Keele University

What you'll study

The programme delivers a focused curriculum covering the central areas of modern biomedical science, combining taught modules with laboratory classes and a research-focused project. Typical modules include:

• Human Physiology and Pathophysiology – foundations of organ systems and mechanisms of common disease processes.
• Molecular and Cellular Biology – DNA, RNA and protein biology, gene expression and molecular techniques such as PCR and electrophoresis.
• Immunology and Infection – immune system function, host–pathogen interactions and principles of microbiology.
• Clinical Biochemistry and Haematology – laboratory measurement of biomarkers, interpretation and quality assurance.
• Laboratory Techniques and Practical Skills – core wet-lab skills, aseptic technique, microscopy, sample handling and safe working practices.
• Statistics and Research Methods – experimental design, data analysis, statistics relevant to biomedical research and evidence appraisal.
• Research Project or Extended Practical – an independent laboratory or literature-based project that consolidates skills and encourages critical analysis.

Teaching typically combines lectures, small-group seminars, hands-on laboratory sessions and supervised project work. Assessment uses a mix of practical reports, written exams, presentations and a project dissertation. The programme is structured to be intensive and vocational, enabling progression to MSc-level study or entry-level roles in laboratories and industry.

Entry requirements

Applicants are expected to hold an undergraduate degree from a recognised university. Typical offers are aimed at graduates with a degree in a biological, biomedical or closely related subject; applicants from other disciplines may be considered where they can demonstrate relevant experience or preparatory study. Specific entry considerations include:

• A UK honours degree (or international equivalent) — candidates with a lower-class degree plus relevant experience may be considered on a case-by-case basis.
• Prior study in life sciences (for example, modules in cell biology, biochemistry or physiology) is advantageous for direct entry; conversion applicants without substantial life-science backgrounds should detail relevant work, voluntary experience or short courses.
• Evidence of numeracy and ability to handle quantitative data; previous modules in statistics are useful.
• International applicants must meet Keele's English language requirements; recognised qualifications such as IELTS/TOEFL alternatives may be acceptable where equivalent evidence is provided.
• References and a personal statement outlining motivation, relevant experience and career aims are required as part of the application.

Career prospects

Graduates of the Graduate Diploma in Biomedical Science move into a range of roles in healthcare, industry and research. Typical career paths include:

• Research assistant or technician posts in university, NHS or commercial laboratories.
• Roles in the pharmaceutical, biotechnology or medical devices sectors, including quality control and regulatory support.
• Positions in clinical trials support, data management and laboratory support for diagnostics companies.
• Medical and scientific sales or technical applications roles that value scientific literacy and lab experience.
• Further study: many students use the Graduate Diploma as a bridge to specialist MSc courses or postgraduate research (MPhil/PhD).

Note that registration for regulated clinical scientist roles in the UK (such as Healthcare Scientist registration with the HCPC) typically requires completion of accredited training routes; this programme builds relevant knowledge and skills but prospective applicants should check specific professional requirements for their intended career.

Why study at Keele University

Keele offers a campus-based learning environment with strong links between bioscience teaching and active research. The university’s facilities include well-equipped teaching laboratories and access to research groups working in areas such as molecular medicine, immunology and translational bioscience. Students benefit from small-group teaching, hands-on practical sessions and opportunities to work alongside academic staff on project work.

Keele’s interdisciplinary approach and links with local NHS trusts and industry provide routes for work placements, collaborative projects and networking. The Graduate Diploma is positioned to provide rapid upskilling for entrants to biomedical careers and to prepare graduates for progression to higher-level postgraduate study in biomedical and clinical science fields.