Bournemouth University

What you'll study

This programme begins with a foundation year that develops core study skills and essential biological knowledge, then progresses to diploma-level biomedical science modules emphasizing practical laboratory techniques and applied human biology. Teaching combines lectures, small-group tutorials and extensive laboratory practicals. Typical topics include:

• Foundation modules: academic study skills, introductory cell biology, basic chemistry for life sciences, numeracy and statistics, and an introduction to laboratory safety and practical skills.
• Core biomedical science modules: human anatomy and physiology, cell and molecular biology, biochemistry, microbiology and infection, immunology, and genetics.
• Laboratory and analytical skills: microbiological methods, molecular techniques (PCR, gel electrophoresis), histology and microscopy, clinical biochemistry assays, haematology techniques, quality assurance and biosafety.
• Research and data skills: experimental design, laboratory data analysis and interpretation, statistics for the biosciences, and a research project or extended practical placement-focused study.
• Professional and contextual modules: ethics and professional practice in biomedical settings, communication skills, employability and career planning, and preparation for progression to honours degree study or vocational roles.

Assessment

Assessment methods typically include practical laboratory reports, written exams, coursework portfolios, project reports and presentations. Emphasis is placed on demonstrating practical competence and accurate data interpretation.

Entry requirements

Entry generally requires qualifications equivalent to UK A-levels or a Level 3 vocational qualification such as a BTEC National Diploma, together with GCSEs in English and Mathematics (or recognised equivalents). Applicants without traditional qualifications are considered if they have an appropriate Access to Higher Education qualification or relevant work experience. As this programme includes laboratory work and, where applicable, external placements, applicants should be prepared to undergo standard pre-placement checks such as occupational health screening and a Disclosure and Barring Service (DBS) check if required.

Typical offers will specify science units or equivalent study in biology, chemistry or a related subject at Level 3, but the foundation year exists to support those who need additional preparation in these areas. International applicants will need an approved English language qualification at a level appropriate for undergraduate study.

Career prospects

Graduates with an FdSc in Biomedical Science may pursue a range of laboratory-based and support roles across healthcare, research and industry. Common early career destinations include:

• laboratory technician or research assistant in university, NHS or commercial research labs
• clinical trials technician or support roles in the pharmaceutical and biotech sectors
• medical laboratory assistant or assistant practitioner roles in pathology departments (with role-specific training and employer requirements)
• quality control or technical roles in biomedical manufacturing and diagnostics companies
• further study: progression to an honours degree (BSc) in biomedical science or related subject, postgraduate taught courses or professional training pathways that lead to HCPC registration where applicable.

The programme emphasises employability skills and practical competence to support progression into both employment and further academic study.

Why study at Bournemouth University

Bournemouth University offers a practical, student-centred approach with modern laboratory facilities and experienced academic staff who combine teaching with applied research. The integrated foundation year supports wider access and prepares students for the technical and academic demands of biomedical study, while small-group teaching and regular laboratory sessions build hands-on competence. The university’s emphasis on employability means students receive support with placements, industry links and career planning to help them move into laboratory roles or continue to honours-level study. Students also benefit from interdisciplinary opportunities across health, science and technology subjects and from student support services that assist academic development and wellbeing.