University of Oxford - Undergraduate Science Programmes Guide
UK · Biochemistry (Molecular and Cellular) · Biology · Biomedical Sciences · Chemistry · Human Sciences · Materials Science · Medicine · A-Level Applicant Guide · 2026–27 Entry
University of Oxford
This guide covers 7 undergraduate science programmes at the University of Oxford (established c.1096), ranked among the world's top three universities. Written for students applying with A-levels from international schools for 2026–27 entry. All data verified against official Oxford course pages, May 2026.
Key differentiators from Cambridge: Oxford uses single-subject degrees from Day 1 — you apply directly to Biology, Biochemistry, Chemistry or Medicine. Teaching is via the tutorial system (2–4 students with an academic). The UCAS deadline is 15 October. Unlike Cambridge, no supplementary form is required after UCAS. You cannot apply to both Oxford and Cambridge in the same year. Only 3 of 7 programmes require an admissions test: ESAT for BMS, TARA for Human Sciences, and UCAT for Medicine. Biochemistry, Biology, Chemistry and Materials Science require no admissions test.
7 Programmes at a Glance
3-year average 2023–25 · Source: Official Oxford undergraduate course pages · IELTS 7.5 required for all · All include December interview
| Programme | Degree | Intake | Interviewed | Success rate | A-level offer | Admissions test |
|---|---|---|---|---|---|---|
| Biochemistry (Mol. & Cell.) | · MBiochem · 4 yrs · UCAS: C700 | 100 | 41% | 12% | A*AA Chem + one sci/Maths A* in Maths/Physics/Chem/Bio | None |
| Biology | · MBiol / BA · 3–4 yrs · UCAS: C100 | 112 | 46% | 15% | A*AA Bio + one sci/Maths A* in science or Maths | None |
| Biomedical Sciences | · MBiomedSci / BA · 3–4 yrs · UCAS: BC98 | 45 | 24% | 8% | A*AA Two from: Bio, Chem, Physics, Maths | ESAT 12–16 Oct |
| Chemistry | · MChem · 4 yrs · UCAS: F100 | 180 | 63% | 17% | A*A*A Chem + Maths both A*s in science/maths | None |
| Human Sciences | · BA · 3 yrs · UCAS: BCL0 | 28 | 56% | 16% | AAA Flexible — science or humanities | TARA 12–16 Oct |
| Materials Science | · MEng · 4 yrs · UCAS: FJ22 | 43 | 62% | 22% | A*AA Maths + Physics A* in Maths, Physics or Chem | None |
| Medicine | · BA / BM BCh · 6 yrs · UCAS: A100 | 155 | 29% | 11% | A*AA Chem + one sci/Maths (excl. Critical Thinking) | UCAT Jul–Sep |
Which Programme Suits You?
7 programmes · All include December interview · IELTS 7.5 · Data from official Oxford course pages (3-year average 2023–25)
Programme Introductions
Explores the molecular mechanisms underpinning all living systems — from enzyme catalysis and protein structure to gene regulation and cell signalling. One of the largest Biochemistry departments in Europe, with about 450 postgraduate students and research staff. 3-year average (2023–25): 100 intake · 41% interviewed · 12% successful.
- Year 1: lectures, tutorials (2–4 students) and practicals; prelims at year end
- Years 2–3: immersive blocks focused on specific biochemical questions; four termly summative assessments
- Year 4: in-depth research project under academic supervision — occupies most of the year
- Pharmaceutical & biotech research
- Medical school entry (very common post-MBiochem)
- Academic research / PhD
- Drug design, synthetic biology, biotech startups
- No pre-registration admissions test
- Fourth-year project in Biochemistry, Physics, Stats, Clinical Medicine, Pharmacology or Pathology
- Projects can be self-organised outside the UK
- Tutors do not expect A-level Biochemistry knowledge — curiosity and analytical thinking matter most
A flexible, cross-disciplinary biology degree introduced in its current form in 2019. Almost all teaching takes place in the new Life and Mind Building. A compulsory UK residential field course in Year 1 introduces field biology. Research skills training is compulsory across all years. 3-year average (2023–25): 112 intake · 46% interviewed · 15% successful.
- Year 1: Diversity of life · Building a phenotype · Ecology and evolution + compulsory skills and field course
- Years 2–3: choose from animal behaviour, cell biology, conservation, developmental biology, disease biology, ecology, evolutionary biology, genomics, plant molecular biology
- Year 4 (MBiol, contingent on performance): extended research project
- Research scientist (ecology, genetics, conservation)
- Medical school / postgraduate medicine
- Science communication & policy
- PhD / academic research
- No pre-registration admissions test
- Access to Oxford Natural History Museum, Botanic Garden, Wytham Woods
- BA vs MBiol decision can be made during the course
- Year 4 progression contingent on satisfactory performance in Years 2–3
Focuses on how cells, organs and systems function in the human body — highly relevant to understanding and treating human disease. Note: this course does not provide medical training. Students obtain first-hand experience conducting original laboratory research in Years 2–3, choosing their own projects and supervisors. 3-year average (2023–25): 45 intake · 24% interviewed · 8% successful.
- Year 1: Numerical & scientific skills · Body and cells · Genes and molecules · Brain and behaviour
- Years 2–3: neurophysiology, cellular physiology, pharmacology, genetics, cellular pathology, immunology and more
- Year 4 (MBiomedSci): research-intensive; graduates as Neuroscience or Cell & Systems Biology Masters
- Medical school entry (very common post-BMS)
- Pharmaceutical / clinical research
- Academic biomedical research / PhD
- Health policy & regulatory science
- ESAT required: Maths 1 + any two of Bio/Chem/Maths2/Physics
- Test sits 12–16 October — same window as Cambridge ESAT
- Degree awarded: Neuroscience or Cell & Systems Biology (depending on module choices)
- Only ~45 places per year — smallest and most selective science programme after Medicine
A wide-ranging science concerned with matter at the atomic and molecular scale. The 4-year MChem (RSC accredited) is non-modular — taught and examined as a whole. Year 4 (Part II) is devoted exclusively to research with an established group — a distinctive feature since 1916. Year 4 has three extended terms of 12–13 weeks (38 weeks total). 3-year average (2023–25): 180 intake · 63% interviewed · 17% successful.
- Years 1–3: Physical, organic & inorganic chemistry + Mathematics for Chemistry; 10 lectures/week + 2 lab afternoons + 1–2 tutorials per week
- Year 4 (Part II): full-time research — 38 weeks · some students work at industry or overseas university labs
- Pharmaceutical & chemical industry R&D
- Materials & nanotechnology research
- Finance (quant / investment banking)
- PhD / academic research
- No pre-registration admissions test
- Largest cohort of the 7 programmes (180 intake)
- Tutorial system: typically 2–4 students with a tutor
- Fulfils academic requirements for Chartered Chemist (CChem)
An interdisciplinary degree founded in 1969 enabling students to study humans from biological and social science perspectives. Central topics: evolution and behaviour, molecular and population genetics, population growth, ethnic and cultural diversity, and human interaction with the environment. 3-year average (2023–25): 28 intake · 56% interviewed · 16% successful.
- Year 1: Ecology & evolution · Physiology & genetics · Society, culture & environment · Sociology & demography · Quantitative methods
- Year 2: Behaviour & evolution · Human genetics · Human ecology · Demography · Anthropological or sociological analysis
- Year 3: Dissertation + two option papers (anthropology, conservation, health & disease, psychology, social policy and more)
- Public health & international development
- Anthropology / ethnography research
- Policy & government
- PhD / academic research across disciplines
- TARA required: all three modules (Critical Thinking, Problem Solving, Writing Task)
- Only Oxford programme combining natural and social sciences
- Lowest grade requirement (AAA) of the 7 programmes
- Year 3 includes a dissertation — develops independent research skills
An interdisciplinary subject spanning physics and chemistry of matter, engineering applications and industrial manufacturing. Covers metals, alloys, ceramics, polymers, composites, semiconductors, superconductors, nanomaterials and biomaterials. Year 4 features an eight-month full-time research project — at Oxford, or occasionally at an overseas university or industrial laboratory. 3-year average (2023–25): 43 intake · 62% interviewed · 22% successful.
- Years 1–2: Physical foundations · Structure & mechanical properties · Transforming materials · Maths · Computing (MATLAB) + practicals 2–3 afternoons/week
- Year 3: Two-week team design project + options courses + tutorials
- Year 4: Eight-month supervised research project (Oxford, overseas or industry)
- Materials / R&D engineer (aerospace, defence)
- Renewable energy & battery technology
- Electronics & semiconductor industry
- PhD / academic research
- No pre-registration admissions test (PAT retired)
- Highest success rate of the 7 programmes (22%)
- Entrepreneurship module available; optional foreign language
- Recent Year 4 project locations include Beijing, Zhejiang, Shanghai, Tokyo
A 6-year programme with separate pre-clinical (Years 1–3) and clinical (Years 4–6) components. Pre-clinical: 5 terms of First BM (body systems in health and disease) followed by a 4-term BA Honours in Medical Sciences including an experimental research project. Clinical: Oxford University Hospitals NHS Trust placements. International places are structurally capped by the UK government — only ~425 applicants shortlisted for interview each year. 3-year average (2023–25): 155 intake · 29% interviewed · 11% successful.
- First BM: anatomy, physiology, pharmacology, pathology — tutorial groups often as small as two
- BA year: specialist research project; students choose area of biomedical science
- Clinical years: John Radcliffe, Churchill & Horton hospital placements
- Clinical medicine (GP, hospital doctor)
- Academic medicine & clinical research
- Global health & health policy
- Medical science leadership
- UCAT: registration opens 20 May 2026; booking 23 Jun–16 Sep; test 13 Jul–24 Sep
- Unique three-year pre-clinical BA with specialist research project
- Tutorial groups often as small as two — exceptional individual attention
- International places structurally capped by UK government
ESAT (BMS only) · TARA (Human Sciences only) · UCAT (Medicine only) · All other programmes: no test
Admissions Tests
Official pages for all four programmes state: "You do not need to take a written test as part of an application for this course." The PAT previously required for Materials Science has been retired. Selection relies solely on UCAS application and the December interview.
- Review A-level Biology and Chemistry thoroughly — questions probe to A-level depth
- Practice data interpretation and graph reading under timed conditions
- Work through past BMAT papers — similar problem-solving style
- No calculator allowed — sharpen mental arithmetic from the outset
- Chinese applicants significantly outperform UK averages in Maths modules — aim for 7.5+ to stand out within your pool
- The test window (12–16 Oct) overlaps with the UCAS deadline (15 Oct) — register in June and book as soon as the window opens 20 July
- Problem Solving: quantitative reasoning without a calculator — practise under timed conditions
- Use official TARA practice materials from uatuktest.com
- Critical Thinking: learn to identify flawed reasoning and unstated assumptions
- Writing Task is unscored but Oxford reads it — structure your argument clearly and concisely
- Start preparation at least 6–8 weeks before the test window
- Start preparation 3–4 months before your intended sitting date
- Use official UCAT question banks and mock tests at ucat.ac.uk
- Abstract Reasoning improves most with consistent daily practice
- Situational Judgement requires understanding UK medical ethics — study the GMC Good Medical Practice guide
- Quantitative Reasoning: practice mental arithmetic under time pressure without a calculator
- Register on 20 May and book immediately on 23 June — Chinese city test centre slots fill up fast
Success rates · Chinese applicant data · UK vs international · Official sources
Admissions Data
Applications & Offer Rates
Oxford is marginally more selective overall than Cambridge (16.4% vs 21.7%) — but both admit Chinese applicants at ~8–10%
| Metric | Oxford | Cambridge (for comparison) |
|---|---|---|
| Applications (2024/25) | 23,061 | 22,820 |
| Offers made | 3,793 | 4,947 |
| Overall offer rate | 16.4% | 21.7% |
| Acceptance rate | 14.1% | 16.3% |
| UK applicant rate | ~19.8% | ~19.7% |
| Intl. applicant rate | ~9.5% | ~10.9% |
| China admission rate | ~8.0% | ~8–10% |
| Intl. students (% UG) | ~16.3% | ~24% |
Success Rate by Programme — All Domicile vs Estimated International
Source: Official Oxford undergraduate course pages · International rates estimated at ~45–50% of overall
China at Oxford — Key Statistics
China is the #1 overseas applicant country at Oxford · Source: Oxford Annual Admissions Statistical Report 2025
Sources: Official Oxford undergraduate course pages (3-year average 2023–25) · Oxford Annual Admissions Statistical Report 2025 · TutorChase analysis · International rates estimated at ~45% of overall based on historical non-UK vs UK offer-rate differential.
UCAS · Admissions tests · Interview · Personal statement · Key dates · Common mistakes
How to Apply
Application Timeline
Step-by-Step Process
Personal Statement Do's & Don'ts
- Name specific topics, papers, reactions, or experiments that genuinely excited you
- Show depth in your chosen subject — Oxford values specialisation from Day 1
- Demonstrate you understand Oxford's tutorial system and why it suits your learning style
- Link your A-level subjects directly to the degree content you'll encounter
- Mention books or lectures beyond the syllabus that shaped your thinking
- Apply to both Oxford and Cambridge in the same year
- Open with generic sentences ("Since childhood I have loved science…")
- Mention Oxford or Cambridge by name — your statement goes to all 5 universities
- Apply to Medicine without understanding the international cap and UCAT timing requirements
- List extracurriculars without connecting them to your scientific thinking
Common Application Mistakes
English Language Requirements
Oxford requires IELTS 7.5 overall with a minimum of 7.0 in every component — the same as Cambridge, and higher than Imperial (7.0) and UCL (7.0). TOEFL iBT 110 is also accepted. Scores are valid for 2 years from the test date.
Useful Resources
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