About
Advanced Hydrology Research Lab
Alumni
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- Dongmin Lee (이동민) / M.S.(2026)
- ▶ Email : dongmin5340@gmail.com
▶ Research Topic
- Master's Thesis: Assessment of Water Supply Reliability of Multipurpose Dams under Climate Change Case Study of Soyanggang and Chungju Dams
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- Seogyun Lee (이서균) / M.S.(2026)
- ▶ Email : tjrbs7791@gmail.com
▶ Research Topic
- Master's Thesis: Enhancing Natural Runoff Simulation by Reflecting Snowmelt Processes Focused on the Soyang River basin
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- Kangmin Lee (이강민) / M.S.(2026)
- ▶ DOHWA Engineering
▶ Email : vlxjvos4424@gmail.com
▶ Research Topic
- Master's Thesis: Improving Dam Water Supply Adjustment Using KNN in Response to Climate Variability and Uncertainty
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- Mindo Jeong (정민도) / M.S.(2025)
- ▶ ISAN Engineering
▶ Email : wjdalseh9028@gmail.com
▶ Research Topic
- Master's Thesis: Development of a radar rainfall forecasting model using the U-Net++ structure Focused on the Soyang River basin
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- Hemie Cho (조혜미) / Ph.D.(2025)
- ▶ DOHWA Engineering
▶ Email : chocho@dohwa.co.kr
▶ Research Topic
- Doctor's Thesis: Analysis of Spatio-temporal Changes in River Ecosystem Health in Response to Climate Change
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- Jaeung Yu (유재웅) / Ph.D.(2024)
▶ The City University of New York
▶ E-mail : may04jw@gmail.com
▶ Research Topic
- Doctor's Thesis: A Scenario neutral-based dam performance evaluation under climate change
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- Minkyu Jeong (정민규) / Ph.D.(2023)
▶ Sejong University
▶ E-mail : j.minqyu@gmail.com
▶ Research Topic- Doctor's Thesis: A Study on Bayesian Spline-Copula Approach to Non-stationary Regional Drought Frequency Analysis
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- Kim Hojun (김호준) / Ph.D.(2024)
▶ KEITI (Korea Environmental Industry&Technology Institute)
▶ E-mail : hojun@keiti.re.kr
▶ Research Topic
- Doctor's Thesis: A blended radar rainfall nowcast based on physics and deep learning models using Boosting algorithm
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- Uranchimeg, Sumiya(오랑치맥 솜야) / Ph.D.(2019)
▶ BayesianWorks
▶ E-mail : sumya963@bayesianworks.com
▶ Research Topic
- Doctor's Thesis: Development of Bayesian Multiple Quantile Regression model and Estimation of Future Design Rainfalls with Increased Temperature
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- Kim Yongtak (김용탁) / Ph.D.(2020)
- ▶ HRFCO (Han River Flood Control Office)
▶ E-mail : kyongtak0225@korea.kr
▶ Research Topic
- Master's Thesis: Extreme Data Estimation Method Developed Using Nonstationary Bayesian Beta Model and Seasonal Rainfall
- Doctor's Thesis: A Development of Grid-Based Spatio-temporal Statistical Downscaling Model for Climate Change Scenarios
