W
ater Engineering and Management (WEM) program imparts education and training toward an understanding and solving the complexity of water resources development and management problems in the context of global drivers of change. It offers a balanced curriculum, which covers both the engineering and management aspects of water resource development and management. Students are trained to acquire knowledge and skills in tools and techniques to come up with viable and sustainable solutions within the framework of the integrated water resources management at the river basin scale. Water Engineering and Management program covers five major areas – Agricultural Water, Coastal Water, Urban Water, Water Resources, and Climate Change, Extreme Events and Risk Management.
WEM NEWS
Satellite Gravimetry Summer School 2026: Strengthening Regional Capacity For Water And Disaster Risk Management
Pathum Thani, 23–24 July 2026 - The Water Engineering and Management (WEM) program hosted the Satellite Gravimetry Summer School 2026, a two-day training program on "Processing and Applications of Satellite Gravimetry Signals in Hydrology for Disaster Risk Management and Planning." The Summer School brought together researchers, academics, students, government [...]
Water, Culture And Connection: A WEM PhD Student’s Two Weeks At Hohai University, Nanjing, China
Nanjing – This summer, Mr. Marvin Jade Genoguin, a PhD student in the Water Engineering and Management program, traveled to China for the 2026 "Discover Jiangsu" Hohai University International Summer Program, themed "Water Disaster Prevention and Sustainable Development." Hosted by Hohai University — a water-resources-focused institution [...]
WEM Research Associates Present at the 19th THAICID Conference (July 2026)
Nakhon Pathom - On 8 July 2026, WEM research associates, Mr. Bikram Pandey and Ms. Udomporn Tupbucha, from the research group of Dr. Natthachet Tangdamrongsub participated in the Network Week for Integrated Knowledge Sharing (NWIKS) under the auspice of the 19th THAICID National Academic Conference (การประชุมวิชาการ THAICID ครั้งที่ 19), [...]
GWSC Organizing Workshop on Co-Creating Smart Water System
Bangkok - On 3 July 2026, the Global Water and Sanitation Center (GWSC) participated in the workshop “Co-Creating Smart Water System: Designing Smart Water Management Through Collective Participation and Shared Decision-Making”, organized by the IWA Young Water Professionals (YWP) Thailand, in collaboration with Thai Water Expo 2026 and Informa Markets [...]
RESEARCH PROJECTS AND OUTPUTS
RESEARCH PROJECTS
PUBLICATIONS
RESEARCH GROUPS
Centre for Water and Climate Adaptation (CWCA)
The Centre for Water and Climate Adaptation (CWCA) is a strategic initiative established under the Faculty of Civil and Environmental Engineering (FCEE) at the Asian institute of Technology (AIT) to tackle water and climate-change related challenges in the Asia-Pacific region and beyond. Leveraging AIT’s unmatched technical expertise, the center focuses on research, capacity building, and consulting. In the face of increasing climate impacts, the CWCA stands as a beacon for sustainable solutions, aligning with international efforts and the broader goals of climate resilience and water security.
Global Water and Sanitation Center (GWSC)
GWSC is a partnership between the Bill and Melinda Gates Foundation and Asian Institute of Technology to host and mainstream Citywide Inclusive Sanitation initiative (CWIS) in Asia. It aims to consolidate ongoing sanitation initiatives and pioneer new projects that promote CWIS-based sanitation in Asia through Technical Assistance Program, Center of Excellence for Public Data Initiative, and Laboratory Services.
Asian Land Information for Climate and Environmental Research Laboratory (ALICE-Lab)
The ALICE laboratory is dedicated to pioneering scientific research in climate, hydrology, environment, and agriculture in Asian regions, which historically deprived of crucial data. Our team prioritize the integration of advanced methodologies such as hydrology and land surface modeling, remote sensing, artificial intelligence (AI), data assimilation, and computational hydrology (via high-performance computing; HPC) to overcome data scarcity challenges. Our mission is to not only collect and analyze high-quality data but also to develop innovative techniques that enhance our understanding of the intricate relationships between climate, hydrological processes, and agricultural systems. By harnessing the power of cutting-edge technologies and fostering interdisciplinary collaboration, we aim to fill knowledge gaps, empower decision-makers, and drive sustainable development in data-sparse areas worldwide. Join us as we embark on a journey to revolutionize scientific research and create positive impact in communities facing data scarcity challenges.
