Enter OTP
This degree immerses you in the heart of biomedical discovery—combining rigorous lab-based learning with active, blended teaching to help you think like a scientist and shape tomorrow’s health solutions. It’s perfect for those curious about human biology and passionate about research, providing the tools to explore disease mechanisms, ethics, and science communication with confidence.
Curriculum Structure
Year 1
You’ll build a solid foundation with core modules like Chemistry of Biological Interactions, exploring how macromolecules operate at cellular and system levels; Integrative Body Systems, where you'll learn how the nervous and musculoskeletal systems work in concert; Molecular & Cellular Biology, deepening your grasp of biological fundamentals; and Statistics, sharpening your ability to analyze scientific data. To top it off, Lab Pod 1 places you in a lab-like setting to tackle real research questions from day one.
Year 2
In your second year, core modules include Genetics & Genomics, uncovering how DNA varies within populations and how sequencing technologies trace those differences, plus Lab Pod 2, where group-work allows you to test your own hypotheses—true hands-on science. The I-Explore module broadens horizons by involving interdisciplinary study in areas like business or management alongside students from other departments. You’ll also choose four optional modules such as Pharmacology & Toxicology, Cancer Biology, Stem Cells & Reproductive Biology, Immunology & Inflammation, Neuroscience, Microbiome in Health & Disease, or Cardiovascular & Thoracic Biology—tailoring your learning to your interests.
Year 3
The final year revolves around your own Core Project, whether a Laboratory Based Research Project (20 weeks), a Literature Based or Work Placement Based Research Project (14 weeks each). Alongside this, mandatory modules like Creative Reflection on Professional Practice (CREF) and Science Communication & Public Engagement Advanced (SCPE-A) help you reflect on your learning and share science with confidence. You’ll also pick three optional project modules (like Global Health, Precision Medicine, Biomedicine Data Science, Ethics and Medical Regulation, Innovating in Medicine, Regenerative Medicine, Targeting Antimicrobial Resistance, and more) to tailor your specialism. Plus, you’re eligible to apply for the prestigious MRes scholarship—funded by AstraZeneca—to pursue postgraduate training within Imperial’s Faculty of Medicine.
Focus areas:
A dynamic blend of laboratory science, molecular biology, statistics, genetics, disease mechanisms, interdisciplinary exploration, and professional communication – all designed to help you become a creative, research-driven biomedical scientist.
Learning outcomes:
Equip yourself to think and act like a scientist—designing and executing research, analyzing data, communicating ethically and effectively, and specializing in cutting-edge biomedical fields.
Professional alignment (accreditation):
While not tied to a specific professional accreditation, this is a high-calibre degree from Imperial’s School of Medicine—aligned closely with industry (such as through AstraZeneca) and structured around real-world research competencies.
Reputation (employability rankings):
Imperial is ranked 2nd in the world overall according to QS, and the BSc Medical Biosciences programme was top-ranked among London medical schools in nearly every National Student Survey category in 2025—a clear indicator of quality and student satisfaction.
From day one, students dive straight into practical, hands-on learning—no dusty lectures here. You'll work in the cutting-edge Lab Pod modules from Year 1, where you'll tackle real scientific questions and design your own experiments, mimicking a true research lab environment. The programme embraces blended learning, combining online preparation with dynamic in-person sessions, often delivered through team-based and “flipped classroom” methods. This engaging structure builds your critical thinking and lab confidence from the start.
As you advance, you'll refine your skills through analytical tools—such as R coding for statistics—and eventually lead or collaborate on a substantial final-year project, whether in a lab, a real-world placement, or a literature review.
You’ll also benefit from world-class research facilities and partnerships—think AstraZeneca-linked placements, internships in industry, hospitals, museums, and more—empowering you to apply your skills in the real world.
Experiential Learning Includes:
This programme is designed to nurture scientific thinkers who do science—not just learn it. From hands-on lab work and real-world placements, to cutting-edge software and mentorship, you’ll be building a truly market-ready skillset.
Graduates from Imperial’s Medical Biosciences (BMB) programme typically transition swiftly into rewarding roles in scientific research, industry, policy, and science communication—building on their lab-intensive training. Career paths include roles such as Laboratory Research Assistant, Pharmaceutical R&D Associate, Technical Consultant, and Science Communicator.
Careers & Employment Support
The Careers Service offers one-to-one consultations, workshops on CV and interview skills, career fairs, newsletters, and alumni tools to help shape your professional journey.
Employment Stats & Postgraduate Trends
University–Industry Partnerships
Accreditation & Long-Term Value
This degree is rooted in Imperial’s prestigious medical and research excellence, featuring innovative teaching (e.g., flipped classrooms, Lab Pods) and rigorous curriculum development in partnership with academia, clinicians, and industry. Imperial’s standing as one of the most innovative universities globally boosts the long-term value of your qualification.
Graduation Outcomes
Further Academic Progression:
After graduating, you’ll be in an excellent position to pursue advanced degrees. Many students explore options like MSc or PhD programmes, especially within Imperial’s Faculty of Medicine—often supported by opportunities like the AstraZeneca-funded MRes scholarship. Imperial’s collaborations with institutions such as the Francis Crick Institute, the Rosalind Franklin Institute, and the MRC Laboratory of Medical Sciences offer rich environments for further study and cutting-edge research.
The fees for the year 2026 has not been confirmed yet, as a guide, the fee for 2025-26 was £43,300 per year.A-Levels: Typical Entry Requirement: AAA; To include: A in Biology or Human Biology; A in Chemistry, Mathematics, Further Mathematics or Physics; A in a another subject (if your second A grade is in Mathematics or Further Mathematics, your third choice must be a non-Mathematics subject); Not accepted: General Studies and Critical Thinking; Science Practical Endorsement: If you are made an offer you will be required to achieve a pass in the practical endorsement in all science subjects that form part of the offer.Admissions test – not required for 2026 entryIB: Minimum entry standard 38 points. Typical offer 39 points. To include: 6 in Biology at higher level; 6 in Chemistry, Mathematics or Physics at higher level. Preferred Mathematics syllabus: The Mathematics Analysis and Approaches or the Applications and Interpretation syllabi will be accepted at higher level with no preference.CBSE: Minimum entry standard is 90% overall, to include: 90% in Biology, 90% in Chemistry, Mathematics or Physics, 90% OtherAdvanced Placement: The minimum entry standard is 5, 5, 5 overall, from: 5 in Biology, 5 in Chemistry, 5 in another Maths or Science subject. If you are studying additional High School Qualifications alongside Advanced Placements, requirements may apply to both sets of qualifications.IELTS (valid for two years): 7.0 overall (minimum 6.5 in all elements). IELTS single score re-takes are not accepted. Candidates must meet the IELTS requirements on a single test sitting. Scores must be valid at the beginning of your studies at Imperial if your application is successful.TOEFL: 100 overall (minimum 22 in all elements); ETS at Home accepted for admission. Imperial College London considers TOEFL scores to be valid for 2 years. Scores must be valid at the beginning of your studies at Imperial if your application is successful. You must meet the entry requirement in one test from your scaled scores ('My Best Scores' reported by TOEFL will not be considered).CBSE: 70% in English accepted in lieu of other language tests.Biomedical Scientist – conduct lab tests to diagnose and research diseasesClinical Research Associate – manage and monitor clinical trials for new treatmentsPharmaceutical Scientist – develop and test new drugs and therapiesBiotechnologist – apply biological processes to create healthcare and industrial productsToxicologist – study effects of chemicals and drugs on living organismsBioinformatics Specialist – analyze biological data using computational toolsMedical Science Liaison – communicate scientific data between pharma companies and healthcare professionalsPolicy or Science Adviser – provide expertise to shape health and science policiesScience Communicator or Writer – translate complex science for public or professional audiencesEducation and Teaching Roles – support science learning in schools universities or training labs
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Imperial College London
