Keele University

What you'll study

This programme combines physical geography and geology across an integrated masters structure, building from foundational topics to advanced, research-led modules. Early stages cover core principles such as geomorphology, climatology, surface processes, introduction to Earth materials, stratigraphy and basic field skills. Laboratory and quantitative skills are introduced through sediment analysis, mineralogy and introductory geochemistry, plus training in GIS and remote sensing.

In later stages you study advanced subjects including structural geology and field mapping, sedimentary systems, palaeoenvironmental reconstruction, hydrogeology, applied geochemistry and Quaternary environmental change. Research methods, statistics for earth sciences and numerical techniques underpin the degree, and you have opportunities to take optional modules in topics such as climate change impacts, soils and biogeochemistry, natural hazards, and environmental management.

A key feature is intensive field training: day trips to local sites and at least one residential field course within the UK or abroad, where you practise mapping, logging and sample collection. The integrated masters culminates in a substantial independent research project or dissertation framed around original data collection and analysis, often using the university's specialist labs and GIS facilities.

Entry requirements

Applicants are normally expected to have strong qualifications in science subjects. Typical entrants will present relevant A-levels (for UK applicants) or an equivalent secondary school qualification, ideally including geology, geography, earth sciences, physics, chemistry or mathematics. International applicants should hold an equivalent qualification and meet English language requirements.

Applicants with prior undergraduate study in a related subject may be considered for entry to the integrated masters pathway subject to satisfactory academic performance. Because fieldwork is an important element of the programme, applicants should be able to participate in residential field courses and practical outdoor activities.

Career prospects

Graduates of this integrated masters are well placed for careers where combined geological and physical geography skills are valued. Common destinations include environmental and geological consultancy, hydrogeology and groundwater management, geomorphology and coastal management, GIS and spatial analysis roles, environmental impact assessment and land-use planning. Employers span private consultancies, government agencies, water and utilities companies, conservation organisations and the energy sector.

The research-led masters prepares students for doctoral study and academic careers, and the technical and analytical training supports roles in laboratories, analytical services and data-driven industry positions. Keele’s careers support and links with regional employers also help graduates transition into professional training schemes and chartered pathways where appropriate.

Why study at Keele University

Keele offers a campus-based experience with strong provision of laboratory facilities, computer and GIS suites and dedicated space for sample preparation and geochemical analysis. The School emphasises field-based learning and provides multiple residential fieldwork opportunities that expose students to a range of UK and international geological settings.

Teaching is research-informed, with staff active in areas such as Quaternary science, sedimentology, geochemistry and landscape dynamics, which feeds directly into project topics and supervision. Keele also promotes interdisciplinary study across environmental science and sustainability, giving students broader employability skills. Small-group teaching in practicals and fieldwork helps develop hands-on competence and independent research capabilities that employers and postgraduate programmes expect.