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Each year, natural disasters impact approximately 1 in 40 individuals worldwide. Every country faces potential threats, making natural hazard and risk science one of the most rapidly expanding research fields within Earth and Climate Sciences. Current studies emphasize the importance of analyzing how various hazards may overlap geographically and temporally, as well as how their effects can ripple across global scales. This program provides specialized training in hazard prediction and evaluation, with particular attention to multi-hazard scenarios and the application of scientific knowledge to enhance community resilience through policy. The MSc in Geophysical Hazards explores the mechanisms that transform natural phenomena—such as volcanic eruptions, earthquakes, landslides, floods, tsunamis, and hurricanes—into potential threats. It serves as a foundational course for diverse career paths in hazard research, spanning academic investigation to practical implementation in commercial and humanitarian contexts.
The curriculum emphasizes both quantitative and qualitative approaches to hazard modeling and assessment, highlighting how understanding underlying processes is crucial for effective emergency response, community preparedness, and the development of mitigation measures.