University of Liverpool

What you'll study

This programme covers the biology of marine organisms, the ecological processes that shape marine and coastal systems, and the techniques used to study them. Teaching combines lectures, practical laboratory classes, statistics and data analysis, coastal and offshore fieldwork, and an independent research dissertation.

• Core biological sciences: cell and organismal biology, animal physiology, reproduction and developmental biology applied to marine taxa.
• Ecology and environment: community and population ecology, marine conservation, coastal processes, estuarine ecology and ecosystem functioning.
• Physical and chemical oceanography: basics of ocean circulation, water chemistry and how physical drivers influence biological patterns.
• Practical and analytical skills: laboratory techniques, molecular methods, microscopy, statistical methods for ecology, GIS and data visualisation.
• Fieldwork: hands-on surveys of intertidal, subtidal and coastal habitats, boat-based sampling, species identification and habitat assessment.
• Research project: an independent final-year dissertation or field/lab project supervised by academic staff, which develops experimental design, data collection and scientific communication skills.
• Optional modules and experience: opportunities to take modules in fisheries science, marine pollution, aquaculture, or marine policy, and to undertake a placement year or study abroad to gain vocational experience.

Entry requirements

Applicants are expected to have a strong background in science. Typical entry routes include A-levels, International Baccalaureate, BTEC or recognised international qualifications. Admissions consider the content of taught subjects as well as overall achievement.

• Subject background: A-level or equivalent in Biology is normally required or highly recommended. Complementary subjects such as Chemistry, Mathematics, Physics or Geography are advantageous.
• Alternative qualifications: Relevant BTEC diplomas, Access to HE qualifications, or international school leaving certificates are considered; applicants should demonstrate adequate scientific and numeracy preparation.
• English language: Non-native English speakers will need to meet the university's English language requirements (e.g. recognised English language tests or qualifications).
• Experience and personal statement: demonstrated interest in marine or environmental science via work experience, volunteering, field courses or extracurricular activities strengthens an application.

Career prospects

Graduates from Marine Biology programmes move into a wide range of careers in the public, private and third sectors, or continue to postgraduate study. The degree provides a strong platform for both research and applied roles.

• Marine and coastal ecology research (laboratory- or field-based)
• Environmental consultancy and impact assessment
• Marine conservation and protected area management with NGOs or government agencies
• Fisheries science and stock assessment, and roles in aquaculture
• Environmental monitoring and pollution assessment
• Science communication, education and outreach
• Policy, marine spatial planning and environmental regulation
• Further academic study: MSc and PhD programmes in marine science, ecology, conservation biology and related fields

Why study at University of Liverpool

The University of Liverpool offers a science-focused marine biology education within a research-active environment. Students benefit from practical training in well-equipped laboratories and structured field courses that make use of coastal and estuarine sites within reach of the campus. Teaching staff are engaged in marine and environmental research, providing opportunities for students to join research projects and develop specialist skills.

• Practical emphasis with routine fieldwork, laboratory classes and an independent research project to build employable skills.
• Access to specialist teaching facilities and support for quantitative and molecular techniques relevant to modern marine biology.
• Opportunities to undertake placements or study abroad to gain applied experience in conservation, industry or research settings.
• Strong pathways to postgraduate research and established career support to help graduates move into scientific, policy or industry roles.