Groundwater monitoring system installation at Solano, Nueva Vizcaya

On October 2, 2025, the SWIM project team in person of engr. Bermiel Allen U. Tuppil and engr. Wilfredo H....
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Groundwater monitoring system installation at Solano, Nueva Vizcaya

Sensor Installation at Isabela State University Angadanan Campus

On August 12, 2025 SWIM Project 1 represented by engr. Kathleen Palma, engr. Wilfredo Bose, and engr. Bermiel Allen Tuppil...
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Sensor Installation at Isabela State University Angadanan Campus

Groundwater monitoring sensor at Local Government Unit of Delfin Albano, Isabela

On July 30, 2025, the SWIM Project 1 team represented by Engr. Kathleen Palma, Engr. Wilfredo Bose, and Engr. Bermiel...
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Groundwater monitoring sensor at Local Government Unit of Delfin Albano, Isabela

Groundwater sensor installation at Villa Verde, Nueva Vizcaya.

On July 29, 2025, SWIM Project 1 travelled to Villa Verde, Nueva Vizcaya to install the 10th monitoring station. The...
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Groundwater sensor installation at Villa Verde, Nueva Vizcaya.

Groundwater Sensor Installation at LGU Maddela, Quirino.

On July 23, 2025, SWIM Technical staffs represented by engr. Glen Batoon, engr. Kathleen Palma, engr. Wilfredo Bose, and engr....
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Groundwater Sensor Installation at LGU Maddela, Quirino.

Projects


SMART WATER RESOURCES PLANNING AND MONITORING: Assessment, Design and Development of Water Resources Projects and Interventions.

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Integrated Assessment And Analysis Of Hydraulic Assets For Sustainable And Resilient Flood Control Infrastructure

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GIS-Based Decision Support Tool in Managing Urban Water Infrastructure with Stormwater Intervention for Smart Cities: A Case for Cauayan City

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Flexible irrigation tubing system a sunny hot day. Extremadura, Spain

Smart Water Control Infrastructure for Effective Irrigation and Management

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About the Center


Despite having sufficient amount of water resources, it was found out that water availability is still threatened by some major water resources problems (i.e. drought and flooding and population growth)

Thus, the program will develop new innovative approaches and smart techniques to address low water productivity, recurring water hazards due to extreme climate events, fragmented approach in water management, inefficient and ineffective delivery of water services as well as insufficient water monitoring and planning.

Also, integrated flood, drought, sediment and water resources management approach for river basins and smart cities, in cooperation with leading researchers and universities from the Philippines and other countries, will be introduced.

Program Goals


The Program aims to improve water resources management systems through integrated approach and use of science tools for sustainable development, specifically, it aims to:

Develop a science-based comprehensive water resources assessment and implementation framework for design of projects, planning and policy/decision making and intervention in basin scale;

Develop and mainstream climate resilient-smart flood mitigation and remediation measures using advance science tools for design and demonstration in flood prone communities;

Develop a GIS-based decision support tool in managing urban water infrastructure with storm water intervention;

Develop a low-cost smart water control infrastructure for effective on-farm irrigation water management;

Implementing institutional support mechanisms for sustainable mainstreaming of R&D products to stakeholder

Project timeline


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