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| Serrano Jonathan Suba
セラノ ジョナサン スバ |
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Research Assistant
リサーチアシスタント |
| Home town (country);
出身:
Republic of the Philippines; フィリピン共和国
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- Message; メッセージ:
- I am grateful to be accepted as a Research Assistant in ICHARM. To learn from and work under a prestigious research institute specializing in water-related disasters is truly an honor. This experience will enable me to make significant advancement in my career and expand my knowledge in the field which I have been immersed in ever since my undergraduate years. I hope that this journey, together with the PhD program at GRIPS, will help me take the hydrologic and hydraulic modeling skills into the next level, which is to draft flood risk management policies to help create more sustainable solutions to mitigate flood risk. The ultimate goal is to help contribute to the advancement of research and help not only my fellow Filipinos but also those in developing countries that are often hit and devastated by strong typhoons and other hydrometeorologic hazards.
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- Main Research Topic(s); 主な研究内容:
- Urbanization and Climate Change Impacts on the Water Balance and Flood Regime of Watersheds in the Philippines; Flood Risk Management Policy
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- Academic/Professional
Experience and Qualifications; 主な学歴・職歴、資格など:
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| Academic Qualifications: |
| Master of Science in Civil Engineering at UP Diliman, Philippines |
| Bachelor of Science in Civil Engineering at UP Diliman, Philippines |
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| Professional Experience; 職歴: |
| November 2022 - September 2023 |
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Research Assistant at NHRC, UP Diliman |
| March 2020 - June 2022 |
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Senior Science Research Specialist at Project e-SMART, IM4Manila Bay Program, DOST |
| August 2018 - June 2019 |
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Assistant Civil Engineer at EDCOP |
| January 2015 - December 2015 |
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Research Associate at Project NOAH |
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- Recent Publications (as Co-author); 著書:
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| Lead Author of "Evaluating Hydrologic Model Performance of Global and Local Weather Data Inputs" (ISPRS Vol XLVI-4/W6-2021) |
| Co-Author of "Assessing the Hydrologic Effects of Urbanization through Numerical Modeling using SWAT: A Case Study of Laguna de Bay Basin" (ISPRS Vol XLVI-4/W6-2021) |
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