Succeed

    STEM Summer Programs for High School Students

    STEM summer programs for high school students range from broad subject exploration to focused engineering, coding and science projects. Compare the work you will do and the depth of study.

    Last verified: 10 Oct 2026Reviewed by:SSSean Stevens
    20

    Programs listed

    20

    Providers represented

    0

    Online programs

    20

    In-person or hybrid programs

    Succeed compares subject breadth, teaching format and practical work so families can build a shortlist around learning goals.

    • Checks: Succeed reviews program identity, subject coverage, format, eligibility and stated fees.

    • Official sources: Provider and university pages establish stated features and relationships, while fit labels reflect Succeed's interpretation.

    • Last verified: This records when a listing's details were last reviewed, rather than guaranteeing they remain unchanged.

    • Changes: Providers can revise curricula, fees, eligibility and policies between intakes.

    • Succeed is independent of the providers featured; inclusion is an editorial selection, not a provider endorsement.

    STEM summer programs offer study in science, technology, engineering and mathematics through courses, practical activities or research. Broad programs introduce several fields, while focused courses spend more time on one discipline or technical skill. Compare the curriculum students actually follow, because a long subject list does not mean every participant studies every subject.

    Project work can involve a guided build, a prescribed experiment or an investigation with a research question. Look for the student's role in choosing methods, testing ideas and explaining results, alongside the feedback they receive. UK providers may call these summer schools, and sixth form refers to the final two years of secondary education.

    Choose by the learning experience, then compare practical requirements and family commitments.

    • Decide whether you want to explore several STEM fields or deepen one existing interest.

    • Check which subjects each participant studies, rather than relying on the full course catalog.

    • Match mathematics, science and coding prerequisites to your current preparation.

    • Distinguish demonstrations, guided projects and research that involves student decisions.

    • Look for clear descriptions of teaching, supervision, feedback and final work.

    • Compare daily workload, teaching format and access to equipment or software.

    • Confirm the operator and any stated university relationship separately from the venue.

    • Review international eligibility, language requirements and accessibility before planning travel.

    A STEM summer program can be worthwhile when its teaching and practical work match a question you want to explore. Broad study can help you compare disciplines, while focused work gives you more time with a particular method or problem.

    A short program has limits: introductions, guided builds and research placements offer different levels of independence. Compare the full commitment with a school club, local course or independent project, especially when travel and fees are substantial.

    Highlighted STEM programs by learning goal

    These five programs show the range of STEM subjects, providers and places. Compare the full list below.

    Academic Insights – Engineering image

    Academic Insights – Engineering

    Immerse Education

    Engineering and Science program run by Immerse Education in Cambridge, for ages 13-18.

    Age range: 13-18

    Cost: From £5,995

    Format: In-person

    Engineering
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    Automotive Engineering High School Course image

    Automotive Engineering High School Course

    Summer Springboard

    Engineering and Technology program run by Summer Springboard in Ann Arbor, for ages 14-18.

    Age range: 14-18

    Cost: From $5,698

    Format: In-person

    Engineering
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    Upcoming
    Canford Future Scientists (STEM) image

    Canford Future Scientists (STEM)

    Summer Boarding Courses (SBC)

    Science and Space & physics program run by Summer Boarding Courses (SBC) in Oxford, for ages 12-16.

    Age range: 12-16

    Cost: From £4,795

    Format: In-person

    Science
    Compare with other programsSave for laterView details
    Senior Science, Innovation, and Technology Programme image

    Senior Science, Innovation, and Technology Programme

    Oxbridge Summer Scholars

    Computer Science and Engineering program run by Oxbridge Summer Scholars in Oxford or Cambridge, for ages 16-19.

    Age range: 16-19

    Cost: From £6,550

    Format: In-person

    Computer Science
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    Sustainable Engineering Summer Course image

    Sustainable Engineering Summer Course

    Atlas Summer Courses

    Engineering and Environmental Science program run by Atlas Summer Courses in Oxford, for ages 16-17.

    Age range: 16-17

    Cost: From £5,495

    Format: In-person

    Engineering
    Compare with other programsSave for laterView details

    Compare the highlighted programs

    CompetitionBest suited forWhy this fit
    Academic Insights – Engineering

    Immerse Education

    Automotive Engineering High School Course

    Summer Springboard

    Canford Future Scientists (STEM)

    Summer Boarding Courses (SBC)

    Senior Science, Innovation, and Technology Programme

    Oxbridge Summer Scholars

    Sustainable Engineering Summer Course

    Atlas Summer Courses

    How should you compare program cost and value?

    Compare the full cost with confirmed teaching, project support and inclusions, because headline fees cover different things.

    • Ask each provider to distinguish tuition from accommodation, meals, materials and optional activities.

    • SSP's 2026 fee included tuition, room, board, supplies, local field trips and local transportation.

    • RSI includes college-level classes, an individual mentored research project, research planning and final presentations.

    • SAMS includes Quantitative and Computational Skill seminars, weekly writing workshops and the credit-bearing Student to Scholar course.

    • SAMS provides small-group mentoring, group tutoring and academic coaching; participants cover travel to Pittsburgh.

    • Compare funding and travel costs; SSP commits to covering demonstrated need, including eligible student travel expenses.

    • Weigh full costs, travel and workload against teaching, feedback and alternatives such as local courses or independent projects.

    Discuss this with a parent or guardian

    Agree on the learning goal and practical arrangements before paying a deposit.

    • Set a total budget covering fees, travel, insurance, equipment and spending money.

    • Agree on deposit timing, payment installments and written refund terms.

    • Confirm accommodation, meals, supervision and arrangements outside teaching hours.

    • Plan travel, entry requirements, transfers and emergency communication.

    • Discuss workload, independence and whether online, commuter or residential study fits.

    • Confirm accessibility, medical support, dietary needs and fee inclusions before booking.

    Compare programs first

    Browse all reviewed STEM programs

    Engineering
    Closes 27 Jun 2027

    NYLF Explore STEM Junior Summer Program

    Envision

    Dates: June to July 2027, 36 sessions

    Format / location: In-person / Berkeley or Nashville or San Diego or Seattle or Houston or Atlanta or New York or Boston or Chicago

    Age: 11-14

    Cost: From $2,899

    CompareView details

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    Sean Stevens

    Selection reviewed by

    Sean Stevens

    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.

    View author page

    Guides for choosing a STEM program

    STEM summer program FAQs

    Choose broad study if you want to compare interests across several fields. Choose a focused course if you already have a subject or skill you want to investigate more deeply, then compare its starting level and practical work.

    Project work can mean following instructions, building a prototype or investigating a research question. Ask what decisions students make, how they use data and what feedback they receive before treating a project as original research.

    Requirements vary by course, even within the same provider. Compare the stated programming prerequisites and mathematics level with your experience, and ask how teaching supports students at different starting points.

    Eligibility varies by program; SAMS, for example, requires U.S. citizenship or permanent residency. Confirm country, grade and language requirements, then consider travel permissions separately from program eligibility.

    UK providers often use summer school for an academic summer program. Sixth form refers to the final two years of secondary education, so compare the provider's age and school-year requirements rather than assuming a direct grade equivalence.

    A campus venue alone does not establish who operates or teaches a program. Identify the provider and use only its stated relationship with the university when comparing options.

    Price alone does not establish teaching quality or fit. Compare curriculum, practical work, feedback, eligibility and full family costs, including any funding and travel expenses.

    Sources & verification

    What we verified (on 10 Oct 2026)

    • Program identities checked

    • Subject lists reviewed

    • Teaching formats compared

    • Research activities reviewed

    • Fee inclusions reviewed

    • Provider relationships checked

    How Succeed uses this information

    We use source material to check core facts and explain why programs may be worth considering. Students and parents should still review the current official provider page before applying or paying.