Society is experiencing higher frequencies of natural catastrophes, including those due to hurricanes, tornadoes, floods, storm surge, volcanic eruptions, landslides, hail, wildfires and earthquakes. As many of these disasters are sensitive to a rapidly changing climate, their impacts are outpacing society’s ability to achieve resilience within the engineering, architecture, public health, business and governance sectors. The World Bank estimates the costs of these catastrophes at $184 billion per year, with the 2011 Fukushima tsunami and nuclear disaster alone costing $200 billon.
The University of Miami’s Rosenstiel School of Marine, Atmospheric, and Earth Science conducts world-class research on the earth systems responsible for these disasters, including the atmosphere, the ocean and solid earth. To meet society’s need for a skilled workforce, this program offers an educational opportunity for students seeking to fill positions offered by the private and civil sectors to assess risks and exposures associated with natural hazards. The goal is to provide students with the skills and knowledge necessary to understand earth system natural hazards (atmospheric, oceanic, geological and hydrological) and the data analytics tools required to assess the associated risks (e.g. statistics, data management, programming, GIS, and remote sensing). The strategic selection of electives exposes students to legal and regulatory knowledge, communication and media training, and the development of project management skills, all designed to prepare them to address these challenges as future global leaders. This degree will prepare its graduates for employment in several sectors, including insurance and re-insurance industry, architecture, emergency management, engineering, public health and science.
The University of Miami’s Rosenstiel School of Marine, Atmospheric, and Earth Science conducts world-class research on the earth systems responsible for these disasters, including the atmosphere, the ocean and solid earth. To meet society’s need for a skilled workforce, the Natural Hazards and Catastrophes program offers an educational opportunity for students seeking to fill positions offered by the private and civil sectors to assess risks and exposures associated with natural hazards. The goal is to provide students with the skills and knowledge necessary to understand earth system natural hazards (atmospheric, oceanic, geological and hydrological) and the data analytics tools required to assess the associated risks (e.g. statistics, data management, programming, GIS, and remote sensing).
Fall
Course Title
Credit Hours
RSM 612
or EVR 624Statistics for Marine Scientists
or Statistics and Data Analysis for Environmental Science and Policy3
EVR 620
Environmental Law and Policy *
3
MGS 635
Geological Hazards
3
EVR 633
Decision Analysis: Natural Hazards and Catastrophes
3
RSM 700
Research Ethics
0
Credit Hours
12
Spring
Course Title
Credit Hours
OCE 637
Natural Hazards: Atmosphere and Ocean
3
MGS 634
Hydrological Hazards
3
EVR 660
& EVR 661Introduction to Marine Geographic Information Systems
and Introduction to Marine Geographic Information Systems - Laboratory 1 3
RSM 613
Statistical Modeling of Extreme and Rare Events *
3
Credit Hours
12
Summer
Course Title
Credit Hours
OCE 805
MPS Internship 2
2-6
Credit Hours
6
Total Credit Hours
30
* or other approved Elective 1 Can be taken in Fall or Spring 2 Enrollment in 2 - 6 internship credits required during a student's time in MPS. Completion of less than 2 internship credits must be approved by MPS Director. Students may enroll in more than 6 internship credits with the approval of the Program Director. Typically 2 semesters are needed to complete all aspects of the internship phase of MPS. Students may request elective courses with the consent of their Academic Advisor. Refer to the course schedules for a list of classes available on the Rosenstiel School campus. The course offerings may vary from semester to semester. For more details, visit the UM Academic Bulletin.Elective Options