Cranfield University

What you'll study

The programme combines core soil science theory with laboratory, field and modelling techniques. Teaching covers physical, chemical and biological properties of soils and how these control water, nutrient and pollutant behaviour. You will study soil formation and classification, soil–plant interactions, soil hydrology, carbon and nutrient cycling, and soil degradation and remediation.

• Core modules – soil physics (structure, porosity, water retention and transport), soil chemistry (pH, cation exchange, sorption), and soil biology (microbial processes and biodiversity).
• Specialist modules – contaminated land assessment and remediation, soil–water interactions and catchment processes, precision agriculture and nutrient management, and pedology/soil mapping.
• Analytical and practical skills – laboratory methods for texture, nutrient and contaminant analysis, in situ field measurements, geotechnical testing where relevant, and GIS and statistical analysis for spatial datasets.
• Research project – an independent, substantial research project or industry-linked placement that allows you to apply techniques learned to a real-world problem. Projects typically involve experimental work, data analysis and a written dissertation.

Teaching methods include lectures, practical classes, fieldwork, computer workshops and project supervision. Assessment is usually by a mix of coursework, practical reports, examinations and the dissertation.

Entry requirements

Applicants are normally expected to hold a good honours degree (2:1 or international equivalent) in a relevant subject such as soil science, environmental science, agriculture, geography, earth sciences or engineering. Candidates with a strong 2:2 plus relevant professional experience may also be considered.

Relevant background knowledge in basic chemistry, biology and quantitative methods is helpful. Applicants whose first language is not English will need to meet the university's English language requirements (typically an IELTS or approved equivalent at a level appropriate for postgraduate study).

Professional applicants may be considered on the basis of relevant work experience and prior learning; international applicants should demonstrate comparable academic standing to UK degrees.

Career prospects

Graduates go on to careers in environmental and agricultural sectors, working for consultancies, government agencies, research institutes, NGOs and industry. Typical roles include:

• Soil scientist or specialist in environmental and agricultural consultancies
• Contaminated land assessor and remediation project manager
• Soil surveyor and land-use planner for government or conservation bodies
• Research scientist or technical specialist in universities, research centres or industry R&D
• Advisory roles in precision agriculture, nutrient management and sustainable land management

The combination of laboratory, field and modelling skills developed on the course is valued for roles involving monitoring, regulation, land management planning and applied research.

Why study at Cranfield University

Cranfield has a long tradition of applied land and environmental research and offers specialist facilities for soil and field experimentation. The course emphasises practical skill development, with hands‑on laboratory training, dedicated field sites and access to instrumentation for physical, chemical and biological analysis.

Students benefit from strong links with industry, regulators and research organisations, which support applied project opportunities and improve employability. Small cohort sizes and focused supervision mean personalised support for your research project and professional development. Cranfield's applied orientation makes it a good choice for those seeking technical expertise to work on real-world soil and land-management challenges.