Programme dates
5 July-13 August 2027
In-person Program
Biomedical Engineering Summer Research Program
Supervised biomedical engineering research at King's College London combines experiments addressing medical problems with scientific writing and presentation.
Last verified: 9 Oct 2026Reviewed by:SSSean Stevens
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Biomedical Engineering at a glance: cost, dates and eligibility
Current status
Upcoming
Eligibility
Related-degree undergraduates; GPA and English prerequisites
Age range / Year group
Ages 18+
Location / Region
London, United Kingdom
Cost
£5,785; £8,710
Duration
6 weeks
Format
In-person
Biomedical EngineeringEngineeringMedicine
Accommodation: Optional single en-suite residence
Meals: Budget separately; shared kitchens
Certificate / Outcome: Certificate; potential 6–8 US credits / 15 ECTS
Campus experience: St Thomas' Hospital research labs
Research commitment: Minimum 35 lab hours weekly
Tutors / faculty: Experienced project supervisor; Kawal Rhode listed
Biomedical Engineering summary
This is a supervised biomedical engineering research experience built around medical problems and unmet patient needs. Students join a host laboratory group and contribute to an academic project.
The work combines literature review, experimental design, laboratory investigation and scientific communication. Assessment follows the familiar research outputs of a literature review, scientific paper and oral presentation.
It suits someone who wants to test whether the practical work of research appeals to them and is comfortable taking responsibility for an independent project.
What is Biomedical Engineering Summer Research Program?
The Biomedical Engineering Summer Research Program is a King's College London course centered on an academic research project addressing a medical problem. Students work within the School of Biomedical Engineering and Imaging Sciences' research environment and are based at St Thomas' Hospital.
The experience combines independent laboratory work with project supervision, lab group participation and academic writing seminars. Project examples include medical robotics, anatomical models for surgical simulation, 3D printing and virtual reality for life sciences. Students communicate their work through a literature review, scientific paper and oral presentation.
Why Succeed highlights Biomedical Engineering
Projects connect engineering methods to defined medical needs, giving students a concrete reason for their experimental work.
Joining a host lab group offers a practical view of research collaboration alongside independent responsibility.
The assessment requires students to explain their research in both scientific writing and an oral presentation.
Individual supervision and weekly academic writing seminars support the transition from experiments to a coherent research account.
Who is Biomedical Engineering for?
Best for
A student who wants to explore research through sustained experimental work and enjoys connecting engineering ideas to medical problems.
Not ideal if
You want a broad introductory summer course or cannot commit to intensive laboratory work, independent study and scientific writing.
Is Biomedical Engineering worth it?
The strongest value is the chance to experience how a research project moves from a literature review and experimental strategy to written and spoken findings. Working within a lab group can help you decide whether further research study fits your interests and working style.
The commitment makes sense when the project itself matters to you and you can use the scientific work afterward. It is a substantial investment, and final project allocation may differ from your preference. Degree credit also depends on your home institution's approval.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
£5,785; £8,710; includes Academic tuition and course materials., Lab supplies and protective equipment where applicable., On-campus Wi-Fi and access to campus facilities., Certificate on completion., Extracurricular activities, excluding travel., Accommodation with the residential package..
Accommodation
Optional single en-suite residence
Meals
Budget separately; shared kitchens
Provider details
Review the King's College London provider page and official sources before making a final decision.
Dates and logistics
6 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 programsHow much preparation does Biomedical Engineering need?
Effort level
High, with full-time research and substantial scientific writing.
Best started
Begin application documents several weeks before applications open, then allow several weeks before the session for the required literature review.
Main challenge
Turning an independent experimental project into a clear, defensible scientific account.
Typical preparation
Read the project aims and identify a medical problem you want to investigate.
Gather your transcript and any required English-language evidence.
Draft a personal statement explaining your preferred project and motivation.
Discuss credit approval, housing and immigration arrangements before making commitments.
Useful if
You want to test your interest in research and develop evidence of scientific thinking.
What do students do on Biomedical Engineering?
You take ownership of a biomedical engineering project while working under an experienced supervisor and alongside a host lab group. The process brings together research planning, experiments and communication of findings.
Step-by-step process
- 1
Complete a literature review before the program begins.
- 2
Set project goals and design an experimental strategy.
- 3
Learn the scientific techniques needed for your experiments.
- 4
Carry out independent laboratory research with supervisor and lab group support.
- 5
Attend weekly academic writing and discipline-specific seminars.
- 6
Prepare a scientific paper and deliver an oral presentation.
Biomedical Engineering dates and deadlines
Upcoming
Applications open
9 November 2026
King's Summer School application opening for the 2027 cycle.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Programme dates | 5 July-13 August 2027 | Local | Upcoming | |
Applications open | 9 November 2026 | Local | Upcoming |
Eligibility and requirements
Age 18 or older.
Completed third undergraduate year with GPA at least 3.3/4.
Completed second year with GPA 3.5/4 may be considered.
Related undergraduate study: Mathematics, physics, engineering, sciences or medicine.
English proficiency at CEFR C1 or equivalent.
How much does Biomedical Engineering cost?
Program fee
£5,785 — 2026 tuition-only reference price.
Funding or discounts
- Residential package: £8,710 — 2026 tuition and accommodation reference price.
- Application fee: £65 — Non-refundable; partner-institution applicants may be exempt.
What's included
Academic tuition and course materials., Lab supplies and protective equipment where applicable., On-campus Wi-Fi and access to campus facilities., Certificate on completion., Extracurricular activities, excluding travel., Accommodation with the residential package.
How to apply to Biomedical Engineering
- 1
Confirm that your undergraduate study, GPA and English proficiency meet the research prerequisites.
- 2
Use the course's summer@kcl.ac.uk contact to express interest or ask project-specific questions.
- 3
Prepare your transcript, any required English evidence and a personal statement naming your preferred project.
- 4
Complete the undergraduate application form with your personal details, course choice and residential preference.
- 5
Pay the application fee and add the payment reference unless you qualify for an exemption.
- 6
Submit the application and, if successful, pay the course fee to confirm your place.
Next step with Succeed
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What does Biomedical Engineering cover?
The program covers the following focus areas.
Medical robotics
Develop and evaluate robotic approaches to aortic aneurysm repair or vocal cord treatment.
Anatomical modeling and 3D printing
Use scanning, medical imaging and manufacturing methods to create or evaluate anatomical models.
Surgical simulation
Design physical training models and evaluate their realism, usability or effectiveness with clinical collaborators.
Radiation and X-ray systems
Investigate robotic radiation monitoring or develop 3D-printed X-ray test objects with medical physics teams.
Virtual reality for life sciences
Convert CT scans into 3D models for a virtual museum and evaluate its educational value.
Curriculum may be adjusted based on participant interests and current developments.
What is a typical day on Biomedical Engineering?
A typical day during the program.
Laboratory project work
Commit at least 35 hours each week to laboratory project work.
Supervisor and lab meetings
Attend individual supervisor meetings and meetings with the host lab group.
Academic seminars
Join seminars on academic writing skills and discipline-specific topics.
Who teaches on Biomedical Engineering?
Students work under an experienced project supervisor and receive guidance from their host lab group on scientific techniques. The course lists Kawal Rhode, Professor in Biomedical Engineering and Head of Education at the School of Biomedical Engineering and Imaging Sciences.
Where do students stay on Biomedical Engineering?
Residential plan
- Single en-suite rooms: Great Dover Street Apartments provides single rooms with showers, linen and towels.
- Kitchens and meal planning: Shared kitchens are available, and students should budget separately for meals.
- Residence support and security: The residence lists 24/7 reception and assistance, secure access and communal-space CCTV.
- Communal facilities: Facilities include a gym, common room, study areas and laundry room.
Non-residential plan
- Tuition-only option: Students can select tuition without the residential package.
- Campus access and activities: Tuition includes campus facilities, Wi-Fi and extracurricular activities, excluding travel.
Refurbishment during 2026/27 may cause noise disruption or require room moves.
What happens after Biomedical Engineering?
After completing this program, participants often pursue:
A literature review and scientific paper documenting your research.
An oral presentation communicating your findings.
A completion certificate and final-mark transcript.
Potential 6–8 US credits or 15 ECTS toward your degree.
Practical experience to inform your next research or study decision.
External degree credit requires approval from your home institution.
Where does Biomedical Engineering take place?
Research takes place on campus in London, with students based at St Thomas' Hospital. The undergraduate residential option is Great Dover Street Apartments, which is around a ten-minute walk from Guy's Campus and London Bridge Station.
Arrange your own airport transfer and budget for local travel.
Biomedical Engineering FAQs
No. It requires completed undergraduate study: normally a third year with GPA 3.3/4, while applicants who have completed their second year with GPA 3.5/4 may also be considered.
Students must commit full-time, with at least 35 hours of laboratory project work each week. Individual supervisor meetings, lab group meetings and weekly seminars also form part of the experience.
Assessment consists of a literature review worth 20%, a scientific paper worth 60% and an oral presentation worth 20%.
The module is usually awarded 6–8 US credits or 15 ECTS. Your home institution must agree to award external credit, so arrange approval with it before relying on a transfer.
Your personal statement should name your preferred project and explain your reasons. Final allocation takes place at the start of the program and considers evolving scientific needs.
The undergraduate residential package uses Great Dover Street Apartments. Students receive single en-suite rooms with showers, linen and towels; the residence also has shared kitchens.
You need an academic transcript, evidence of English proficiency if required, and a personal statement naming your chosen research project and explaining why you want to undertake it.
King's provides guidance on Standard Visitor visas and electronic travel authorization for short study visits. After fee payment, students receive a confirmation or visa-support letter; students remain responsible for obtaining appropriate immigration permission.
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Save this program in Succeed to compare it with similar programs, dates, costs and formats in one place.
Compare with other programsContent 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.
Sources and verification
Source types reviewed
- Great Dover Street
- Information for applicants | Summer Programmes | King’s College London
- Summer at King's | Summer Programmes | King’s College London
- Undergraduate Summer School | Summer Programmes | King’s College London
- Terms and Conditions for Summer School, Winter School and Bespoke Programmes 2027
- Biomedical Engineering Summer Research Programme
Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
What we verified (on 9 Oct 2026)
Research prerequisites reviewed
2027 session dates checked
Application opening date checked
Assessment weightings verified
Residential arrangements reviewed
Fee reference year identified
Cancellation terms reviewed
How Succeed uses this information
We use source material to verify core facts, then show older cycle dates as reference when a current cycle is not available. Always check current application instructions before applying.
Biomedical Engineering Summer Research Program
by King's College London
Upcoming
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