Ages 16-17 session
27 June-10 July 2027
Biotechnology and Genetics Summer Course
An intensive biotechnology and genetics course combining small-group seminars, independent assignments and personalized feedback on modern biological science.

An intensive biotechnology and genetics course combining small-group seminars, independent assignments and personalized feedback on modern biological science.

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Current status
Upcoming
Eligibility
Interest and English proficiency required
Age range / Year group
13-24
Location / Region
Cambridge, United Kingdom
Cost
£5,495-£9,995
Duration
2 weeks
Format
In-person
Class size: Up to 10 students
Accommodation: Residential or non-residential
Meals: Full or half board
Certificate / Outcome: Certificate and tutor feedback
Tutors / faculty: Educators and subject specialists
Accreditation: BAC-accredited provider
A focused introduction to biotechnology and genetics covering DNA, inheritance, molecular biology, genetic technologies and real-world applications in medicine, agriculture and research.
Teaching combines small-group seminars with independent study. Older students also complete two assignments and discuss them in weekly tutorials with detailed academic feedback.
It suits curious students who enjoy biology or chemistry and want to test possible pathways in genetics, biotechnology, medicine, biochemistry or related life sciences.
The Biotechnology and Genetics Summer Course is an academic summer program delivered by Atlas Summer Courses. It examines how genetic information is stored, inherited and expressed, alongside ways biotechnology applies biological knowledge in medicine, agriculture, research and industry.
Students learn through discussion-led seminars, case studies and independent study rather than a fixed syllabus. Tutors adapt the precise content to their expertise and the group's interests, while older tracks add tutorials and assessed independent assignments.
Small seminar groups create space for questioning, discussion and close academic feedback.
The course connects foundational genetics with biotechnology applications in medicine, agriculture and research.
Older students complete two independent assignments and receive personalized tutorial feedback.
Residential packages combine academic study with Cambridge college living and cultural activities.
Students finish with a certificate, tutor feedback and, on older tracks, a personalized recommendation.
Students curious about DNA, inheritance, medicine or biological research who enjoy discussion and independent study.
You need a fixed syllabus, laboratory-heavy course or university credit guaranteed by the provider.
The course can be worthwhile for students who want sustained academic exposure to genetics and biotechnology before choosing future subjects or degrees. Small seminars, independent work and detailed feedback offer more depth than a lecture-only introduction.
The main limitation is that tutors set their own syllabi, so specific topics and practical activities are not guaranteed. Families should also compare the substantial package cost with lower-cost courses or independent projects and decide how much they value the residential experience.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
£5,495-£9,995; includes Academic teaching and materials, Small-group seminars and tutorials where applicable, Certificate on completion, Residential accommodation according to package, Meals according to age group and package, Social activities and excursions where included, Heathrow transfer and insurance on qualifying residential packages.
Accommodation
Residential or non-residential
Meals
Full or half board
Provider details
Review the Atlas Summer Courses provider page and official sources before making a final decision.
Dates and logistics
2 weeks; Cambridge, 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
Moderate to high academic commitment.
Best started
Begin planning 6-8 weeks before your preferred session, especially for travel or visa arrangements.
Main challenge
Explaining scientific reasoning clearly and independently.
Choose the age track and session that match your background.
Draft the personal statement around your scientific interests and goals.
Review any pre-course reading and complete onboarding tasks promptly.
Arrange travel documents and UK entry permission early if needed.
Useful if
You already enjoy biology or chemistry, though prior specialist study is unnecessary.
Students investigate genetics and biotechnology through seminars, scientific questions, case studies and independent study. Activities become more independent and tutorial-led on the older tracks.
Examine DNA, inheritance, gene expression and biological variation.
Discuss biotechnology applications in medicine, agriculture and research.
Analyze evidence and work through scientific case studies or problems.
Complete reading, research or other preparation between seminars.
On older tracks, produce two essays or problem sheets.
Discuss independent work and receive detailed tutorial feedback.
Reflect on progress and set further academic goals.
Ages 16-17 session
27 June-10 July 2027
Ages 16-17 session
4-17 July 2027
Ages 16-17 session
11-24 July 2027
Ages 16-17 session
18-31 July 2027
Ages 16-17 session
25 July-7 August 2027
Ages 16-17 session
1-14 August 2027
Advanced session
4-17 July 2027
For ages 18-24
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Ages 16-17 session | 27 June-10 July 2027 | Local | Upcoming | |
Ages 16-17 session | 4-17 July 2027 | Local | Upcoming | |
Ages 16-17 session | 11-24 July 2027 | Local | Upcoming | |
Ages 16-17 session | 18-31 July 2027 | Local | Upcoming | |
Ages 16-17 session | 25 July-7 August 2027 | Local | Upcoming | |
Ages 16-17 session | 1-14 August 2027 | Local | Upcoming | |
Advanced session | 4-17 July 2027 | Local | Upcoming |
Choose the 13-15, 16-17 or 18-24 age track.
Show genuine interest in biotechnology and genetics.
Have good spoken and written English.
No previous standalone biotechnology or genetics study is required.
Advanced 18-24 applicants need two undergraduate years in a related subject.
Applicants under 18 provide parent or guardian details.
Program fee
£5,495-£9,995 — Package and accommodation choice affect price.
Funding or discounts
What's included
Academic teaching and materials, Small-group seminars and tutorials where applicable, Certificate on completion, Residential accommodation according to package, Meals according to age group and package, Social activities and excursions where included, Heathrow transfer and insurance on qualifying residential packages
Open the official online application form.
Enter the student's date of birth to view suitable courses.
Choose the course, dates and accommodation or package option.
Provide student contact details and a personal statement in English.
Add current or recent school, college or university details.
Provide parent or guardian details when the applicant is under 18.
Review the selections, fees and personal information before submitting.
Wait for admissions review, then follow the offer and deposit instructions.
The program covers the following focus areas.
DNA and inheritance
Explore how biological information is stored and passed between generations.
Gene expression and variation
Investigate how genes influence biological characteristics and individual differences.
Genetic engineering
Consider how scientists analyze, edit and manipulate genetic material.
Biotechnology applications
Examine applications across medicine, agriculture, research and industry.
Ethics and society
Debate the implications and limits of changing biological systems.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the program.
24 seminar hours plus 12 hours of private study over two weeks.
Six three-hour seminars plus one tutorial each week.
Older students complete around 20 hours of reading and assignment work.
Teaching is balanced with workshops, excursions and supervised social activities.
Teaching is led by experienced educators and subject specialists active across academia, research, industry and education. Tutors shape the syllabus around their expertise and the interests of their group.
Tutors are confirmed closer to the summer, so published profiles may represent previous teaching staff.
Room type, bathroom arrangement and additional benefits depend on the selected package.
After completing this program, participants often pursue:
Test interest in genetics, biotechnology or molecular biology.
Prepare for further study in biochemistry, biomedical science or medicine.
Build scientific reasoning, evidence analysis and problem-solving skills.
Receive a completion certificate and written tutor feedback.
Use the older-track recommendation to document academic engagement.
Most Atlas Summer Courses are not credit-bearing; recognition varies by institution.
The course takes place in Cambridge using facilities hired from colleges of the University of Cambridge. Students combine academic study with time in the city and social or cultural activities included in their selected package.
Atlas Summer Courses is an independent provider and is not affiliated with or endorsed by the University of Cambridge.
Compare these related biology, biotechnology and medical-science summer programs by academic focus, setting and level.
Biotechnology study in a Cambridge summer setting
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Students wanting biotechnology without a combined genetics title.
DNA and biological discovery with computing context
Best for
Students interested in biology and computational approaches.
Medical and biological sciences taught in Cambridge
Best for
Older students exploring biology alongside medical science.
Broad biology study in a Cambridge setting
Best for
Students not yet ready to specialize in genetics.
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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.
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