Master's Programs (International Programs)
Disaster Management Policy Program
Natural disasters cause crippling economic losses and human tragedy and hamper development, particularly in developing countries, where many people reside in buildings and areas that are vulnerable to natural disasters. To reduce the effects of natural disasters, and human losses in particular, proactive disaster risk management should be promoted in multi-disciplinary ways. To meet this need, disaster management experts must be cultivated through professional education and training so that they may develop and then apply suitable disaster management policies and techniques in line with local conditions.
To enhance the capacity of professionals in developing countries to cope with natural disasters, the National Graduate Institute for Policy Studies (GRIPS) offers a master's degree program in Disaster Management Policy. This program is offered jointly with the International Institute of Seismology and Earthquake Engineering (IISEE) of the Building Research Institute (BRI); the International Centre for Water Hazard and Risk Management (ICHARM) of the Public Works Research Institute (PWRI); and
the Japan International Cooperation Agency (JICA). This program is administered as a JICA training program under official development assistance from the government of Japan.
Technical officials, engineers, or researchers in the fields of earthquakes, tsunamis, water-related disasters, and disaster risk-management policy in developing countries
Program DesignThe program is designed so that students
Acquire knowledge in seismology, earthquake engineering, tsunami disaster mitigation, and water-related disasters, as well as basic knowledge necessary for disaster risk management; learn theories on which disaster management policies are based while studying Japanese policies and systems; and cultivate the capability to use a problem-solving approach to develop concrete technologies and policies in line with local conditions.
| Category | Course Name | Instructor |
|---|---|---|
|
I Required Courses |
Individual Study | |
|
II Recommended Courses |
Disaster Mitigation Policy | Morichi |
| Disaster Risk Management | Okazaki | |
| Earthquake Hazard Assessment | Saito | |
| Earthquake Risk Assessment | Kashima | |
| Disaster Mitigation and Development Assistance | Ando | |
| Tsunami Hazard Assessment | Shibazaki | |
| Tsunami Countermeasures | Fujii | |
|
III Elective Courses |
Earthquake Phenomenology | Hurukawa |
| Characteristics of Earthquake Disasters | Yokoi | |
| Earthquake Circumstance | Shibazaki | |
| Information Technology Related with Earthquakes and Disasters | Hara | |
| Structural Analysis | Saito | |
| Structural Dynamics | Okawa | |
| Seismic Design | Ishihara | |
| Seismic Evaluation and Retrofitting | Fukuyama | |
| Theory of Tsunami | Fujii | |
| Case Study (Practice for Earthquake Disaster Mitigation Policy I) | Saito | |
| Case Study (Practice for Earthquake Disaster Mitigation Policy II) | Morita | |
| Case Study (Practice for Earthquake Disaster Mitigation Policy III) | Kashima | |
| Case Study (Practice for Tsunami Disaster Mitigation Policy) | Hara | |
| Selected Topics in Policy Studies I -IV |
| Category | Course Title | Instructor |
|---|---|---|
|
I Required Courses |
Individual Study | |
|
II Recommended Courses |
Disaster Mitigation Policy | Morichi |
| Disaster Risk Management | Okazaki | |
| Basic Hydrology | Jayawardena | |
| Hydraulics | Huang | |
| Basic Concepts of Integrated Flood Risk Management (IFRM) | Takeuchi | |
| Urban Flood Management and Flood Hazard Mapping | Tanaka | |
| Advanced Hydrology | Jayawardena | |
| Flood Hydraulics and Sediment Transport | Fukuoka | |
| Mechanics of Sediment Transportation and Channel Changes | Egashira | |
| Sustainable Reservoir Development & Management | Matsumoto | |
| Control Measures for Landslide & Debris Flow | Ikeya | |
|
III Elective Courses |
Computer Programming | Sayama |
| Practice on Local Disaster Management Plan | Tanaka | |
| Practices in Hydraulics | Yorozuya | |
| Practice on Advanced Hydrology | Jayawardena | |
| Practice on Flood Hazard Modeling & Flood Forecasting | Fukami | |
| Site Visit of Water-related Disaster Management Practice in Japan | Tanaka | |
| Selected Topics in Policy Studies I -IV |
Career Destinations
Graduates from this program are expected to hold key positions in disaster risk management. They typically work as engineers, seismologists, meteorologists, researchers, or lecturers. To name a few of the successful alumni from this program:
• Head of Hazard and Risk Department, Seismic monitoring center of Georgia (Georgia, 2006)
• Seismologist, National Seismological Center (Indonesia, 2007)
• Researcher/professor, Geoscientific Research Center, National Autonomous University of Nicaragua(CIGEO-UNAN/Managua) (Nicaragua, 2008)
| Country | Typical Affiliation |
|---|---|
| Bangladesh | Bangladesh Water Development Board |
| China | China Earthquake Administration; Earthquake Administration (Hubei); Institute of Engineering Mechanics; Dam safety management department/Nanjing Hydraulic research Institute; Jiangsu Water Conservancy Research Institute |
| Colombia | Institute of Hydrology, Meteorology and Environmental Studies (IDEAM) |
| El Salvador | Universidad Centroamericana Jose Simeon Canas; University of El Salvador |
| Guatemala | National Coordinator for Disaster Reduction (CONRED) |
| Indonesia | Ministry of Public Works; Meteorological, Climatological and Geophysical Agency (BMKG) |
| Jamaica | University of the West Indies |
| Malaysia | Malaysian Meteorological Department |
| Myanmar | Ministry of Transport; Ministry of Agriculture and Irrigation |
| Nepal | Department of Water Induced Disaster Prevention |
| Nicaragua | Geoscientific Research Center (CIGIO/UNAN) |
| Pakistan | Pakistan Meteorological Department |
| Peru | Geophysical Institute of Peru (IGP) |
| Philippines | Philippine Institute of Volcanology and Seismology (PHIVOLCS) |
| Turkey | Prime Ministry Disaster and Emergency Management Presidency |
Recent Theses
•Locating Long Period Events and tremor Beneath Galeras Volcano Using Seismic Amplitudes - Stochastic Approach
•Shear Behavior of Multi-Story Reinforced Concrete Walls with Openings
•Water Level Prediction in Nan River, Thailand Using Wavelet Neural Network
•The Review of the Strong Ground Motion Observation in Malaysia and Proposing Improvement Based on the Importance of the Long Period Ground Motion
•Earthquake Source Parameters for Subduction Zone Events Causing Tsunamis in and Around the Philippines
•Prediction of Reinforced Masonry Wall Behavior by Simple Model Analysis and Finite Element Analysis
•Effects of Sampling Disturbance on Dynamic Properties of Saturated Sands
•Flood Characteristics Analysis for Seven Hydrological Regions of Bangladesh
•Homogeneity and Trend Analysis of Temperature for Urban And Rural Areas
•Application of Artificial Neural Networks for Rainfall Forecasting in Fuzhou City
Disaster Management Policy Program in brief
Fosters disaster risk management experts in developing countries
Program Director
Professor Kenji Okazaki
Degree Offered
Master of Disaster Management
Language of Instruction
English
Time Schedule
Program duration...1 year
Enrollment...October
Graduation...September
Application Deadline
June
Application Result Notification
July
How to Apply
click here

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