University of Lancaster

What you'll study

The programme combines core Earth science disciplines—such as sedimentology, stratigraphy, structural geology, geochemistry, geophysics and palaeontology—with environmental topics including climate science, hydrogeology, pollution, ecosystem processes and environmental management. Teaching methods include lectures, laboratory practicals, computer-based modelling, GIS and remote sensing, and extensive fieldwork to develop observational and mapping skills.

The integrated masters structure grows progressively more research-focused: early years provide foundational knowledge and quantitative skills (physics, chemistry, mathematical modelling, data analysis), middle years introduce specialist options (stable isotopes, palaeoenvironmental reconstruction, sedimentary basin analysis, environmental monitoring), and the final year centres on advanced modules and an independent MSci research project supervised by academic staff. Practical training covers analytical techniques, instrumentation, sampling protocols, laboratory safety and professional skills such as scientific communication and project management.

Entry requirements

Applicants are normally expected to have strong science A-levels (including at least one relevant subject such as geology, chemistry, physics, biology or mathematics) or equivalent international qualifications. Typical offers for this integrated masters are competitive; applicants with other qualifications (BTEC, IB, country-equivalent diplomas) should demonstrate strong performance in relevant science and quantitative subjects.

Students who begin on a BSc Earth or Environmental Science degree at Lancaster and meet the progression criteria may transfer to the MSci route; entry to the research-focused final year usually requires a good honours-level performance. All applicants whose first language is not English will need to meet the university's English language requirements.

Career prospects

Graduates of the MSci Earth and Environmental Science programme are well placed for careers that require a combination of field, laboratory and quantitative skills. Typical destinations include environmental and geological consultancy, water and waste management, natural resource companies (mining, energy), government and regulatory agencies, conservation organisations and NGOs, and climate and environmental research institutes. The degree also provides a strong foundation for PhD study and roles in environmental data analytics, GIS, hydrological modelling and environmental impact assessment.

Because of the programme's emphasis on practical techniques, data analysis and a substantial independent research project, graduates are attractive to employers seeking technically competent scientists who can design studies, manage datasets, interpret environmental risks and communicate findings to specialist and non-specialist audiences.

Why study at University of Lancaster

Lancaster offers research-led teaching across Earth and environmental sciences, with active research groups in geochemistry, sedimentology, palaeoecology, climate processes and hydrogeology. Students benefit from modern laboratory facilities, computing suites for modelling and GIS, and access to the Lancaster Environment Centre, which fosters interdisciplinary work between natural and social sciences.

The university's location provides ready access to varied field sites in the UK for teaching and research, and staff maintain links with industry, government bodies and research councils that support placement opportunities and collaborative projects. Small-group practicals and close supervision of final-year projects give students hands-on experience and direct engagement with current research questions in Earth and environmental science.