Application deadline
3 August 2026
Current application round closes.
Biotechnology
A residential Cambridge biotechnology summer course combining expert-led lectures, practical sessions and a research project focused on real-world scientific applications.

A residential Cambridge biotechnology summer course combining expert-led lectures, practical sessions and a research project focused on real-world scientific applications.

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Current status
Recently closed
Eligibility
Personal statement required
Age range / Year group
Ages 14-18
Location / Region
Cambridge, England
Cost
£6,295; £12,395; £18,495
Duration
2, 4 or 6 weeks
Format
In-person
Accommodation: Cambridge college residence
Meals: Half board
Outcome: Research project and certificate
Tuition: 20 hours per week
Accreditation: BAC short-course provider
A residential academic course exploring biotechnology's role in food, disease treatment and medicine development.
Students study genetics, drug resistance, pharmaceutical science, biotechnology devices and drug design through lectures and practical sessions.
The course suits students considering biological science, biotechnology or related university pathways who want structured academic challenge and a final research project.
The Biotechnology programme is a Reach Cambridge residential summer course exploring the academic foundations and real-world applications of a fast-developing scientific field. It examines how biotechnology affects food production, disease treatment and medicine development.
Students learn through expert lectures, small classes and practical sessions in a university-style environment. Course topics include genetics, drug resistance, pharmaceutical science, biotechnological devices and drug design, culminating in a research project based on a real-world challenge.
The course connects molecular science with practical questions in healthcare, food production and medicine development.
Expert lectures are paired with hands-on sessions, giving students more than classroom-only exposure.
A final research project asks students to apply their learning to a real-world challenge.
The residential structure combines substantial academic tuition with Cambridge activities, lectures and UK excursions.
Reach Cambridge is accredited as a short-course provider by the British Accreditation Council.
Students interested in biology, medicines or biotechnology who want practical learning and a university-style residential experience.
You want a low-cost day course, a formal qualification or a programme focused entirely on laboratory work.
It can be worthwhile for a student who wants to test biotechnology before committing to further study. The mix of lectures, practical sessions and a research project offers useful academic depth, while residential life provides experience of independence and an international learning community.
The main limitation is price: fees begin at £6,295, and travel plus some meals remain additional costs. The certificate is evidence of attendance rather than a formal qualification, so the strongest value comes from the learning, project and informed subject choice.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
£6,295; £12,395; £18,495; includes Cambridge University college accommodation, 20 hours of academic tuition per week, Guest lectures and practical workshops, Half board, with breakfast only on excursion days, Afternoon and evening activities, Two coach excursions per two-week period, 24-hour onsite supervision, Course certificate and report, International student travel insurance for eligible individuals.
Accommodation
Cambridge college residence
Meals
Half board
Provider details
Review the Reach Cambridge provider page and official sources before making a final decision.
Dates and logistics
2, 4 or 6 weeks; Cambridge, England.
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 academic and residential commitment.
Best started
Begin at least four weeks before applying to prepare the personal statement and plan travel, funding and visa requirements.
Main challenge
Moving between complex science, practical application and independent project work.
Review the biotechnology topics and identify the applications that interest you most.
Draft the personal statement in your own words, explaining your motivation and academic goals.
Plan travel documents, spending money and any dietary or accessibility arrangements early.
Bring a laptop or tablet if possible for notes, research and presentations.
Useful if
You already enjoy biology or chemistry and can study in academic English.
Students combine subject teaching with practical exploration and research, then take part in the wider residential programme of lectures, activities and excursions.
Explore how biology, chemistry and technology combine in biotechnology.
Study genetics, drug resistance, pharmaceutical science, devices and drug design.
Take part in expert-led lectures and hands-on practical sessions.
Discuss biotechnology's effects on society, healthcare and the environment.
Complete a research project addressing a real-world challenge.
Join afternoon activities, evening lectures and supervised excursions.
Application deadline
3 August 2026
Current application round closes.
July session 1
5-18 July 2026
Two-week Biotechnology run.
July session 2
19 July-1 August 2026
Two-week Biotechnology run.
Four-week option 1
5 July-1 August 2026
Combined summer programme booking.
Four-week option 2
19 July-15 August 2026
Combined summer programme booking.
Six-week option
5 July-15 August 2026
Combined summer programme booking.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Application deadline | 3 August 2026 | Local | Reference date | Get next-cycle reminder |
July session 1 | 5-18 July 2026 | Local | Reference date | Get next-cycle reminder |
July session 2 | 19 July-1 August 2026 | Local | Reference date | Get next-cycle reminder |
Four-week option 1 | 5 July-1 August 2026 | Local | Reference date | Get next-cycle reminder |
Four-week option 2 | 19 July-15 August 2026 | Local | Reference date | Get next-cycle reminder |
Six-week option | 5 July-15 August 2026 | Local | Reference date | Get next-cycle reminder |
Students aged 14-18 in the programme year.
Open to students of all nationalities.
Academic English required; B2 is recommended.
Student-written personal statement required.
School transcript may be requested.
English-language test may be requested.
Two-week programme
£6,295 — Main residential programme fee.
Funding or discounts
What's included
Cambridge University college accommodation, 20 hours of academic tuition per week, Guest lectures and practical workshops, Half board, with breakfast only on excursion days, Afternoon and evening activities, Two coach excursions per two-week period, 24-hour onsite supervision, Course certificate and report, International student travel insurance for eligible individuals
Choose the programme dates and select Biotechnology on the official application form.
Complete the online parent and student information.
Pay the required deposit to confirm enrolment, subject to completing all requirements.
Upload a 500-1000-word student-written personal statement within 30 days.
Complete the remaining online-account sections and pay the balance.
Provide a school transcript or English-language test if requested.
The programme covers the following focus areas.
Genetics and resistance
Explore genetics and the scientific problem of drug resistance.
Pharmaceutical science
Examine how biotechnology contributes to medicines and disease treatment.
Devices and drug design
Study biotechnological devices and approaches to designing drugs.
Practical biotechnology
Build practical understanding through hands-on scientific sessions.
Research project
Apply course knowledge to a self-directed real-world challenge.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the programme.
Subject classes normally run from 9am to 1pm.
Students join supervised activities or optional taster courses.
Dinner is followed by a guest lecture and organised activities.
Supervised UK excursions replace the usual weekday pattern.
Teaching is delivered by subject specialists, including professors, researchers, postgraduates and practising professionals. Many teachers work or study at leading institutions such as Cambridge, Oxford or London universities.
Classes are generally kept small so teachers can tailor support to students' age, background and experience.
Standard rooms may be single or twin with shared bathrooms; guaranteed single and ensuite options cost extra and depend on availability.
After completing this programme, participants often pursue:
Use the research project to demonstrate sustained biotechnology interest.
Receive a certificate of attendance with a course overview.
Use the course report and reading list to continue independent study.
Compare biotechnology, biological science and pharmaceutical pathways.
Reflect on university-style study before choosing future subjects.
The programme does not itself award academic credit or a formal qualification.
Students live and study in central Cambridge, using college accommodation and university-style teaching spaces such as lecture halls or laboratories. The compact city provides access to historic colleges, museums, the River Cam and supervised free time in the city centre.
Reach Cambridge is independent of the University of Cambridge and hires college accommodation and facilities for its programmes.
Compare related science programmes by subject depth, location, duration and the type of practical experience offered.
University-style biology study in Cambridge
Best for
Students wanting broader biology before specialising in biotechnology.
Hands-on natural science at Eton College
Best for
Younger students exploring biology and wider natural sciences.
Medical science through cases and simulations
Best for
Students more interested in medicine than industrial biotechnology.
Mentored medical research completed online
Best for
Students prioritising independent research and remote participation.
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