University of York

What you'll study

This programme provides a balance of core natural-science training and applied modules in social and policy aspects of environmental management. In the first year you build solid foundations in ecology, environmental chemistry, earth surface processes (geomorphology), basic statistics and fieldwork techniques. Practical laboratory and field skills are emphasised from the start.

• Core topics: ecology and biodiversity, soil science, hydrology and water quality, environmental chemistry, atmospheric processes.
• Tools and quantitative skills: environmental statistics, GIS and remote sensing, data analysis and environmental modelling.
• Policy and management: environmental impact assessment, sustainability and resource management, environmental law and policy.
• Fieldwork and practicals: residential or day field courses, laboratory practicals, and skills in sampling, monitoring and laboratory analysis.
• Research project: an independent research project in the final year that projects research-led teaching into an applied or experimental investigation.

The placement variant includes a compulsory year-long professional placement between the second and final year. Placements are with employers in industry, consultancies, government agencies, conservation organisations or research groups and are supported by the university's placement team. Students returning from placement integrate practical experience into their final-year project and optional advanced modules such as advanced modelling, environmental assessment or specialist ecological techniques.

Entry requirements

Typical entry to this BSc requires strong performance in science-related qualifications. Applicants are generally expected to have A-levels (or equivalent) with good grades in at least two science or quantitative subjects; maths is highly recommended. Relevant subjects include biology, chemistry, physics, geography or geology. Where A-levels are not held, equivalent international qualifications such as the International Baccalaureate, BTEC or recognised overseas school-leaving certificates are considered.

• Subject advice: prior study in a scientific or quantitative subject is advantageous. If your background is more social-science oriented, admissions tutors will look for evidence of numeracy and practical scientific ability.
• Other requirements: universities commonly expect passes in GCSE-level English and maths (or equivalent). Non-native English speakers must meet language requirements via recognised English tests where applicable.
• Work experience and personal statement: relevant voluntary or work experience, evidence of motivation for environmental science and interest in field and laboratory work strengthen applications. Interviews or admissions tests may be used in some cases.

Career prospects

Graduates leave prepared for a wide range of environmental careers that draw on both technical and policy skills. Common pathways include roles in environmental consultancy (pollution monitoring, impact assessment), conservation and natural-resource management, water and waste management, sustainability roles within industry and local or central government, and roles in NGOs and international development organisations.

• Technical and scientific jobs: environmental scientist, hydrologist, ecologist, soil scientist, air and water quality analyst.
• Applied and advisory roles: environmental consultant, sustainability officer, planning and environmental impact assessor.
• Data and technology roles: GIS analyst, environmental modeller, remote sensing specialist.
• Further study and research: many graduates progress to MSc or PhD study in specialised environmental science, conservation, or policy-related fields.

The placement year gives graduates a competitive edge in the job market by providing workplace experience, professional networks and practical examples to draw on in job applications and interviews.

Why study at University of York

The University of York offers an interdisciplinary environment where environmental science is taught alongside strong research activity in both natural sciences and social sciences. Teaching is research-led, combining laboratory facilities, field-based training and quantitative support. Students benefit from dedicated academic staff, access to modern analytical laboratories, GIS and computing facilities, and structured support for placements and careers.

• Interdisciplinary teaching linking biophysical science with policy and management.
• Emphasis on practical and field skills with regular field courses and lab work.
• Strong placement support and industry links to help secure year-long professional experience.
• Opportunities to undertake an independent research project with academic supervision.

York's location also offers convenient access to a variety of landscapes used for study and fieldwork, and close links with regional environmental organisations and businesses provide practical opportunities for students during and after their degree.