| The award | How you will study | Study duration | Course start | Domestic course fees | International course fees |
|---|---|---|---|---|---|
| MSc | Full-time | 1 year | September | find out | find out |
This course provides an advanced understanding of environmental hazards and technical expertise in risk assessment with a focus on the methods needed to analyse past hazards and forecast future ones.
Societal impact
Join the global effort to improve our resilience to environmental disasters, as outlined in the Sendai framework and endorsed by the United Nations General Assembly.
Specialist modules
Develop an advanced knowledge of how environmental hazards occur and technical expertise in risk assessment, with hands-on experience using remote sensing, numerical modelling, and a range of advanced field and laboratory analyses.
Research-led teaching
Experience research-led teaching from leading practitioners who will share their diverse expertise in the interdisciplinary science of hazard assessment and risk management.
Graduate prospects
Gain the skills required by graduate employers in hazard management, environmental consultancies, urban resilience planning, government policy, and crisis communications industries, or for further research in this evolving field.
Independent project
Complete a research project driven by your own interests in a location of your choosing, including outside of the UK.
Our society is facing unprecedented environmental hazards driven by climate change and the rapid expansion of the world population. Global and local disasters cause many fatalities and cost billions of pounds every year. Earth scientists with expertise in the specialist hazard field are able to mitigate the impact of natural hazards, such as floods, earthquakes, landslides, volcanoes and coastal erosion, and environmental hazards created by people, such as air and water pollution.
On this course you will develop an advanced understanding of environmental hazards and technical expertise in risk assessment, including crucial skills in numerical and statistical modelling, remote sensing and data analysis. There will be plenty of opportunities to gain hands-on experience using state-of-the-art field and laboratory equipment and high-level, professional software. You will handle the latest modelling methods using remote sensing data from satellites such as CubeSat constellations and Sentinel, which are used to image the surface of the Earth.
With the skills required to predict, track and mitigate disasters, you will be an attractive candidate for a range of employment and research opportunities within government, government agencies, environmental consultancies, flood risk, utility and insurance companies. Plus, you will become part of the global effort to make our society more resilient against disasters as outlined in the Sendai framework and endorsed by the United Nations General Assembly.
For tuition fees for this course, please visit our website
If you’re a home-fee paying student, you can apply for a £3,000 Master’s Excellence Scholarship from Cardiff University to help cover the cost of this programme.
For entry requirements for this course, please visit our website
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