Biomedical Science Degree Explained
A biomedical science degree is a university course that studies the human body, disease, laboratory testing and the scientific basis of healthcare. It usually combines biology, chemistry, physiology, pathology, molecular science and practical laboratory skills.
For many students, biomedical science is attractive because it connects science with real clinical questions. However, not every biomedical science degree leads to the same career route. In the UK, students who want to become HCPC-registered biomedical scientists need to pay close attention to IBMS accreditation, HCPC approval, placement opportunities and the IBMS Registration Training Portfolio.
What is a biomedical science degree?
A biomedical science degree teaches how the body works, how disease develops and how laboratory testing helps investigate health and illness. It is not the same as a medical degree. Medicine trains doctors to assess, diagnose and manage patients directly. Biomedical science focuses more on the science behind disease and the laboratory investigation of patient samples.
What do students study?
| Area | What you learn |
|---|---|
| Anatomy and physiology | How body systems work |
| Cell biology | Cell structure, signalling and cell function |
| Biochemistry | Proteins, enzymes, metabolism and chemical processes |
| Haematology | Blood cells, anaemia, clotting and blood disorders |
| Clinical biochemistry | Chemical markers in blood and body fluids |
| Microbiology | Bacteria, fungi, parasites and infection |
| Virology | Viruses, viral testing and immune responses |
| Immunology | Immune responses, antibodies and autoimmune disease |
| Genetics and molecular biology | DNA, genes, inheritance and molecular methods |
| Histology and pathology | Tissue structure and disease changes |
| Pharmacology | How drugs affect the body |
| Research methods | Study design, data handling and scientific writing |
| Laboratory skills | Safety, pipetting, microscopy, quality control and analysis |
Types of biomedical science degree routes
| Route | What it usually means |
|---|---|
| Standard degree | Academic biomedical science degree. Portfolio training is usually completed after graduation if aiming for HCPC registration. |
| Sandwich degree | Includes a placement year. Students must check whether the placement supports IBMS portfolio training. |
| Integrated degree | Includes a compulsory clinical laboratory placement and may include portfolio completion during the course. |
| Degree apprenticeship | Combines paid work in a laboratory with university study and registration training. |
| Non-accredited related degree | May need IBMS assessment and top-up modules before registration training. |
What is an IBMS accredited degree?
In the UK, IBMS accreditation is important for students who want to become biomedical scientists. An IBMS-accredited degree has been assessed against professional academic requirements. A non-accredited degree can still be valuable, especially for research, industry or postgraduate study. However, it may not automatically meet the academic requirements for biomedical scientist registration.
Biomedical science degree vs biomedical scientist registration
You can graduate with a biomedical science degree but still not be a registered biomedical scientist. In the UK, biomedical scientist is a protected professional title. A simplified route is:
- Complete an IBMS-accredited or HCPC-approved degree route, or have non-accredited qualifications assessed.
- Complete appropriate clinical laboratory training.
- Complete the IBMS Registration Training Portfolio or accepted equivalent.
- Gain the Certificate of Competence where applicable.
- Apply for HCPC registration.
Career routes after a biomedical science degree
- Biomedical scientist
- Trainee biomedical scientist
- Medical laboratory assistant
- Associate practitioner
- Research assistant
- Clinical trials assistant
- Public health laboratory roles
- Biotechnology roles
- Pharmaceutical laboratory roles
- Quality control analyst
- Postgraduate study
Summary
A biomedical science degree studies the science of the human body, disease and laboratory testing. For UK students who want to become biomedical scientists, the key decision is not only “Is this biomedical science?” but also “Does this route support IBMS/HCPC requirements?”
FAQ
Is biomedical science a good degree?
It can be a good degree for students interested in human biology, disease, laboratory testing and healthcare science. Career outcomes depend on accreditation, placement and experience.
Can I become a biomedical scientist with a biomedical science degree?
Possibly, but in the UK you need the correct academic route, clinical laboratory training and HCPC registration.
What is IBMS accreditation?
IBMS accreditation means the degree has been assessed against professional academic requirements for biomedical science.
Is biomedical science the same as medicine?
No. Medicine trains doctors. Biomedical science focuses on disease science and laboratory investigation.
Do all biomedical science degrees include placement?
No. Some do, some do not. Students should check whether placement is included and whether it supports registration training.
This article is for general education only. Always check current university, IBMS and HCPC requirements before choosing a course.
More questions answered
How can I tell if a biomedical science degree is suitable for becoming a biomedical scientist in the UK?
Check the programme’s IBMS accreditation or other recognised route before assuming that the degree title alone leads to registration. A course intended for the UK biomedical scientist pathway should be considered alongside the practical registration training portfolio or equivalent competence route that may still be required. Placement structures differ between universities, so some students complete more workplace training during the degree than others. Current course status should be confirmed with IBMS and HCPC before enrolment.
What can you do with a biomedical science degree if you do not become a biomedical scientist?
A biomedical science degree can support careers outside the regulated biomedical scientist route. Graduates may move into research, biotechnology, pharmaceuticals, clinical trials, quality, public health, scientific sales, further study or other life-science roles depending on their skills and experience. Some jobs require additional professional training while others do not. The best approach is to compare job specifications and build practical experience relevant to the chosen field.