Norwich University

What you'll study

This degree covers the foundations of Earth science alongside applied topics that prepare you for work in industry, government and research. Core areas include mineralogy and petrology, sedimentology and stratigraphy, structural geology, geomorphology, and Earth history. You will also take modules in field methods, geological mapping, geophysics, hydrogeology and environmental geology.

• Laboratory skills: mineral identification, thin-section petrography, geochemical analysis and sedimentological techniques.
• Fieldwork: repeated multi-day field mapping exercises, stratigraphic logging, sampling campaigns and applied field projects that emphasise observation, interpretation and reporting.
• Quantitative and technical training: Geographic Information Systems (GIS), remote sensing, basic geostatistics and data visualisation, plus exposure to industry-standard software.
• Interdisciplinary modules: environmental science, soil science, climate processes and sustainability, reflecting the overlap between geosciences and environmental management.
• Capstone/independent project: a supervised research or placement-based final-year project allowing you to apply methods to a real problem and develop professional reporting skills.

Entry requirements

Applicants should hold a recognised secondary school qualification with a strong science and mathematics background. Successful candidates typically have studied courses in mathematics, chemistry and/or physics; evidence of field or laboratory experience is an advantage.

• Academic transcripts from secondary school; some form of post-secondary preparation or college coursework is welcomed for mature applicants.
• Personal statement outlining interest in Earth sciences and any relevant practical experience (fieldwork, lab work, internships).
• References that can attest to academic ability and suitability for an applied science programme.
• Where applicable, standardised test results may be considered according to the university admissions policy; English-language proficiency evidence is required from non-native speakers.

Career prospects

Graduates go on to careers across the public and private sectors. The practical, field-focused training makes alumni suitable for roles such as geological or environmental technician, field geologist, hydrogeologist, environmental consultant, GIS/data analyst, and roles in natural resource and land management. Many graduates also move into regulatory agencies, environmental monitoring, site remediation, or pursue postgraduate study in geology, geophysics, environmental science or engineering.

• Industry: mineral and energy exploration, mining, environmental and engineering consultancies.
• Government and public sector: geological surveys, water resource management, environmental protection agencies.
• Technical and support roles: laboratory analyst, GIS specialist, field mapping technician.
• Further study and research: MSc or PhD pathways in specialised geoscience disciplines or allied environmental fields.

Why study at Norwich University

Norwich University provides a hands-on learning environment with small class sizes and close faculty supervision, enabling intensive field and laboratory training that is central to geological education. The university emphasizes experiential learning and offers opportunities for supervised independent projects and industry-linked placements, giving students direct experience of applied geoscience work.

Students benefit from modern laboratory facilities, access to mapping and GIS resources, and a curriculum that balances foundational theory with the practical skills employers seek. The university's network of alumni and regional industry contacts supports internships and graduate employment, while the collegiate atmosphere and mentorship model help students develop both technical expertise and professional competencies.