analytical Chemistry Division), KCS Spring Meeting 2025
2023 The Best Oral Presentation Award (Analytical Chemistry Division), KCS Spring Meeting 2023
2023 Class of 2022 Pre-Graduation Honors, Hanyang University, Korea

Research Interests

Plasmonic & Metal Oxide Hybrid Nanomaterials

📕 Optical Sensing (SERS, LSPR, Colorimetric Detection)

Biological Sensing (Biomarker)
Environmental Sensing (Heavy metal, PFAS)

📗 Catalysts (Electrochemical-, Photoelectrochemical-)

Biomass-conversion (Lignin)
Water Splitting

📘 Microfluidics (Automated Synthesis, Optimization (AI))

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