Interdisciplinary Water Resources research Laboratory (IWRL)
in the School of Civil and Environmental Engineering, Kookmin University
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Graduate student positions are currently open. For international applicants, only Ph.D. candidates will be considered. For more detailed information, please contact jshin@kookmin.ac.kr.
2026.5 IWRL, 2026 한국수자원학회 학술발표대회에서 11편 발표 및 6편 우수발표상 수상
수자원공학 및 수문학 분야의 다양한 주제에 걸쳐 총 11편의 발표를 진행하였습니다. 이 중 6편의 발표가 우수발표상을 수상하였고 특히 학부생 연구 부문에서도 최우수상을 수상하여, 학생 구성원들의 활발한 기여를 보여주었습니다. 수상하신 모든 분들께 진심으로 축하의 인사를 전합니다.
2026.5 IWRL Hosts International Seminar with Vietnamese Researchers
On May 14, 2026, the Interdisciplinary Water Resources Research Laboratory (IWRL) at Kookmin University hosted an international seminar with two distinguished researchers from Vietnam: Professor Pham Van Chien of Thuyloi University and Dr. Anh Phuong Tran of the Water Resources Institute. Participants shared their recent research and exchanged perspectives on shared challenges in water resources engineering and hydrology. The seminar laid the groundwork for future collaboration and reflects IWRL's ongoing commitment to international academic exchange.
2026.4 이가영 학생, 대한토목학회 논문집에 연구 논문 게재
이가영 석사과정 학생이 제1저자로 참여한 연구 논문이 대한토목학회 논문집 제46권 제2호에 게재되었습니다. 연구실의 우수한 연구 성과를 이끌어낸 이가영 학생과 공동저자들에게 축하의 인사를 전합니다.(https://doi.org/10.12652/Ksce.2026.46.2.0127)
2026.1 Professor Ju-Young Shin received the Minister’s Commendation (Ministry of Climate, Energy and Environment)
Professor Ju-Young Shin received the Minister’s Commendation (Ministry of Climate, Energy and Environment) on Dec 31, 2025, for her leading research in Heatwave Impact-based Forecasting. Her work has been instrumental in enhancing the KMA's ability to provide context-specific weather impact data through scientific analysis. (https://www.kookmin.ac.kr/comm/board/user/be8e117863cfd580d7ed5931a799207c/view.do?dataSeq=1076620)
2026.1 Happy Wedding for Azamat
Congratulations to our lab member, Azamat, on his wedding! We wish the newlyweds all the best as they start their new life together.
2025.12 Hoang Thi An's first paper is published in IJOC
"Recent Spatiotemporal Trends in Extreme Rainfall Events in South Korea: From Sub-Hourly to Multi-Day Scales" has been published in IJOC. The study presents current changes in extreme rainfall of South Korea. Magnitute of the extreme rainfall events in South Korea have increased and the spatial pattern of extreme rainfall changed to increase frequency and magnitude of local rainfall storm. (https://rmets.onlinelibrary.wiley.com/doi/10.1002/joc.70226)
2025.12 남정빈, 오유민, 성민주 학부연구생 KSCE 2025 컨벤션 캡스톤디자인 경진대회 금상(2등) 수상
(KSCE 2025 Convention Capstone Design Competition The gold prize (second place))
우리연구실 학부연구생인 남정빈, 오유민, 성민주 학생이 포함되어 있는 팀이 KSCE 2025 컨벤션 캡스톤디자인 경진대회 금상(2등)을 수상(Website)
2025.12 박지연 박사과정 논문 WATER cover paper로 선정
2025.12 이가영 석사과정 학생 2025 대한토목학회 컨벤션 우수논문상 수상
(Lee, Gayoung MSc. Student, Wins Excellent Paper Award at the 2025 KSCE Convention)
이가영 학생은 'Kappa분포형의 적용평 평가'라는 주제로 논문을 발표하였고 2025 대한토목학회컨벤션에서 우수논문상을 수상 (Website)
Research Interests
Research Interests
Our research team is seeking a way to deal with the unsolved and emerging challenges in water-related fields as well as natural disasters using an interdisciplinary approach. We are collaborating hydrology, hydraulics, climatology, meteorology, civil engineering, data sciences, AI, ecology, forestry, agriculture, remote sensing, human factors, physiology, and social sciences for finding a new solution to these challenges. We are trying to find ways to warn the impact of natural disasters such as floods, heavy rainfall, typhoon, gust, heat waves, and cold waves on the public and individuals by collaborating data sciences, hydrology, hydraulics, meteorology, human factors, physiology, and social science. Specifically, real-time monitoring and prediction for flood and heavy rainfall using real-time observation, data assimilation, and AI are the main research topics of our research group. Additionally, we are attempting to suggest a framework of the digital twin in hydraulic infrastructure and water resources management based on AI and virtual reality.
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