Cranfield University

What you'll study

This MSc covers the drivers, mechanisms and impacts of global environmental change and how these changes affect human and planetary health. Teaching combines core modules on Earth system science and biogeochemical cycles with applied training in environmental monitoring, geospatial analysis, statistical modelling and risk assessment.

• Core topics: climate system dynamics, biodiversity change, land–atmosphere–ocean interactions, planetary boundaries and tipping points.
• Quantitative and technical skills: environmental data analysis, environmental modelling, remote sensing and GIS, designing and interpreting monitoring programmes.
• Health and policy perspectives: exposure pathways, ecosystem services and health, environmental epidemiology concepts, environmental policy, governance and adaptation strategies.
• Research project: an independent dissertation or industry-linked project that applies methods learned in taught modules to a specific problem in global environmental change and planetary health.

Teaching methods typically include lectures, seminars, laboratory and field practicals, computer modelling classes, case studies and group work. Assessment is by a mixture of coursework, technical reports, presentations and the MSc research project.

Entry requirements

Applicants are normally expected to hold a good honours degree (equivalent to a UK second-class upper or above) in a relevant discipline such as environmental science, geography, ecology, earth or atmospheric sciences, biology, public health, or engineering. Exceptional candidates with substantial relevant professional experience may also be considered.

• Background: demonstrable quantitative skills and some exposure to environmental or biological systems are advantageous.
• English language: applicants whose first language is not English will need to meet the university's English language requirements (typical postgraduate level tests such as IELTS or equivalent are accepted).
• Application documents: academic transcripts, a personal statement outlining relevant experience and interests, and references are required. Candidates proposing an industry project should indicate any partner organisation involvement.

Career prospects

Graduates go on to roles in environmental consultancy, governmental and intergovernmental agencies, public health organisations, NGOs and the private sector. Typical job titles include environmental consultant, climate or health risk analyst, policy advisor, sustainability manager, data analyst for environmental monitoring, and researcher or PhD candidate in environmental health and climate science.

The programme’s combination of technical skills and policy awareness also prepares graduates for roles that require translating scientific evidence into management decisions, such as adaptation planning, environmental assessment, and corporate sustainability strategy.

Why study at Cranfield University

Cranfield’s strengths in applied environmental science and engineering make it well suited to a programme on global environmental change and planetary health. The university offers strong links to government, industry and research organisations, providing opportunities for applied projects and professional engagement.

• Applied focus: hands-on laboratory, field and modelling training tailored to real-world environmental problems.
• Specialist facilities: access to environmental laboratories, monitoring equipment and computing resources for geospatial and statistical analysis.
• Interdisciplinary expertise: teaching and supervision from staff with backgrounds in earth and environmental science, epidemiology, policy and engineering.
• Industry connections: opportunities for dissertation projects with external partners, helping to develop practical experience and professional networks.

The programme is designed for those who want to apply rigorous science and quantitative methods to the complex challenges at the interface of planetary-scale environmental change and human health.