Applications
Rolling admissions
Decisions follow the admissions interview
Junior Science, Innovation and Technology Programme
An immersive STEM programme combining university-style teaching, practical problem-solving, research and cultural experiences in a residential setting.

An immersive STEM programme combining university-style teaching, practical problem-solving, research and cultural experiences in a residential setting.

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Current status
Applications open
Eligibility
School students; B2-C1 English
Age range / Year group
Ages 14-15
Location / Region
Oxford; Cambridge, United Kingdom
Cost
£6,550; £6,950
Duration
2 weeks
Format
In-person
Accommodation: Single college room
Meals: Full board, 3 meals
Certificate / Outcome: Certificate and research project
Campus experience: Oxford or Cambridge colleges
Tutors / faculty: University tutors and professionals
The Junior STEM Programme explores physics, engineering, computer science and mathematics through connected, university-style study.
Students combine morning academic sessions with tutorials, field visits, workshops, cultural activities and supervised evening programmes.
It suits curious students who want broad STEM exploration and a structured first taste of residential university life.
The Junior Science, Innovation and Technology Programme is an interdisciplinary STEM stream run by Oxbridge Summer Scholars. It connects physics, engineering, computer science and mathematics through tutorials, seminars, practical work and creative problem-solving.
Students follow morning academic sessions before moving into workshops, field visits, museum activities, keynotes and supervised social events. They also complete an individual research project, creating a more substantial academic outcome than classroom participation alone.
The curriculum connects several STEM disciplines instead of treating each subject in isolation.
The Junior structure balances morning academics with practical afternoon activities and field exploration.
An approximately 3,000-word individual research project gives students a concrete academic output.
Tutors include graduates, researchers and professionals with experience across leading UK universities and STEM fields.
Residential supervision, full board and structured activities provide substantial support for younger students.
Academically motivated students who want to sample several STEM fields through discussion, research and practical experiences.
You want deep specialisation in one module, a day-only course or an unstructured holiday programme.
The programme can be worthwhile for a student who will engage seriously with its tutorials, research project and interdisciplinary STEM curriculum. Its mix of academic work, university-style teaching and supervised residential life offers more than a sequence of lectures.
The main limitation is breadth: the Junior stream is designed to develop curiosity rather than provide deep study of one specialist field. Families should also judge the all-inclusive fee and additional travel costs against the student's readiness to use the full academic and residential experience.
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 in a single room, Full-board plan with three meals, Academic tuition and course materials, Scheduled trips and extracurricular activities, 24/7 supervision by trained staff.
Accommodation
Single college room
Meals
Full board, 3 meals
Supervision or safety information
Trained staff provide 24/7 supervision, secure accommodation, wellbeing monitoring, safeguarding during activities and a curfew policy.
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 six to eight weeks before your preferred intake, or at least three months ahead if a visa is needed.
Main challenge
Sustaining active participation across academic and residential days.
Review the stream and choose an intake before completing the student application.
Prepare to discuss your academic interests, motivation and goals during the interview.
Practise reading and discussing complex STEM material in English.
Arrange passports, visas or ETAs, health cover and travel well before departure.
Useful if
You are comfortable discussing ideas and working independently.
A typical weekday moves from structured STEM teaching into practical exploration, university-focused activities and supervised residential life.
Attend morning sessions covering connected science, engineering and technology topics.
Discuss ideas in small-group tutorials and interactive academic sessions.
Join afternoon field trips, museum visits, workshops or practical activities.
Attend keynotes or masterclasses on academic and university themes.
Develop an individual research project based on programme topics.
Take part in supervised evening socials and complete assigned pre-reading.
Applications
Rolling admissions
Decisions follow the admissions interview
December intake
6-19 December 2026
Oxford
July intake one
4-17 July 2027
Oxford or Cambridge
July intake two
18-31 July 2027
Oxford or Cambridge
August intake
1-14 August 2027
Oxford or Cambridge
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Applications | Rolling admissions | Local | Date not confirmed | |
December intake | 6-19 December 2026 | Local | Upcoming | |
July intake one | 4-17 July 2027 | Local | Upcoming | |
July intake two | 18-31 July 2027 | Local | Upcoming | |
August intake | 1-14 August 2027 | Local | Upcoming |
Aged 14 or 15 on the first day
Current school student or recent graduate
University students are not eligible
Approximately B2-C1 English
Strong academic motivation and curiosity
Comfortable with academic discussion and collaboration
Programme fee
£6,550; £6,950 — December; July-August
Funding or discounts
What's included
College accommodation in a single room, Full-board plan with three meals, Academic tuition and course materials, Scheduled trips and extracurricular activities, 24/7 supervision by trained staff
Confirm that you meet the age, school-status and English requirements.
Complete the online application yourself with your interests, intake and stream choices.
Watch for the confirmation email and any request for further information.
Book and attend the 25-30 minute admissions interview.
Receive the admissions decision and official offer by email.
Pay the £1,000 deposit within seven days to confirm your place.
The programme covers the following focus areas.
Physics and astrophysics
Explore physical principles, space topics and modern scientific questions.
Engineering
Study civil and mechanical engineering through applied problems and examples.
Computer science
Encounter programming, distributed systems, quantum computing and computational thinking.
Mathematics
Use mathematical thinking to connect and investigate wider STEM ideas.
Innovation and problem-solving
Apply critical and creative thinking to real-world technical challenges.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the programme.
Two taught sessions and a tutorial run between breakfast and lunch.
Students join field trips, workshops, museum visits or classwork.
A keynote or masterclass is followed by supervised free time.
Dinner and supervised socials are followed by pre-reading and curfew.
Teaching is led by experienced tutors, lecturers, researchers and industry professionals associated with Oxford, Cambridge, Imperial and other leading universities. The published tutor group spans physics, mathematics, engineering, computer science, chemistry, AI and energy technologies.
Teaching uses lectures, seminars and small-group tutorials.
International travel, insurance and optional airport transfers are not included.
After completing this programme, participants often pursue:
Use the research project as evidence of sustained STEM interest.
Build research, writing and critical-thinking skills for further study.
Gain experience of lectures, seminars and small-group tutorials.
Receive a certificate after meeting the attendance requirement.
Reflect on which STEM discipline deserves deeper future study.
Participation does not itself guarantee university admission.
The December intake is listed at St Peter's College in Oxford. The 2027 summer programme lists Somerville College in Oxford and Hughes Hall in Cambridge, with each city offering a residential university setting and access to cultural visits.
The exact city for each summer intake should be confirmed during application.
Compare programmes by subject depth, setting, age range and whether you want a broad or specialised STEM experience.
Experiments, real-world questions and group projects
Best for
Students wanting hands-on biology, chemistry and physics.
Natural-world science at Eton College
Best for
Younger students exploring natural sciences.
Focused academic engineering programme in Cambridge
Best for
Students ready to concentrate on engineering.
Physics and astronomy study in Cambridge
Best for
Students committed to physics and astronomy.
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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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