The MSci in Environmental Sciences at the University of Exeter provides an in-depth exploration of environmental systems, combining advanced scientific study with practical, hands-on experience. It’s perfect for students who are passionate about tackling global environmental challenges and want to develop the knowledge and skills needed for a professional career in environmental research, policy, or management.
Curriculum Structure
Year 1: The first year lays a strong foundation in environmental science, introducing students to core topics such as Earth and Environmental Chemistry, Ecology and Evolution, and Introduction to Environmental Systems. Students gain practical experience through laboratory sessions and introductory field trips, building essential skills in observation, data collection, and analysis.
Year 2: In the second year, students deepen their understanding of environmental processes and systems. Modules such as Environmental Geoscience, Climate Change Science, and Biodiversity and Conservation allow students to explore interactions within ecosystems and the impacts of human activity. Fieldwork and group projects provide hands-on experience, enabling students to apply theory to real-world environmental challenges.
Year 3: The third year focuses on advanced environmental topics and professional experience. Students study modules like Sustainable Resource Management, Environmental Modelling, and Pollution and Remediation, while also engaging in research-led projects. Opportunities for internships or placement experiences give students insight into environmental careers and industry practices.
Year 4: The final year emphasizes independent research and specialization. Students complete a Dissertation Project on a topic of their choice, supported by advanced seminars and laboratory work. Additional modules, such as Environmental Policy and Management, help prepare students for professional roles or further academic study.
Focus Areas: Earth and Environmental Chemistry, Ecology and Evolution, Environmental Systems, Environmental Geoscience, Climate Change Science, Biodiversity and Conservation, Sustainable Resource Management, Environmental Modelling, Pollution and Remediation, Environmental Policy, Independent Research.
Learning Outcomes: Graduates will have a comprehensive understanding of environmental science principles, practical field and laboratory skills, expertise in data analysis and environmental modelling, and the ability to communicate complex environmental issues effectively.
Professional Alignment (Accreditation): The program aligns with the standards of the Institution of Environmental Sciences (IES), supporting pathways to professional accreditation and membership.
Reputation (Employability Rankings): The University of Exeter is highly regarded for environmental sciences, with strong research-led teaching and graduate employability in sectors such as environmental consultancy, conservation, and policy.
The MSci in Environmental Sciences at Exeter emphasizes learning by doing, giving students the chance to apply their knowledge in real-world settings from the very first year. Through a mix of laboratory work, field studies, and research projects, students develop practical skills that complement their theoretical understanding. The program also encourages teamwork, problem-solving, and independent research, ensuring students graduate ready to tackle professional environmental challenges.
Hands-on learning opportunities include:
Field Trips and Residential Courses: Students visit diverse environments, from coastal sites in Cornwall to inland ecosystems, to conduct surveys, collect samples, and practice mapping and observational techniques.
Laboratory Work: Access to fully equipped labs for geochemistry, ecology, and environmental analysis, enabling students to carry out experiments and analyze real-world samples.
Research Projects: Opportunities for independent or supervised projects, including data collection, statistical analysis, and scientific reporting.
Group Work and Collaborative Projects: Team-based assignments and fieldwork enhance communication, planning, and problem-solving skills.
Specialist Software: Training in GIS, environmental modelling tools, and statistical software to analyze and visualize environmental data.
Internships and Professional Placements: Optional placements provide insight into industry practices and help students build professional networks.
Library and Digital Resources: Exeter’s extensive collections, online journals, and databases support research and learning across all areas of environmental science.
Research Institutes and Centers: Engagement with centers like the Environment and Sustainability Institute (ESI) offers students exposure to cutting-edge research and applied environmental projects.
These experiences ensure that students graduate with both the knowledge and practical expertise to make an impact in environmental research, policy, or industry.
Graduates of the MSci in Environmental Sciences leave the program well-prepared to make a real impact in the environmental sector. The combination of advanced scientific knowledge, practical fieldwork, and independent research equips students for careers such as Environmental Consultant, Sustainability Consultant, Marine Biologist, Climate Change Analyst, Environmental Manager, Nature Conservation Officer, Environmental Policy Advisor, Wildlife Ecologist, Recycling Officer, or Environmental Education Officer.
Students also benefit from a range of university support and industry connections:
Career Zone: Provides tailored career guidance, CV and interview workshops, networking opportunities, and access to employer events to help students secure relevant positions.
Employment Stats: A high percentage of Exeter environmental science graduates secure graduate-level employment or further study within 15 months of graduation, reflecting the program’s strong employability focus.
Industry Partnerships: Collaboration with organizations such as the Environment and Sustainability Institute (ESI) and leading environmental consultancies provides students with insights into professional practice and potential work placements.
Accreditation Value: The program aligns with the Institution of Environmental Sciences (IES) standards, supporting pathways to professional membership and recognition.
Graduation Outcomes: Exeter graduates consistently achieve high-class degrees and leave with the practical skills and research experience needed to thrive in environmental careers.
Further Academic Progression:
Graduates looking to expand their expertise can pursue:
Master’s Programs: Advanced degrees in Environmental Science, Climate Change, Sustainability, or related areas at Exeter or other universities.
Professional Development: Short courses, certifications, or training in specialized areas such as environmental policy, GIS, or conservation.
Doctoral Research: PhD opportunities in environmental science or related fields allow graduates to contribute to pioneering research and develop as leading experts in their chosen area.
This program ensures students finish with both the theoretical knowledge and practical experience to excel in careers across environmental science, policy, research, and consultancy.



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