BSc Cellular and Molecular Medicine

From day one, you'll dive into hands-on biomedical science, using cutting-edge labs and digital tools to explore the cellular and molecular roots of human disease. Embedded within a vibrant research culture, you’ll not only observe but actively engage in experiments, preparing you for real-world scientific challenges with confidence and curiosity.

Here’s how this experience comes to life:

• State-of-the-art teaching laboratories equipped for practicals in biochemistry, cell biology, pathology, and microbiology—where you'll reinforce theory through lab-based learning.

• eBiolabs digital manual, featuring animations, videos, and pre- and post-lab quizzes to help you master experimental protocols before setting foot in the lab. 

• Research Skills unit & final-year projects: In your final year, you’ll join a research group and work in a purpose-built lab—designing and conducting an experimental or data-led project under expert mentorship. 

• Employability training via BREES: In your second year, the Biomedical Research, Employability and Enterprise Skills unit helps you develop data handling, commercial awareness, CV writing, and interview skills. 

• Access to advanced research facilities, including confocal microscopy, flow cytometry (LSR II), histology suites, and animal units—all housed in the Biomedical Sciences Building and supported by specialists. 

• School Seminar Series: Attend live talks by visiting researchers—get inspired by real career paths and cutting-edge discoveries while networking with leading experts.

BSc Cellular and Molecular Medicine graduates embark on impactful careers as Research Assistants, Biomedical Scientists, Clinical Diagnostics Technicians, or Science Communicators—possibly within healthcare, industry, or education. You’ll gain the analytical, technical, and communication skills needed to flourish in both scientific and broader professional environments:

• University Services Supporting Employment

  • The Careers Service helps you sharpen your CV, prepare for interviews, and explore internships and networking—providing guidance even after graduation. You’ll also benefit from the Year 2 Biomedical Research, Employability and Enterprise Skills (BREES) unit, which supports data handling, ethical considerations, commercialization awareness, and application readiness. 

• Employment Statistics & Salary Figures

  • Over 80% of graduates are employed or in further study, with 69% in roles where their degree is essential or beneficial shortly after graduating. 

  • Median earnings in this subject area are approximately £23.7 k one year after graduation, rising to £28.8 k by year three and £32.5 k by year five. 

• University–Industry Partnerships

  • Thanks to the programme’s strong research roots, graduates are in demand across pharmaceutical, biotechnology, NHS, forensic, and agricultural sectors. Many go on to careers in industry roles such as protein purification scientists, diagnostics technologists, or clinical trial practitioners. 

• Long-Term Accreditation Value

  • While the BSc isn’t professionally accredited, its robust research-led structure—including final-year projects—equips you with laboratory proficiency, critical thinking, and problem-solving abilities valued across scientific and allied professions. 

• Graduation Outcomes

  • Alumni have moved into varied roles: research, diagnostics, industrial science, and science communication. Others branch into non-science careers—education, finance, law, management consultancy, tech, journalism—thanks to strong transferable skills. 

Further Academic Progression:
Many students continue to MSc or PhD research degrees in areas such as cancer biology, immunology, microbiology, forensic science, nutrition, toxicology, and biotechnology. Others pursue professional options like medicine, dentistry, veterinary medicine, or teaching—supported by the research-driven teaching and career-focused structure of the programme.