Overview
Medical Biosciences at Imperial College London (UCAS code B101) is a three-year BSc programme run by the School of Medicine. The course covers human physiology, cell biology, pharmacology, immunology and disease mechanisms, with laboratory work and a final-year research project oriented toward biomedical research and graduate-entry medicine pathways. Imperial Medical Biosciences does not require an admissions test and does not interview as part of standard selection.
Why study Medical Biosciences at Imperial?
That caveat matters. The comparison table is based on Biomedical Sciences or Biological Sciences evidence where accessible, and the Guardian peer ranks in the input were left blank because the accessible Guardian table could not verify them.
Section 01
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International Applicants
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Section 02
| Qualification | Typical Offer | Key Requirements |
|---|---|---|
| A-Level | AAA | A in Biology or Human Biology, A in Chemistry, Mathematics, Further Mathematics or Physics, A in another subject required. General Studies, Critical Thinking not accepted.If made an offer, applicants must pass the practical endorsement in all science subjects that form part of the offer. |
| IB Diploma | 38 points overall | HL: 6 in Biology at Higher Level, 6 in Chemistry, Mathematics or Physics at Higher Level required.For the Mathematics option, Mathematics: Analysis and Approaches or Mathematics: Applications and Interpretation are accepted at Higher Level with no stated preference. |
| Advanced Placement (AP) | Check the official course page | Do not publish AP subject requirements without rechecking the live Imperial course page. |
Section 03
YEAR 12, SUMMER 2026
Build Medical Biosciences evidence
Use Year 12 and summer 2026 to build a focused science profile: biomedical reading, lab or research exposure where available, and clear reasons for choosing a research-led medical biosciences degree.
SEP to DEC 2026
Complete UCAS and reference
Completed UCAS applications can be submitted from 1 September 2026. Allow time for your school or referee to check details, attach the reference, and submit before the January deadline.
13 JAN 2027
Submit UCAS
Submit the completed UCAS application by 18:00 UK time for equal consideration. Medical Biosciences is not Medicine, Dentistry, Veterinary Medicine/Science, or Oxbridge, so the January deadline applies.
JAN to MAR 2027
Application assessed
Imperial first checks whether the application meets the minimum academic standard, then the department reviews suitable applications holistically. For this course, no admissions test is currently evidenced.
BY 31 MAR 2027
Decision aim
UCAS adviser guidance says providers should aim to send decisions on 13 January applications by 31 March 2027. UCAS applies later backstop deadlines if a provider has not responded.
5 MAY to 2 JUN 2027
Reply to offers
If all decisions arrive by 31 March, the UCAS reply deadline is 5 May 2027. If all decisions arrive by 12 May, the reply deadline is 2 June 2027.
30 JUN to 2 JUL 2027
Late applications and Clearing
Applications received by 30 June are still sent to universities, but after that point they enter Clearing. UCAS Clearing opens on 2 July 2027.
AUG 2027
Results and Confirmation
A-level/Level 3 results timing for 2027 from final JCQ/UCAS/AQA dates. UCAS Hub will update when Imperial confirms whether offer conditions have been met.
23 SEP to 18 OCT 2027
Final UCAS and Clearing cut-offs
UCAS lists 23 September 2027 as the final date for 2027 entry applications and 18 October 2027 as the last date to add a Clearing choice.
YEAR 12, SUMMER 2026
Build Medical Biosciences evidence
Use Year 12 and summer 2026 to build a focused science profile: biomedical reading, lab or research exposure where available, and clear reasons for choosing a research-led medical biosciences degree.
SEP to DEC 2026
Complete UCAS and reference
Completed UCAS applications can be submitted from 1 September 2026. Allow time for your school or referee to check details, attach the reference, and submit before the January deadline.
13 JAN 2027
Submit UCAS
Submit the completed UCAS application by 18:00 UK time for equal consideration. Medical Biosciences is not Medicine, Dentistry, Veterinary Medicine/Science, or Oxbridge, so the January deadline applies.
JAN to MAR 2027
Application assessed
Imperial first checks whether the application meets the minimum academic standard, then the department reviews suitable applications holistically. For this course, no admissions test is currently evidenced.
BY 31 MAR 2027
Decision aim
UCAS adviser guidance says providers should aim to send decisions on 13 January applications by 31 March 2027. UCAS applies later backstop deadlines if a provider has not responded.
5 MAY to 2 JUN 2027
Reply to offers
If all decisions arrive by 31 March, the UCAS reply deadline is 5 May 2027. If all decisions arrive by 12 May, the reply deadline is 2 June 2027.
30 JUN to 2 JUL 2027
Late applications and Clearing
Applications received by 30 June are still sent to universities, but after that point they enter Clearing. UCAS Clearing opens on 2 July 2027.
AUG 2027
Results and Confirmation
A-level/Level 3 results timing for 2027 from final JCQ/UCAS/AQA dates. UCAS Hub will update when Imperial confirms whether offer conditions have been met.
23 SEP to 18 OCT 2027
Final UCAS and Clearing cut-offs
UCAS lists 23 September 2027 as the final date for 2027 entry applications and 18 October 2027 as the last date to add a Clearing choice.
Section 04
Medical Biosciences at Imperial College London does not require a written admissions test for 2027 entry. Applications are assessed on academic record, personal statement, submitted written work (where requested), and interview performance.
Always verify on the official Oxford admissions tests page.
Section 05
Interview Invitation
Late Nov
Arrival to Interview
Early Dec
Technical Question
Mid Dec
Decision
Early Jan
Interview Invitation
Late Nov
Arrival to Interview
Early Dec
Technical Question
Mid Dec
Decision
Early Jan
Imperial Medical Biosciences interviews, where held, follow a discussion format, typically 20–30 minutes with one or two academics. The focus is on your scientific reasoning and genuine interest in the biomedical sciences. Interviewers may present an unfamiliar research finding or data set and ask you to discuss it.
Interview content is broad: cell biology, genetics, physiology, pharmacology and the scientific method are all fair territory. Interviewers want to see that you can reason from evidence, acknowledge uncertainty, and connect molecular detail to clinical or translational relevance. You may be asked about a paper, a current research question, or a mechanism you have not encountered before.
Prepare by working through A-level Biology and Chemistry until you can explain each topic aloud without notes. Reading accessible biomedical review articles in journals such as Science Translational Medicine or Nature Medicine builds familiarity with the style of evidence-led discussion the interview tests. Note that admissions procedures change: verify current interview format on the Imperial Medical Biosciences admissions page.
Practise with realistic questions from our free mock interview question bank.
Free Mock Questions →
Section 06
Medical Biosciences is assessed through the UCAS application rather than through a separate admissions test. It also records that the central-check and departmental-review process remains partial because Imperial’s selection-process page returned HTTP 403.
In practice, the academic requirements should be treated as the first filter and the personal statement as evidence of fit. A useful application shows how the applicant reads, questions data, connects Biology and Chemistry, and understands the difference between biomedical science and clinical Medicine.
Our recommendation · weighting of admission factors
Oxbridge Mentors recommendation, drawn from observed offer patterns. Imperial College London does not publish official weightings — exact balance varies by college, course and year.
Section 07
A strong Medical Biosciences statement should not read like a Medicine statement with the patient-facing parts removed. It should be anchored in scientific questions: how disease mechanisms work, how evidence is generated, and how laboratory or data methods change what researchers can know.
Use one or two examples in depth. The course structure makes it especially useful to move from topic to method: for example, from cancer biology to a laboratory question, from infection to immune regulation, from genetics to genomics or bioinformatics, or from a reading topic to the kind of final-year research project the course records.
Avoid a list of books, talks and placements. Reflection matters more than volume: what did the applicant understand, what remained difficult, and what question would they investigate next? Where possible, connect that reflection to readiness for Lab Pod work, biomedical data and independent research rather than to generic enthusiasm for biology.
See a full annotated example with line-by-line expert commentary.
Medical Biosciences PS Example →Section 08
A useful Medical Biosciences project does not need to be formally supervised research. It can be a structured investigation, a build, a simulation, or a careful analysis of data you collected or found. The aim is to produce something narrow enough that you can explain the question, the method, the result and the limitation clearly.
Section 08
Strong supercurricular work for Medical Biosciences should deepen technical understanding or demonstrate genuine curiosity about engineering or science problems. The most convincing evidence is specific, a concrete question investigated, a skill developed, or a problem understood more deeply.
Work through harder problem sets in Mathematics and Physics than your school curriculum requires.:
Build or simulate something:
a circuit, a mechanism, a mathematical model or a computational project.
Read around one engineering or scientific topic in depth, following journal papers, conference proceedings, or technical reports.:
Use competitions as practice for quantitative problem-solving under timed conditions.:
Section 08
Competitions are not required for entry to Imperial Medical Biosciences. They are most useful when they develop technical depth that feeds directly into your personal statement or interview preparation.
None are required; one or two done well is more valuable than five attempted superficially.
Section 09
Year
01 / 03
1
Core biomedical foundations and Lab Pod I
Year 1 builds foundations for understanding human health and disease. Module-level detail is retained as partial because the current programme-specification PDF was not directly accessible.
Year
02 / 03
2
Core genomics, Lab Pod II and optional biomedical specialisms
Year 2 develops disease biology and laboratory research skills.
Year
03 / 03
3
Independent research and advanced biomedical choice
Year 3 centres on an individual research project and advanced optional modules. Exact current project routes and option availability
Section 10
For core cell biology, Molecular Biology of the Cell gives a deeper reference point for molecular mechanisms and experimental logic. For applicants interested in cancer The Emperor of All Maladies Links the biology of cancer to the history, ethics and human consequences of biomedical research. For genetics, The Gene is a readable route into heredity, genomic science and the social questions that follow from them.
For video-based revision, Amoeba Sisters is useful for refreshing core biology before moving into more technical sources, while iBiology Science Stories gives research-led talks from scientists working on biological questions. Ninja Nerd Covers detailed physiology and molecular mechanisms Kurzgesagt – In a Nutshell can help you find questions to follow up in more technical reading, and Khan Academy Medicine gives accessible foundations in human biology, physiology and health-related science.
For regular listening Nature Podcast Is useful for current research stories, This Week in Microbiology focuses on microbiology, Genetics Unzipped gives a route into genetics beyond the school specification, and The Naked Scientists can help applicants practise explaining complex ideas accessibly. Use podcasts actively: write down the claim, the evidence, and one limitation rather than treating listening as passive preparation.
For structured online study, Introductory Biology and Introduction to Genetics and Evolution Support biology and genetics foundations, while Fundamentals of Neuroscience, Part 1 is a focused route into neuroscience. Health and Medicine gives free physiology and medicine-adjacent biology foundations, and Big data and bioinformatics: Powerful tools for decoding DNA introduces bioinformatics and genomics for applicants who want to connect biomedical science with data.
Section 11
Discover Uni reports that 70% of BSc Medical Biosciences graduates went on to work and/or study 15 months after the course, based on 2022–23 Graduate Outcomes data from 30 students.
Section 12
Imperial uses contextual admissions and educational context in application review, but exact course-level effects were not currently publishedfrom accessible official text.
If a school did not offer a relevant subject combination, or if illness, caring responsibilities or disruption affected grades, the referee should explain the context clearly. The applicant’s own statement should usually stay focused on subject motivation unless the disruption directly shaped the academic story.
Watch & Learn
Student vlogs, mock interviews, lecture tasters, and admissions advice.
Concise review of carbohydrates, lipids, proteins and nucleic acids.
High-level animated overview of innate and adaptive immune defence.
Introduces why microscopy matters in biological research and how imaging supports discovery.
Accessible introduction to neuronal signalling and membrane electricity.
Explains primary, secondary, tertiary and quaternary protein structure.
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Further Reading
Super-curricular reading, websites, and tools recommended by our expert tutors.
