If you’re curious about how life works at its most fundamental level, from molecules and genes through to whole cells, this degree is for you. At Aberdeen, you’ll get hands-on lab experience while studying the fascinating science behind health, disease and biotechnology.
Curriculum Structure
Year 1
You’ll start by building a strong foundation in the sciences. Courses like Chemistry for the Life Sciences, Introduction to Medical Sciences, and The Cell will give you the essential background in chemistry and biology, while also introducing you to practical lab skills right from the start.
Year 2
In your second year, things become more focused. You’ll study Molecular Biology of the Gene, Physiology of Human Cells, and Research Skills for Medical Sciences, learning how genes are regulated, how cells function, and how to design and analyse experiments. Optional courses let you tailor the degree to your interests.
Year 3
By third year, you’ll be diving deeper into specialised topics. Modules such as Molecular Biology of the Cell, The Molecular Control of Cell Function, and Genetics will help you understand how cells communicate, how proteins work, and how genetic variation shapes life. You’ll also gain experience in advanced lab techniques and interpreting research papers.
Year 4 (Honours Year)
Your final year is all about applying your knowledge. You’ll take advanced modules like Honours Molecular Biology or Honours Genetics and carry out a 10-week research project in one of Aberdeen’s active labs. This is where you get to experience what it’s really like to work as a scientist, tackling real research questions.
Focus areas: Molecular genetics, cell biology, genome analysis, disease biology, biotechnology.
Learning outcomes: You’ll graduate with the ability to design and run experiments, interpret complex data, understand how cells and genes are regulated, and confidently present scientific research — skills that prepare you for both industry and research careers.
Professional alignment: While not tied to a single accrediting body, the programme sits within Aberdeen’s highly regarded School of Medicine, Medical Sciences and Nutrition, ensuring strong links to biomedical science and research.
Reputation: Aberdeen is consistently ranked among the UK’s top universities, placed 12th in the UK by the Guardian University Guide 2024 and 19th in The Times & Sunday Times Good University Guide 2024 — a reflection of its strong teaching, research, and graduate prospects.
At Aberdeen, this isn’t just a degree you study from textbooks — you’ll actually get to live the science in the lab. From your very first year, you’ll be working hands-on with modern molecular biology equipment, running experiments, and learning the same techniques that professional researchers use. By the time you reach your final year, you’ll be ready to take on your own independent research project, spending 10 weeks working full-time in one of the University’s research labs.
To give you a sense of what that looks like in practice, here are some of the facilities and opportunities you’ll have access to:
Institute of Medical Sciences labs – fully equipped teaching and research laboratories where you’ll learn core molecular and cellular biology techniques.
qPCR Facility – get hands-on experience with cutting-edge DNA analysis and quantification methods.
Centre for Genome-Enabled Biology and Medicine (CGEBM) – access to advanced genomics, sequencing, and bioinformatics resources.
Iain Fraser Cytometry Centre (IFCC) – specialist equipment for single-cell analysis and sorting.
Science Teaching Hub – a brand-new facility with flexible lab spaces and research-grade tools designed for teaching practical science.
Final-year research project – a 10-week, full-time project in an active research lab or partner institute where you’ll tackle real scientific questions.
Group projects and workshops – regular teamwork-based activities in modules like Molecular Biology of the Cell, helping you build collaboration and data interpretation skills.
Computational tools and software – training in modern digital analysis methods for working with genome and sequence data.
Graduates from this programme often go on to exciting roles in research, healthcare, biotech, or diagnostics. Many find themselves working as Laboratory Technicians, Research Associates, Genetic Counsellors, or Diagnostic Laboratory Scientists. With hands-on experience from your labs and final-year project, you’ll leave Aberdeen ready to step straight into the workplace or continue your studies:
Careers Support: Aberdeen’s Careers Service will help you from day one, offering guidance on CVs, interviews, networking opportunities, and employer connections — including links through your research project.
Employment and Salary: Biosciences graduates from Aberdeen typically earn around £24,000 within the first 15 months after graduation, with potential to grow as you gain experience.
Industry Partnerships: Your final-year project often takes place in University labs or partner research institutes, giving you hands-on experience and connections in the field.
Accreditation and Recognition: While the degree itself isn’t tied to a specific professional registration, it’s highly regarded in the biomedical sciences sector and provides a strong foundation for further qualifications.
Graduation Outcomes: Many students continue to PhD programmes, while others enter diagnostic labs, biotech companies, healthcare roles, government science departments, or regulatory bodies.
Further Academic Progression:
After your BSc, you can take your studies further with a Master’s (MSc) in Molecular Biology, Genetics, Bioinformatics, or Biomedical Sciences. If research excites you, a PhD is a natural next step — and your honours project will give you a solid foundation. Alternatively, you could specialise through professional or conversion courses in areas like genetic counselling, forensic science, or regulatory affairs.
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