Socio and Eco Environmental Risk Management, Department of Urban Management, Kyoto University

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Czarimah Singson

                  

Biography  

Engr.  Czarimah L. Singson is a professional Agricultural Engineer in the Philippines. She is affiliated with Isabela State University (ISU) as a faculty of College of Engineering Department of Agricultural and Biosystems Engineering. Engr. Singson is now a PhD Candidate at Kyoto University taking up PhD in Engineering (Urban Management) with a special program in Human Security Engineering, financially supported by Department of Science  and Technology Science Education Institute (DOST-SEI)  Foreign Graduate Scholarship (FGS). She took both her Master’s and Bachelor’s degree in Agricultural Engineering at Isabela State University. Her main focus in her research revolves around soil and water resources management, a specific branch of Agricultural Engineering. Some of her recent works are hydrologic modeling of Magat River Basin in the Philippines using SWAT modeling, climate change analysis, flood risk analysis and sedimentation studies. She is now working on Cagayan River Basin in the Philippines by analyzing extreme climate variability and geomorphologic characteristics of the basin relating to water resources management and climate change impacts using modeling techniques. She likes cats. 

Education 

  • PhD Candidate in Engineering (Urban Management) with special program in Human Security Engineering (Kyoto University) (2025-2028)

  • MSc in Agricultural Engineering major in Soil and Water Management (ISU) (2018-2022)

  • BSc in Agricultural Engineering (ISU) (2012-2017)

Research Interests

  • Soil and Water Resources Management,
  • Hydrologic Modelling,
  • Watershed Management,
  • Agriculture

Skills

GIS, SWAT, RRI, WEAP

Publications

Singson, C. L., Alejo, L. A., Balderama, O. F., Bareng, J. L. R., & Kantoush, S. A. (2023). Modeling climate change impact on the inflow of the Magat reservoir using the Soil and Water Assessment Tool (SWAT) model for dam management. Journal of Water and Climate Change14(3), 633-650.

More Publications

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