Programme overview
Main Subject
Geophysics
Degree
MSc
Study Level
Masters
Study Mode
On Campus
A two‑year postgraduate programme designed to equip students with scientific knowledge, analytical skills, and practical tools for understanding, assessing, and managing disasters. The M.Sc. curriculum integrates foundational sciences with advanced disaster‑specific modules, including:
1) Climatic Hazard Management
2) Geophysical Hazard Management
3) Environmental Hazards
4) Disaster Management Mechanisms
5) Disaster Risk Reduction & Development Planning
6) Hydrology
7) Climatology
8) Geomorphology
9) Remote Sensing & GIS
10) Research ethics
This blend ensures students gain both theoretical grounding and applied skills relevant to contemporary disaster management challenges.
A research‑intensive programme aimed at producing scholars capable of contributing to disaster science, policy, and practice through empirical research.
Both programmes are designed to:
1) Build scientific understanding of natural and anthropogenic hazards
2) Strengthen disaster preparedness and mitigation capacities
3) Promote empirical research and data‑driven decision‑making
4) Train professionals in geospatial technologies and hazard assessment
5) Support national and regional disaster risk reduction initiatives
Programme overview
Main Subject
Geophysics
Degree
MSc
Study Level
Masters
Study Mode
On Campus
A two‑year postgraduate programme designed to equip students with scientific knowledge, analytical skills, and practical tools for understanding, assessing, and managing disasters. The M.Sc. curriculum integrates foundational sciences with advanced disaster‑specific modules, including:
1) Climatic Hazard Management
2) Geophysical Hazard Management
3) Environmental Hazards
4) Disaster Management Mechanisms
5) Disaster Risk Reduction & Development Planning
6) Hydrology
7) Climatology
8) Geomorphology
9) Remote Sensing & GIS
10) Research ethics
This blend ensures students gain both theoretical grounding and applied skills relevant to contemporary disaster management challenges.
A research‑intensive programme aimed at producing scholars capable of contributing to disaster science, policy, and practice through empirical research.
Both programmes are designed to:
1) Build scientific understanding of natural and anthropogenic hazards
2) Strengthen disaster preparedness and mitigation capacities
3) Promote empirical research and data‑driven decision‑making
4) Train professionals in geospatial technologies and hazard assessment
5) Support national and regional disaster risk reduction initiatives
Admission Requirements
Scholarships
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