Oxford session 1
27 June-10 July 2027
Two-week course.
Engineering Summer Course
A small-group engineering summer experience focused on real-world problem-solving, design challenges, scientific reasoning and independent study.

A small-group engineering summer experience focused on real-world problem-solving, design challenges, scientific reasoning and independent study.

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Current status
Upcoming
Eligibility
Subject interest and working English
Age range / Year group
Ages 13-15
Location / Region
Oxford; Cambridge
Cost
From £5,495
Duration
2 weeks
Format
In-person
Class size: Typically 8-10 students
Accommodation: Residential and day options
Meals: Full board for residential students
Certificate / Outcome: Certificate, feedback and recommendation
Study pattern: 24 seminar hours; 12 private-study hours
Accreditation: British Accreditation Council
Students investigate how mathematics and science support practical engineering solutions, with possible topics including sustainable energy, materials, structures, mechanics and design.
Teaching combines interactive small-group seminars with problems, case studies, collaborative projects and independent work. The precise syllabus changes with the tutor and group.
It suits students who enjoy understanding how things work, testing ideas and approaching unfamiliar technical problems creatively.
The Engineering Summer Course is an academic experience from Atlas Summer Courses that introduces the thinking engineers use to solve practical problems. Students connect mathematics and scientific principles with areas such as sustainable energy, materials science, structural design and technology.
Small seminars, independent study and applied challenges encourage students to test concepts, compare solutions and explain their reasoning. The curriculum is not fixed: tutors adapt the content to their expertise and the interests and progress of the group.
The course connects mathematics and physics to practical engineering challenges rather than teaching the subjects in isolation.
Small groups give students regular opportunities to question tutors, contribute ideas and discuss their work.
The combination of seminars and private study introduces a more independent academic rhythm.
Hands-on projects and design tasks balance theoretical reasoning with practical problem-solving.
Completion recognition includes a certificate, detailed tutor feedback and a personalized recommendation letter.
Students who enjoy mathematics, physics, design challenges and understanding how systems, structures or technologies work.
You want a fixed, exam-led syllabus or need a guaranteed specialist topic, because tutors adapt the course content each summer.
This course can be worthwhile for a student who wants to test an interest in engineering through small-group teaching and applied work. The mixture of guided discussion, projects and independent study offers more depth than a purely recreational camp.
The main limitation is the significant financial commitment, especially for residential packages. Families should also be comfortable with a flexible syllabus, because the precise engineering topics and tutor are not guaranteed in advance.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
From £5,495; includes All packages include academic teaching and a completion certificate., Non-residential packages include lunch, dinner, trips and activities., Residential packages include accommodation and full-board meals., Residential package inclusions can include Heathrow transfers and insurance., Package inclusions and room arrangements vary by tier..
Accommodation
Residential and day options
Meals
Full board for residential students
Provider details
Review the Atlas Summer Courses provider page and official sources before making a final decision.
Dates and logistics
2 weeks; Oxford; Cambridge.
What to check before committing
Confirm current dates, payment terms, travel arrangements, cancellation rules and what is included with the provider.
Compare this program with similar options before deciding on dates, cost, format and fit.
Compare with similar programsEffort level
Moderate to high academic engagement.
Best started
Begin six to eight weeks before the preferred session, allowing longer for international travel or visa arrangements.
Main challenge
Explaining and refining solutions to unfamiliar technical problems.
Draft the personal statement around a genuine engineering question, project or interest.
Review core mathematics and physics concepts, but do not try to predict the tutor-designed syllabus.
Complete travel, medical, dietary and accommodation information early enough for the provider to arrange support.
Useful if
You are comfortable using school-level mathematics and science to explore new ideas.
Students move between tutor-led seminars, practical engineering challenges, collaborative work and private study. Activities emphasize reasoning, testing ideas and communicating solutions.
Explore how mathematics and science apply to real engineering problems.
Discuss concepts, cases and possible solutions in small seminars.
Complete practice tasks, design activities and collaborative mini-projects.
Research or solve problems independently between seminars.
Present or discuss work and respond to tutor and peer feedback.
Use a reflection session to review progress and future goals.
Oxford session 1
27 June-10 July 2027
Two-week course.
Oxford session 2
4-17 July 2027
Two-week course.
Oxford session 3
11-24 July 2027
Two-week course.
Oxford session 4
18-31 July 2027
Two-week course.
Oxford session 5
25 July-7 August 2027
Two-week course.
Oxford session 6
1-14 August 2027
Two-week course.
Oxford session 7
8-21 August 2027
Two-week course.
Oxford session 8
15-28 August 2027
Two-week course.
Cambridge session 1
27 June-10 July 2027
Two-week course.
Cambridge session 2
4-17 July 2027
Two-week course.
Cambridge session 3
11-24 July 2027
Two-week course.
Cambridge session 4
18-31 July 2027
Two-week course.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Oxford session 1 | 27 June-10 July 2027 | Local | Upcoming | |
Oxford session 2 | 4-17 July 2027 | Local | Upcoming | |
Oxford session 3 | 11-24 July 2027 | Local | Upcoming | |
Oxford session 4 | 18-31 July 2027 | Local | Upcoming | |
Oxford session 5 | 25 July-7 August 2027 | Local | Upcoming | |
Oxford session 6 | 1-14 August 2027 | Local | Upcoming | |
Oxford session 7 | 8-21 August 2027 | Local | Upcoming | |
Oxford session 8 | 15-28 August 2027 | Local | Upcoming | |
Cambridge session 1 | 27 June-10 July 2027 | Local | Upcoming | |
Cambridge session 2 | 4-17 July 2027 | Local | Upcoming | |
Cambridge session 3 | 11-24 July 2027 | Local | Upcoming | |
Cambridge session 4 | 18-31 July 2027 | Local | Upcoming |
Students must be ages 13-15 at course start.
No previous engineering study is required.
Applicants need genuine interest in the chosen subject.
Good spoken and written English is expected.
A personal statement must be submitted in English.
Applicants ages 9-17 provide parent or guardian details.
Program fee
£5,495; £6,995; £7,995; £9,995 — Varies by location and package.
Funding or discounts
What's included
All packages include academic teaching and a completion certificate., Non-residential packages include lunch, dinner, trips and activities., Residential packages include accommodation and full-board meals., Residential package inclusions can include Heathrow transfers and insurance., Package inclusions and room arrangements vary by tier.
Enter the student's date of birth and select Engineering.
Choose Oxford or Cambridge, preferred course dates and a package.
Provide student, parent or guardian and education details.
Write a short English-language personal statement about interests and goals.
Review the course, fees and personal information before submitting.
Wait for the admissions review and offer decision.
If offered a place, follow the instructions and pay the deposit.
The program covers the following focus areas.
Engineering principles
Connect scientific and mathematical ideas with practical systems and technologies.
Structures and materials
Explore forces, material choices and how structures behave under constraints.
Energy and sustainability
Consider sustainable energy and engineering responses to real-world challenges.
Design and problem-solving
Develop, test and improve solutions through projects and technical challenges.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the program.
Small-group lessons introduce concepts, problems and discussion tasks.
Students tackle mini-projects, design activities and engineering challenges.
Structured activities and excursions complement the academic timetable.
Experienced educators and subject specialists lead the course, bringing expertise from academia, industry or education. Tutors shape their syllabus around their specialism and the interests and abilities of the group.
Tutors are confirmed closer to the summer, so previous profiles do not guarantee a specific teacher.
Room type and bathroom arrangements depend on the selected package and availability.
After completing this program, participants often pursue:
Explore future study in mechanical, civil or electrical engineering.
Consider aerospace, chemical or environmental engineering pathways.
Build analytical and problem-solving skills for technical subjects.
Receive a certificate, tutor feedback and recommendation letter.
Access alumni guidance, workshops and future-course discounts.
The course is generally not credit-bearing.
Students can attend in Oxford or Cambridge, with teaching and residential stays hosted at college facilities hired by Atlas Summer Courses. Both historic university cities provide museums, cultural visits, social activities and an academic setting beyond the classroom.
Atlas Summer Courses is independent and is not affiliated with the Universities of Oxford or Cambridge.
Compare these engineering programs if you want a different age range, location, specialization or price point.
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Content reviewed by
Co-founder, Succeed | Founder, Immerse Education (2012–2026)
Sean works at the intersection of academic enrichment, program quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
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We use source material to verify core facts, then show older cycle dates as reference when a current cycle is not available. Always check current application instructions before applying.