MSc Environmental Futures: Sustainable Systems
Environmental Futures (MSc) provides multidisciplinary knowledge and expertise on the complex and challenging geophysical and environmental issues facing communities across the globe. It focuses on the dynamism of the Earth’s surface, atmosphere and hydrosphere, and considers their influence on processes that sustain life at a wide range of spatial and temporal scales.
The programme allows students to organise their studies towards key areas of interest including: climate, risk and land use change; developing in-depth and critical understanding of contemporary global issues in crustal and surface interactions; and biogeochemical interactions in organic and inorganic systems. Students will be trained in cutting-edge analytical equipment, computational methods and advanced field techniques. The programme is ideal for those keen to pursue a professional career or research in the study of geophysical and environmental challenges.
WHY THIS PROGRAMME
- Evaluate contempory environmental and geophysical issues
- Engage with current sustainability challenges
- Work collaboratively with local or international partners
- Learn from leading researchers through a diverse range of teaching modes and environments
- Develop key applied skills through research-intensive training
- Demonstrate attainment via innovative assessments
CAREER PROSPECTS
This programme is 'challenge-led' and interdisciplinary, equipping students with skills to work across sectors to address environmental issues. Through the diverse subjects offered and the multi-prongued programme approach, students can tailor their learning direction to gain knowledge, skills and experience to be well qualified for positions in:
- Evironmental management, protection and restoration
- Environmental governance and planning
- Academia
- International non-governmental organisations.
Environmental Futures (MSc) provides multidisciplinary knowledge and expertise on the complex and challenging geophysical and environmental issues facing communities across the globe. It focuses on the dynamism of the Earth’s surface, atmosphere and hydrosphere, and considers their influence on processes that sustain life at a wide range of spatial and temporal scales.
The programme allows students to organise their studies towards key areas of interest including: climate, risk and land use change; developing in-depth and critical understanding of contemporary global issues in crustal and surface interactions; and biogeochemical interactions in organic and inorganic systems. Students will be trained in cutting-edge analytical equipment, computational methods and advanced field techniques. The programme is ideal for those keen to pursue a professional career or research in the study of geophysical and environmental challenges.
WHY THIS PROGRAMME
- Evaluate contempory environmental and geophysical issues
- Engage with current sustainability challenges
- Work collaboratively with local or international partners
- Learn from leading researchers through a diverse range of teaching modes and environments
- Develop key applied skills through research-intensive training
- Demonstrate attainment via innovative assessments
CAREER PROSPECTS
This programme is 'challenge-led' and interdisciplinary, equipping students with skills to work across sectors to address environmental issues. Through the diverse subjects offered and the multi-prongued programme approach, students can tailor their learning direction to gain knowledge, skills and experience to be well qualified for positions in:
- Evironmental management, protection and restoration
- Environmental governance and planning
- Academia
- International non-governmental organisations.
