Bournemouth University

What you'll study

This programme combines core biomedical science subjects with practical laboratory training and a substantial research-led final-year project. Year 1 typically introduces cellular and molecular biology, human anatomy and physiology, fundamentals of biochemistry and basic laboratory skills including safe handling, microscopy and data analysis. Year 2 develops these foundations with modules in microbiology, immunology, genetics, pharmacology and research methods, emphasising molecular techniques (e.g. PCR, gel electrophoresis), cell culture basics and quantitative analysis. In the final year students focus on advanced topics and options such as cancer biology, neuroscience, advanced molecular diagnostics, clinical biochemistry or public health, and complete an independent research project or dissertation that develops experimental design, statistical analysis and scientific communication.

• Core laboratory skills: sample preparation, aseptic technique, spectroscopy, chromatography, microscopy and basic molecular techniques.
• Conceptual modules: physiology, metabolism, genetics, immunology, microbiology and pharmacology.
• Research and professional skills: experimental design, laboratory data management, scientific writing, ethics, and statistics.
• Project work: an individual or small-team research project in year 3 that may be laboratory- or literature-based and aimed at answering a focused biomedical question.
• Optional/placement opportunities: elective modules or short placements with industry, clinical research organisations or public-health settings to gain applied experience.

Entry requirements

Applicants are expected to have completed secondary school qualifications with a strong emphasis on one or more science subjects. Typical routes include A levels (or international equivalent) with science(s) such as biology, chemistry, human biology or applied science, or a relevant BTEC/Level 3 qualification with substantial science content. Applicants without traditional qualifications but with relevant work experience or prior study may be considered through mature student entry. Prospective students should have a good standard of English and mathematics; specific grade requirements and accepted qualification equivalents should be checked with the university's admissions guidance.

Career prospects

Graduates of Medical Science follow a range of careers in the life sciences and healthcare sectors. Common destinations include biomedical and clinical laboratory roles, pharmaceutical and biotechnology industry positions, clinical trials and regulatory affairs, public-health and epidemiology posts, scientific technical support and sales, and research assistant roles in university or commercial laboratories. Many graduates progress to postgraduate study (MSc/PhD) or professional training; certain regulated clinical roles (for example becoming a registered Biomedical Scientist) require additional accredited training and professional registration. Transferable skills gained — practical laboratory competence, data analysis, scientific communication and project management — are also valued in alternative careers such as science policy, education and scientific publishing.

Why study at Bournemouth University

Bournemouth University places strong emphasis on applied, practice-led learning and employability. The Medical Science programme is delivered in well-equipped teaching laboratories and makes use of research-informed teaching to give students hands-on experience with contemporary techniques. Small-group teaching, supportive staff and opportunities for supervised research projects mean students can develop practical competence alongside academic knowledge. The university maintains links with local health services, research organisations and industry partners to help secure guest lectures, short placements and project collaborations that enhance professional readiness. Student support services and dedicated careers guidance help graduates plan routes into employment or further study.