Applications
Rolling admissions
Decisions follow the admissions interview.
Senior Science, Innovation, and Technology Programme
An interdisciplinary STEM summer programme combining mathematics, engineering, physics and computer science with Oxbridge-style teaching and a research project.

An interdisciplinary STEM summer programme combining mathematics, engineering, physics and computer science with Oxbridge-style teaching and a research project.

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Current status
Applications open
Eligibility
School or gap-year students
Age range / Year group
Ages 16-19
Location / Region
Oxford; Cambridge, United Kingdom
Cost
£6,550; £6,950
Duration
2 weeks
Format
In-person
Accommodation: Single-room college accommodation
Meals: Full board, 3 meals
Teaching model: Lectures; seminars; tutorials
Tutors / faculty: University tutors and professionals
Main outputs: Certificate; ~3,000-word project
The programme combines mathematics, engineering, physics and computer science instead of asking students to specialise in only one module.
Teaching uses lectures, seminars and small-group tutorials, with students completing an individual research project of approximately 3,000 words.
It suits academically motivated students who enjoy rigorous problem-solving and want to test several connected STEM fields before choosing a university direction.
The Senior Science, Innovation, and Technology Programme is an interdisciplinary academic stream delivered by Oxbridge Summer Scholars. It brings mathematics, engineering, physics and computer science together through an intensive university-style curriculum.
Students learn through lectures, interactive seminars and small-group tutorials led by tutors from leading UK universities and experienced professionals. The practical experience also includes an individual research project, cultural visits and supervised residential life in an Oxford or Cambridge college.
The four-module structure helps students compare connected STEM disciplines before committing to a narrower university subject.
Oxbridge-style tutorials and seminars add active discussion and personalised guidance to the lecture programme.
The approximately 3,000-word research project creates a substantial piece of academic work rather than a purely attendance-based experience.
Residential college life and cultural visits provide broader context for university planning and independent living.
The tutor roster includes graduates, researchers and professionals with experience across mathematics, engineering, physics and computing.
Academically motivated students who enjoy mathematics and scientific problem-solving but want to explore engineering, physics and computing before specialising.
You want a relaxed activity camp, an English-language course or the freedom to study only one STEM module.
It can be worthwhile for students who will use the tutorials, interdisciplinary curriculum and research project to make a better-informed subject choice. The project and discussion-heavy teaching also offer concrete material for later academic reflection.
The limitation is value for money: this is a high-cost residential programme, and a famous university setting does not itself strengthen an application. It makes most sense when the student genuinely wants the academic workload and can explain what they learned afterwards.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
£6,550; £6,950; includes College accommodation, Full-board meal plan with three meals, All academic tuition and course materials, Scheduled cultural activities and excursions, 24/7 supervision by trained staff.
Accommodation
Single-room college accommodation
Meals
Full board, 3 meals
Provider details
Review the Oxbridge Summer Scholars provider page and official sources before making a final decision.
Dates and logistics
2 weeks; Oxford; Cambridge, United Kingdom.
What to check before committing
Confirm current dates, payment terms, travel arrangements, cancellation rules and what is included with the provider.
Compare this programme with similar options before deciding on dates, cost, format and fit.
Compare with similar programmesEffort level
High.
Best started
Begin the application six to eight weeks before your preferred intake; start visa planning at least three months before travel if required.
Main challenge
Keeping pace across four STEM modules while developing independent research.
Review the four modules and identify examples of topics you genuinely enjoy.
Prepare a concise explanation of your motivation, academic goals and preferred intake for the interview.
After receiving an offer, organise payment, insurance and travel documents well before the programme begins.
Useful if
You can discuss your academic interests confidently in English.
Students move between structured academic teaching, research work and university-focused activities, studying every module in the STEM stream rather than selecting a single subject.
Attend lectures and interactive sessions in mathematics, engineering, physics and computer science.
Work through small-group tutorials that emphasise discussion, reasoning and personalised guidance.
Explore topics including algorithms, programming, astrophysics, quantum ideas and engineering systems.
Develop an individual research project of approximately 3,000 words.
Join cultural visits, university experiences and supervised social activities.
Complete the programme with a formal award ceremony and certificate.
Applications
Rolling admissions
Decisions follow the admissions interview.
December intake
6-19 December 2026
St Peter’s College, Oxford.
July intake 1
4-17 July 2027
Summer intake.
July intake 2
18-31 July 2027
Summer intake.
August intake
1-14 August 2027
Summer intake.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Applications | Rolling admissions | Local | Date not confirmed | |
December intake | 6-19 December 2026 | Local | Upcoming | |
July intake 1 | 4-17 July 2027 | Local | Upcoming | |
July intake 2 | 18-31 July 2027 | Local | Upcoming | |
August intake | 1-14 August 2027 | Local | Upcoming |
Aged 16-19 on the first programme day
Current school student or recent school graduate
Gap-year students may apply
University and college students are not eligible
Approximately B2-C1 English proficiency
Strong academic motivation and curiosity
Ready for intensive academic discussion and collaboration
Programme fee
£6,550; £6,950 — Published all-inclusive seasonal prices.
Funding or discounts
What's included
College accommodation, Full-board meal plan with three meals, All academic tuition and course materials, Scheduled cultural activities and excursions, 24/7 supervision by trained staff
Check that you meet the senior age, student-status and English requirements.
Complete the official online application form yourself, including your academic interests, chosen stream and preferred intake.
Watch for the confirmation email and any request for additional information.
Attend a 25-30 minute admissions interview about your motivation, interests, goals and English proficiency.
Wait for the admission decision and official offer by email.
If offered a place, pay the £1,000 deposit within seven days and follow the remaining payment schedule.
The programme covers the following focus areas.
Mathematics
Develop university-level mathematical reasoning and confidence with complex problems.
Engineering
Study how systems, structures and technologies address real-world challenges.
Physics
Explore motion, energy, astrophysics and ideas from the quantum world.
Computer Science
Build logical reasoning through algorithms, programming and computational problem-solving.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the programme.
Two subject sessions and a tutorial follow breakfast, with short breaks.
Academic sessions, tutorials and keynotes or masterclasses follow lunch.
Social activities are followed by scheduled pre-reading before curfew.
The sample schedule includes free time, excursions, university visits and social activities.
Sessions are taught by experienced tutors and lecturers from Oxford, Cambridge and other leading UK universities, alongside industry professionals. The published STEM tutor roster includes researchers, graduates and practitioners across mathematics, physics, engineering, computing and related sciences.
Teaching combines lectures, seminars and personalised small-group tutorials.
Optional airport transfers and any extra pre-programme night cost extra.
After completing this programme, participants often pursue:
Use the interdisciplinary experience to compare mathematics, engineering, physics and computer science.
Develop a substantial research project for later academic reflection or portfolio discussion.
Build independent thinking, critical analysis and university-style study habits.
Receive a certificate recognising participation and accomplishments.
Use tutor discussions and subject exposure to plan further STEM study.
The programme supports exploration and preparation but does not guarantee university admission.
The programme operates in residential college settings in Oxford and Cambridge, with the published December 2026 intake at St Peter’s College, Oxford. Summer programme locations include Somerville College in Oxford and Hughes Hall in Cambridge, while cultural visits provide additional university and city context.
Confirm the campus assigned to your chosen intake before arranging travel.
Compare these published STEM programmes if you want a narrower subject focus, a different age range or another Cambridge or Oxford experience.
Engineering-focused academic summer study in Cambridge.
Best for
Students focused mainly on engineering.
Engineering, design and problem-solving study in Cambridge.
Best for
Students wanting a focused two-week engineering course.
Physics and astronomy with mathematical problem-solving.
Best for
Students already leaning towards physics.
Experiments, scientific enquiry and collaborative STEM projects.
Best for
Students aged 12-16 seeking practical science.
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Content reviewed by
Co-founder, Succeed | Founder, Immerse Education (2012–2026)
Sean works at the intersection of academic enrichment, programme quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
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