Succeed

    Environmental Science and Sustainability Programs

    Environmental science summer programs for high school students explore ecology, climate and sustainability. Compare field methods, academic focus and local context to build a shortlist.

    Last verified: 10 Oct 2026Reviewed by:SSSean Stevens
    13

    Programs listed

    13

    Providers represented

    0

    Online programs

    13

    In-person or hybrid programs

    • Review scope: Succeed compares distinct programs by subjects, learning formats and stated activities, counting repeat sessions once.

    • Official sources: Provider pages and FAQs support program-specific claims about teaching, fieldwork and family arrangements.

    • Last verified: This indicates when a detail was checked and does not guarantee that it remains unchanged.

    • Changing details: Providers may revise curricula, fees, eligibility and travel arrangements between intakes.

    • Succeed's fit assessments are independent editorial judgments; inclusion does not imply provider or university endorsement.

    Environmental science summer programs introduce students to ecosystems, climate processes and human impacts on the environment. Sustainability programs may also examine energy, food, cities, policy and resource use. Compare the scientific questions and student activities before choosing between a broad introduction and a focused course.

    Fieldwork means collecting observations or samples using a defined method, while a sustainability project may evaluate a problem and propose a response. Columbia Climate School in the Green Mountains lists tree coring, water-quality investigations and climate modeling in a sample schedule that may change. Lamont's Secondary School Field Research Program describes wetland sampling, laboratory experiments and data analysis at Piermont Marsh, illustrating a different research structure and local setting.

    Education, field research and volunteering involve different responsibilities, so an outdoor activity or community proposal should not automatically count as service. UK providers may call short educational programs summer schools, while school-stage labels differ between countries. Use the cards to compare subject emphasis and format, then establish the methods, supervision and local context of each shortlisted program.

    Compare what students actually do, how they investigate questions and why the setting matters.

    • Identify whether the emphasis is ecology, climate science, engineering, policy or sustainability planning.

    • Distinguish field sampling and laboratory analysis from lectures, excursions and project proposals.

    • Ask which methods students practice and how instructors review their work.

    • Consider how local habitats, water systems or urban infrastructure shape the learning.

    • Check prerequisites, workload and the balance between guided teaching and independent work.

    • Confirm field supervision, accessibility and arrangements for weather-dependent activities.

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

    • Count volunteering only when service duties and the community partner are explicitly defined.

    Environmental science and sustainability programs can be worthwhile when their activities match a student's curiosity and starting skills. A focused course can offer a manageable way to explore ecological questions, climate reasoning or sustainability decisions with structured teaching.

    A short program has limited time for repeated sampling, seasonal observation or a substantial investigation. Compare its teaching and feedback with a school project or local learning opportunity, and weigh those benefits against the full cost and travel commitment.

    Highlighted programs by subject fit

    These five programs show the range of environmental and sustainability courses, providers and places. Compare the full list below.

    Environmental Science Summer Course image

    Environmental Science Summer Course

    Atlas Summer Courses

    Environmental Science and Science program run by Atlas Summer Courses in Cambridge or Oxford, for ages 13-17.

    Age range: 13-17

    Cost: From £5,495

    Format: In-person

    Environmental Science
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    Upcoming
    Sustainable Futures image

    Sustainable Futures

    Summer Boarding Courses (SBC)

    Environmental Science and Science program run by Summer Boarding Courses (SBC) in Folkestone, for ages 13-17.

    Age range: 13-17

    Cost: From £3,095

    Format: In-person

    Environmental Science
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    Sustainable Development Summer Academic Experience Course image

    Sustainable Development Summer Academic Experience Course

    University of St Andrews Summer Academic Experience

    Environmental Science and Geography program run by University of St Andrews Summer Academic Experience in St Andrews, for ages 16-18.

    Age range: 16-18

    Cost: From £6,950

    Format: In-person

    Environmental Science
    Compare with other programsSave for laterView details

    Compare the highlighted programs

    CompetitionBest suited forWhy this fit
    Ecology & Environmental Science High School Course

    Summer Springboard

    Environmental Science Summer Course

    Atlas Summer Courses

    Career Insights – Environment & Sustainability

    Immerse Education

    Sustainable Futures

    Summer Boarding Courses (SBC)

    Sustainable Development Summer Academic Experience Course

    University of St Andrews Summer Academic Experience

    How should you compare program cost and value?

    Compare the total family budget with the teaching, methods and feedback you want from the experience.

    • Compare fees in their published currencies, allowing for exchange rates and payment charges.

    • Confirm which accommodation, meals, materials, field trips and local transport the fee includes.

    • Add travel, transfers, equipment and personal spending to the headline price.

    • Compare guided academic time with excursions and independent work rather than duration alone.

    • Confirm scholarship or bursary eligibility and the amount covered before relying on funding.

    • Weigh teaching and feedback against the combined commitment of time, cost and travel.

    Discuss this with a parent or guardian

    Agree on the learning goal, practical arrangements and full financial commitment before paying a deposit.

    • Set a total budget covering the fee, travel, accommodation, meals and additional expenses.

    • Review payment timing, deposit treatment, cancellation terms and refund conditions together.

    • Confirm who supervises field activities, accommodation and travel between sites.

    • Discuss physical activity, terrain, weather and any accessibility or medical arrangements.

    • Establish arrival plans, accommodation responsibilities and family communication arrangements.

    • For online programs, agree on time zones, equipment, workspace and the expected workload.

    Compare programs first

    Browse environmental science and sustainability programs

    Environmental Science
    Upcoming

    Sustainable Futures

    Summer Boarding Courses (SBC)

    Dates: June to August 2027, 3 sessions

    Format / location: In-person / Folkestone

    Age: 13-17

    Cost: From £3,095

    CompareView details
    Environmental Science

    AgriFoodTech

    Sportech Academy

    Dates: June to July 2026, 4 sessions

    Format / location: In-person / Milan

    Age: 15-18

    Cost: From €2,950

    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 comparing environmental programs

    Environmental science program FAQs

    Fieldwork collects observations or samples to investigate an environmental question; volunteering involves defined service responsibilities. A field trip, research exercise or community project proposal does not automatically provide volunteer hours.

    Methods vary and may include species observations, water-quality sampling, tree-ring analysis or climate modeling. Compare whether students collect data, analyze it and receive feedback, rather than assuming every environmental course includes these activities.

    Yes, practical learning can include activities completed at home or locally, as Indiana University's SESE describes. Compare those activities with supervised field sampling, and confirm the equipment, participation requirements and support involved.

    Requirements differ by course, so compare stated prerequisites with your science and mathematics experience. A broad introduction and a course requiring prior laboratory science involve different starting points.

    A certificate and academic credit are separate forms of recognition. Columbia Climate School in the Green Mountains, for example, describes a participation certificate for a non-credit program; assess any credit claim separately.

    UK providers may use summer school for a short educational program, while S4–S6 refers to Scottish secondary school stages. Compare the stated age and school-stage requirements because year labels do not map identically across countries.

    Local habitats and infrastructure shape which environmental questions students can investigate. A wetland research setting, coastal ecology course and urban sustainability course offer different contexts, so confirm how the location connects to the actual activities.

    A campus venue alone does not establish who operates or teaches a program. Confirm the provider's stated relationship with the university and distinguish facility use from university delivery or endorsement.

    Sources & verification

    Source types reviewed

    Succeed uses official provider information where available, then keeps this hub focused on comparison, planning and shortlisting.

    What we verified (on 10 Oct 2026)

    • Program identities compared

    • Canonical subjects checked

    • Learning formats reviewed

    • Field methods distinguished

    • University relationships reviewed

    • Fee inclusions examined

    • Service claims distinguished

    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.