University of Hull

What you'll study

The programme covers the physical, chemical and biological processes that shape the Earth and its environments. Early years build core knowledge in mineralogy, petrology, sedimentology, structural geology, palaeontology, geomorphology, hydrogeology and introductory geochemistry, alongside fundamentals of environmental science such as ecosystems, pollution processes and climate change.

Practical training is a major feature: regular fieldwork (coastal, riverine and urban settings), laboratory classes (petrography, geochemical analysis, soil and water testing) and training in geospatial techniques (GIS, remote sensing, mapping) develop technical competence. Statistical and modelling methods for environmental data are taught alongside computing skills for data handling and visualisation.

The MSci route extends these themes with advanced and specialist modules — for example advanced geochemistry, tectonics and basin analysis, environmental risk assessment and climate systems — and places greater emphasis on independent research. Both degrees culminate in a substantial individual project or dissertation that develops research design, data collection and scientific communication skills.

• Core subjects: mineralogy, petrology, sedimentology, structural geology, geomorphology, palaeontology
• Environmental modules: hydrogeology, pollution and remediation, environmental impact assessment, climate change and ecosystems
• Analytical skills: geochemical laboratory methods, soil and water analysis, statistics, GIS and remote sensing
• Practical experience: multi-day field courses, laboratory projects and data-led coursework
• Final year project: independent research project (BSc) or an extended research thesis and advanced training (MSci)

Entry requirements

Applicants are expected to demonstrate attainment in science and numeracy. Typical applicants hold A-levels (or equivalent) including at least one science or mathematics subject. The programme also welcomes candidates with relevant BTEC qualifications, an Access to Higher Education diploma, or an International Baccalaureate, alongside appropriate GCSEs including English and mathematics.

Suitable preparation includes subjects such as geography, geology, chemistry, physics, environmental science or mathematics. Mature applicants and those with work or practical experience in environmental, surveying or laboratory contexts are encouraged to apply; selection may consider personal statements and references rather than relying solely on specific qualifications. Check the University of Hull admissions pages for precise, up-to-date entry guidance and any subject-specific requirements.

Career prospects

Graduates enter a wide range of roles in environmental and geoscience sectors. Typical career destinations include environmental and engineering consultancy, hydrogeology and water resource management, geotechnical and site investigation, contaminated land assessment and remediation, environmental regulation and planning, renewable energy and carbon management, and mineral and resource exploration.

Many graduates also progress to postgraduate study (MSc, MRes, PhD) in specialised areas such as applied geology, environmental monitoring, climate science or geochemistry. The practical, analytical and project-management skills developed on the programme are also valued in wider sectors such as GIS and spatial analysis, science communication, conservation organisations and government agencies.

Why study at University of Hull

The University of Hull provides strong practical training in field and laboratory techniques supported by specialist facilities and staff with research-led expertise in areas such as sedimentary systems, coasts and estuaries, environmental geochemistry and climate-related processes. The campus location close to diverse coastal and river environments offers accessible fieldwork opportunities that complement taught modules.

Students benefit from a supportive learning environment with small-group practical classes, opportunities for research collaborations and employer links that can help secure placements or project collaborations. The programme’s balance of geoscience fundamentals and applied environmental skills prepares graduates for both professional practice and further academic study.