Bournemouth University

What you'll study

This honours degree provides a broad grounding in the biological sciences with an emphasis on practical laboratory and field skills. Early modules typically cover fundamental topics such as cell biology, biochemistry, genetics, microbiology and organismal physiology, together with core academic skills including scientific communication and experimental design.

• Core laboratory and technical skills – microscopy, aseptic technique, molecular biology methods (DNA extraction, PCR, gel electrophoresis), basic bioinformatics and statistical analysis.
• Molecular and cellular biology – gene expression, cell structure and function, metabolic pathways and enzymology.
• Ecology and conservation – population ecology, community dynamics, habitat assessment and species conservation, with opportunities for fieldwork on the Dorset coastline and local habitats.
• Microbiology and immunology – microbial diversity, pathogenic mechanisms, environmental microbiology and host defence mechanisms.
• Research project – an independent research project or dissertation in your final year that develops experimental planning, data analysis and scientific reporting.
• Optional modules and specialisms – depending on the pathway and availability, options may include plant biology, animal physiology, ecotoxicology, molecular diagnostics, bioinformatics and applied conservation techniques.
• Professional development – employability-focused modules, presentation skills, project management and opportunities for placements or work-based learning to build professional experience.

The programme balances scheduled lectures with laboratory classes, computing workshops and fieldtrips. Assessment is typically a mixture of written exams, practical reports, coursework, presentations and the final research project.

Entry requirements

Bournemouth University considers a range of academic and experiential routes into the BSc Biological Sciences degree. Applicants are expected to demonstrate suitable science background and readiness for degree-level study.

• Academic qualifications – successful applicants normally hold a recognised secondary school qualification or equivalent with science subjects; biology or a closely related science is highly recommended.
• Vocational qualifications – relevant BTECs or other recognised vocational qualifications are considered, often in combination with A-levels or similar study.
• Alternative routes – mature students, foundation year holders and those with relevant work or laboratory experience are encouraged to apply; admissions tutors review applications on an individual basis.
• English language – if English is not your first language, you will need to demonstrate an appropriate level of English proficiency through an accepted qualification.

Admissions may also take into account personal statements, references and any relevant practical experience. Applicants are advised to check Bournemouth University's official entry guidance for the most up-to-date specific requirements for their qualification type and country.

Career prospects

Graduates from this programme move into a wide range of roles across industry, public sector and research. The strong practical emphasis and project experience help prepare students for both immediate employment and postgraduate study.

• Laboratory technician or research assistant roles in academic, clinical or industrial labs
• Environmental and ecological consultancy, including habitat assessment and conservation planning
• Biotechnology and pharmaceutical industry positions, including quality control and regulatory affairs
• Microbiology and public health laboratory roles in governmental or commercial settings
• Scientific sales, technical support and product development roles
• Further study: MSc programmes, professional training (e.g. PGCE for teaching) and doctoral research (PhD)

The programme’s placement and professional development components are designed to enhance employability and help secure graduate roles or competitive postgraduate opportunities.

Why study at Bournemouth University

Bournemouth University offers a student-centred, practical approach to biological sciences with modern laboratory facilities and a focus on employability. Teaching emphasises hands-on techniques, fieldwork and applied project work, reflecting the university’s commitment to linking academic learning with professional practice.

• Practical facilities – access to well-equipped teaching laboratories and computing suites for bioinformatics and statistical analysis on the Talbot Campus.
• Fieldwork opportunities – proximity to diverse coastal and terrestrial habitats in Dorset provides real-world settings for ecological and conservation work.
• Industry links and placements – strong engagement with local and national employers, offering placement, internship and collaborative project opportunities that enhance career readiness.
• Supportive learning environment – small-group practical sessions, research-led teaching and academic support to develop laboratory competence and independent research skills.

Overall, the BSc (Hons) Biological Sciences at Bournemouth University is suited to students who want a balanced degree that prepares them for practical roles in science or for further academic study.