Applications
Rolling admissions
2026 admissions model: places allocated on a first-come, first-served basis.

by Imperial Global Summer School
Imperial’s Physics Summer School combines oscillation experiments, calculus and Python simulations with a collaborative Innovation Challenge.
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Current status
Applications open
Eligibility
Academic and English criteria; STEM interest
Age range / Year group
Ages 16-17
Location / Region
London, United Kingdom
Cost
£7,695
Duration
2 weeks
Format
In-person
Application deadline
Rolling · Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Save programImperial’s physics track explores one central phenomenon—oscillations—through mathematics, experiments and computer simulations.
Students learn Python from the basics, analyze laboratory data and explain their findings in a group presentation.
The Innovation Challenge adds collaborative problem-solving across subjects, making this a strong fit for students who enjoy connecting theory with practical work.
The Physics Summer School is an academic track within Imperial College London’s Global Summer School. It examines oscillations using calculus, laboratory experiments and computer simulations, with teaching led by Imperial’s Department of Physics.
Students move between lectures, undergraduate laboratories and the computing suite, learning Python and analyzing their own experimental data. Group presentations bring that work together, while the second-week Innovation Challenge connects students from different subjects to tackle a real-world problem.
Studying oscillations through mathematics, experiments and simulations helps students connect three ways of investigating the same physical problem.
Python teaching assumes no prior knowledge and progresses to scientific libraries and experimental data analysis.
Undergraduate laboratory and computing facilities give the academic work a concrete university setting.
Named Imperial physics academics lead the subject, with student mentors supporting participants.
The Innovation Challenge extends subject learning into communication and collaboration across disciplines.
Students who want to test their interest in university physics through mathematical reasoning, laboratory work and scientific programming.
You want exam-board revision, a broad survey of physics topics or a day-only experience with evenings at home.
The strongest reason to choose this program is the chance to connect physical theory with experiments and code. Students who enjoy investigating a question from several angles can use the laboratory work and presentations to judge whether university-style physics suits them.
The substantial fee and compulsory campus stay deserve careful family consideration. Its focused study of oscillations also suits subject exploration better than broad syllabus revision, so compare the academic experience with your own learning goals.

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Cost and what is included
£7,695; includes Lectures, scientific programming and laboratory sessions, Second-week Innovation Challenge, Twin en-suite campus accommodation, Bedroom linen and towels, Academic and pastoral student mentor support, Scheduled social activities and excursions.
Accommodation
Prince’s Gardens twin en-suite rooms
Provider details
Review the Imperial Global Summer School provider page and official sources before making a final decision.
Dates and logistics
2 weeks; London, 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 program with similar options before deciding on dates, cost, format and fit.
Compare with similar programsEffort level
High, with intensive academic work and a full residential schedule.
Best started
Prepare references and documents several weeks before a future rolling-admissions cycle; allow longer for overseas travel.
Main challenge
Connecting new calculus and coding concepts with experimental results.
Complete the recommended background reading before attending.
Draft a focused 150-word personal statement explaining your motivation and relevant experiences.
Coordinate your teacher reference and parent or guardian support, and gather official academic records.
Plan travel documentation and insurance early if you will travel from overseas.
Useful if
You want to experience the working methods of university physics.
You investigate oscillations by comparing mathematical ideas, experimental observations and computer models. Your team then explains its findings before joining students from other subjects for the Innovation Challenge.
Learn about calculus, simple harmonic oscillators, damping and forcing in lecturer-led sessions.
Build basic Python skills and use Matplotlib, NumPy and SciPy for scientific tasks.
Work in teams to collect and analyze data in an undergraduate teaching laboratory.
Create simulations of simple oscillations and model more complex systems.
Prepare, rehearse and deliver a group presentation, then answer questions.
Collaborate across subjects on an Innovation Challenge project and presentation.
Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Applications
Rolling admissions
2026 admissions model: places allocated on a first-come, first-served basis.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Applications | Rolling admissions | Local | Reference date |
Be 16 or 17 before the program starts.
Do not turn 18 before or during attendance.
UK-based and international students may apply.
Demonstrate STEM enthusiasm, academic excellence and clear motivation.
Meet the academic and English language criteria.
Submit at least eight Key Stage 4 subjects or international equivalents.
Provide teacher and parent or guardian references.
Live on campus throughout the program.
Program fee
£7,695 — 2026 residential program fee.
Funding or discounts
What's included
Lectures, scientific programming and laboratory sessions, Second-week Innovation Challenge, Twin en-suite campus accommodation, Bedroom linen and towels, Academic and pastoral student mentor support, Scheduled social activities and excursions
For a future application cycle, create and verify an account in Imperial’s Aspire portal.
Select Global Summer School, your session and Physics, then provide your academic and English language information.
Write a personal statement of no more than 150 words and provide accurate teacher and parent or guardian contacts.
Submit the application so Imperial can request both references and assess it.
If you receive a conditional offer, upload the requested passport, academic and English qualification documents within the stated offer window.
After an unconditional offer, complete the student and parent acceptance forms and make full payment as instructed.
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The program covers the following focus areas.
Oscillations and calculus
Study simple harmonic oscillators, damping and forcing through lecturer-led mathematical teaching.
Python for science
Learn basic Python and use Matplotlib, NumPy and SciPy in scientific computing.
Experimental physics
Conduct team experiments in an undergraduate laboratory and collect and analyze your data.
Computer simulations
Construct simulations of simple oscillations before modeling more complex physical systems.
Innovation Challenge
Share expertise with students from other subjects to tackle a real-world challenge.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the program.
Week one Tuesday-Friday covers physics, programming, simulations and presentation preparation; week two Monday-Thursday covers the team project.
Laboratory, simulation, project and presentation sessions run for three hours; week-one Tuesday programming is listed as 13:30-14:00.
One-hour masterclasses appear on week-one Tuesday and Thursday and week-two Tuesday.
Activities include sports, theater, bowling, a Brighton day trip and a Thames boat party, with groups attending at different times.
Professor David Colling and Dr Alexander Richards from Imperial’s Department of Physics lead the subject. Imperial Enterprise Lab leads the Innovation Challenge, while current Imperial student mentors provide academic and pastoral support.
Campus residence is required throughout attendance; summer-school accommodation is not provided before or after the program.
After completing this program, participants often pursue:
Gain firsthand experience of university-style physics teaching.
Build a foundation in Python for scientific analysis.
Create simulations and explain experimental findings in a team presentation.
Develop communication and teamwork through the Innovation Challenge.
Experience campus living with support from current Imperial students.
Students study and stay at Imperial College London’s South Kensington campus, using undergraduate teaching laboratories and computing facilities. The residential experience also includes activities in London and a scheduled Brighton excursion.
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Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
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Physics Summer School
by Imperial Global Summer School
May qualify for the £300 Succeed Programme Award.
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