Programme dates
19-30 July 2027
In-person Program
Medical Applications of 3D Printing Summer School
Explore how 3D printing turns medical scans and digital designs into anatomical models, with practical printer building, FreeCAD design and assessed project work.
Last verified: 9 Oct 2026Reviewed by:SSSean Stevens
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Medical Applications of 3D Printing at a glance: cost, dates and eligibility
Current status
Upcoming
Eligibility
Undergraduates, graduates or experienced professionals
Age range / Year group
Ages 18+
Location / Region
London, United Kingdom
Cost
£2,550; £3,525
Duration
2 weeks
Format
In-person
Biomedical EngineeringMedicineTechnology
Accommodation: Optional single en-suite residence
Meals: Budget separately
Certificate / Outcome: Completion certificate and results transcript
Sessions / cadence: Monday-Friday, 4-5 campus hours/day
Study workload: 45 contact + 105 independent hours
Assessment: 30% presentation; 70% project display
Tutor: Professor Kawal Rhode
Medical Applications of 3D Printing summary
King's College London's course connects 3D printer construction with medical-image modeling and digital design. It follows the process from a scan or CAD model to a physical print.
Practical work includes printer operation, anatomical modeling and FreeCAD design, supported by lectures, tutorials and group learning.
The strongest fit is an interest in the technical side of health care, with practical project work and presentation assessment.
What is Medical Applications of 3D Printing Summer School?
Medical Applications of 3D Printing Summer School is a King's College London course connecting biomedical engineering with practical health care applications. Students explore how a small 3D printer works and how medical images and digital designs become printable models.
The campus-based teaching combines interactive lectures, seminars, tutorials, group work and practical lab activities. Students encounter CT and MR image segmentation, anatomical modeling and FreeCAD design, then demonstrate their learning through a practical project and presentation.
Why Succeed highlights Medical Applications of 3D Printing
Printer building, medical-image segmentation and CAD design connect several stages of a real technical workflow.
The anatomical examples make the relationship between engineering and health care concrete.
Practical project assessment rewards demonstrated skills alongside clear explanation.
A named biomedical engineering professor and a detailed module syllabus give students a clear basis for evaluating the teaching.
The credit equivalence may support degree planning when a home institution approves transfer.
Who is Medical Applications of 3D Printing for?
Best for
Students interested in biomedical engineering who want to connect medical imaging, digital design and practical fabrication.
Not ideal if
Your priority is patient-facing work experience or a light summer introduction; the focus is technical and the assessed workload is substantial.
Is Medical Applications of 3D Printing worth it?
This course has a clear case for students who want practical exposure to medical fabrication. Building a printer and converting scans into models provide specific skills to reflect on, while project assessment gives the experience academic substance.
The commitment deserves careful planning because the module carries 150 study hours and separate living expenses. Its value is strongest when the technical focus serves your interests or degree plans; confirm any credit transfer before making that part of your decision.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
£2,550; £3,525; includes Academic tuition, Course materials, including applicable building materials and lab supplies, On-campus Wi-Fi, Campus library, classroom and catering-facility access, Completion certificate, Extracurricular activities, excluding travel, Accommodation when booking the residential package.
Accommodation
Optional single en-suite residence
Meals
Budget separately
Provider details
Review the King's College London provider page and official sources before making a final decision.
Dates and logistics
2 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 Medical Applications of 3D Printing need?
Effort level
High for a short summer course.
Best started
Begin document and funding preparation four to six weeks before the announced application opening; allow longer for immigration planning.
Main challenge
Managing technical practice, independent study and project assessment within a compact schedule.
Typical preparation
Gather academic records and any required English-language evidence.
Read the module syllabus and familiarize yourself with FreeCAD and medical-image segmentation concepts.
Ask your home institution about credit transfer before booking.
Plan accommodation, meals and local travel, and review cancellation terms before making non-refundable arrangements.
Useful if
You want to test your interest in biomedical design and fabrication.
What do students do on Medical Applications of 3D Printing?
You work through the main stages of medical 3D printing, from understanding the printer to preparing a digital model for fabrication. Practical learning culminates in demonstrating and explaining your work.
Step-by-step process
- 1
Learn how a small 3D printer is constructed and operated.
- 2
Explore the cost effectiveness and health care applications of 3D printing.
- 3
Segment CT or MR images to create anatomical models.
- 4
Use FreeCAD to design 3D structures.
- 5
Prepare digital models for printing and complete the practical assessment and presentation.
Medical Applications of 3D Printing dates and deadlines
Upcoming
Applications open
9 November 2026
King's summer school application opening.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Programme dates | 19-30 July 2027 | Local | Upcoming | |
Applications open | 9 November 2026 | Local | Upcoming |
Eligibility and requirements
Be at least 18 when the course starts.
Be currently or previously enrolled in an undergraduate degree.
Professionals with substantial relevant experience may also apply.
Meet the minimum 2:1 degree-equivalent grade requirement.
Have CEFR C1 English proficiency or equivalent.
How much does Medical Applications of 3D Printing cost?
2026 tuition-only fee
£2,550 — One two-week course.
Funding or discounts
- 2026 residential fee: £3,525 — Tuition and accommodation for one two-week course.
- Application fee: £65 — Non-refundable; partner-institution applicants may be exempt.
What's included
Academic tuition, Course materials, including applicable building materials and lab supplies, On-campus Wi-Fi, Campus library, classroom and catering-facility access, Completion certificate, Extracurricular activities, excluding travel, Accommodation when booking the residential package
How to apply to Medical Applications of 3D Printing
- 1
Review the course's academic, age and English-language requirements.
- 2
Complete your personal details in the undergraduate application and select the course and accommodation option.
- 3
Provide academic and English-language evidence and a personal statement.
- 4
Pay the application fee unless exempt and add the payment reference.
- 5
Review and submit your application; King's normally responds within five working days.
- 6
If offered a place, pay the tuition fee to confirm it.
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What does Medical Applications of 3D Printing cover?
The program covers the following focus areas.
Printer construction and operation
Learn how to build a small 3D printer from a toolkit and operate it.
Medical-image segmentation
Use CT and MR images to create anatomical models such as a femur or an aorta.
FreeCAD design
Practice the basics of computer-aided design to create 3D structures.
Print preparation
Prepare digital models and translate them into physical 3D prints.
Health care applications
Explore the cost effectiveness and multiple health care applications of 3D printing.
Curriculum may be adjusted based on participant interests and current developments.
What is a typical day on Medical Applications of 3D Printing?
A typical day during the program.
Campus teaching
Expect 4-5 hours daily, usually 09:00-13:00 or 14:00-18:00.
Independent study
The syllabus allocates 105 independent study hours alongside 45 contact teaching hours.
Example social activities
The sample timetable shows Monday-Thursday activities at 18:00-20:00, including a reception, walking tour, cinema and comedy.
Who teaches on Medical Applications of 3D Printing?
The course lists Kawal Rhode, Professor in Biomedical Engineering and Head of Education at the School of Biomedical Engineering & Imaging Sciences. Teaching includes interactive lectures, seminars, tutorials and practical lab work.
King's may replace an individual instructor with another appropriately qualified member of staff.
Where do students stay on Medical Applications of 3D Printing?
Residential plan
- Single en-suite room: Great Dover Street Apartments provides a private room and shower, with linen and towels.
- Shared kitchens and facilities: The residence has shared kitchens, Wi-Fi, study areas, a common room, laundry facilities and a gym.
- Residence security: Security cover is available around the clock, with secure access and 24/7 reception.
- Meals and living costs: Budget separately for meals, local travel and consumables.
Non-residential plan
- Tuition-only option: Students can select the course without the residential package.
- Campus and social access: Tuition includes campus facilities and extracurricular activities, excluding activity travel.
Great Dover Street has announced refurbishment during 2026/27, with possible noise disruption and room moves.
What happens after Medical Applications of 3D Printing?
After completing this program, participants often pursue:
Develop practical printer-building and operation skills.
Create anatomical models and CAD-designed structures.
Complete an assessed printing project and presentation.
Receive a completion certificate and results transcript.
Seek home-institution approval for external degree credit.
Credit equivalence is 15 King's credits, 7.5 ECTS or 4 US credits; transfer requires your home institution's approval.
Where does Medical Applications of 3D Printing take place?
The course is campus-based at King's College London, with access to university study facilities in central London. The undergraduate residence at Great Dover Street is about a ten-minute walk from Guy's Campus and London Bridge station.
Medical Applications of 3D Printing FAQs
You learn to build and operate a small 3D printer, turn medical images into anatomical models, design structures in FreeCAD and prepare models for printing.
The course page lists a presentation worth 30% and a project display worth 70%. The syllabus describes printer build and operation, plus a single print and a five-minute presentation.
The syllabus specifies 45 contact teaching hours and 105 independent study hours, totaling 150 hours. Campus attendance is normally four to five hours per day.
The syllabus gives equivalence to 15 King's credits, 7.5 ECTS or 4 US credits. Your home institution decides whether to award transfer credit.
The undergraduate residential package uses Great Dover Street Apartments, with single en-suite rooms, showers, linen and towels. Shared kitchens are available at the residence.
Students are advised to budget separately for meals. Campus food outlets and catering facilities are available, and Great Dover Street has shared kitchens.
The course lists Kawal Rhode, Professor in Biomedical Engineering and Head of Education at the School of Biomedical Engineering & Imaging Sciences.
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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
- Student Experience | Summer Programmes | King’s College London
- 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
- 3D Printing Module Information
- Terms and Conditions for Summer School, Winter School and Bespoke Programmes 2027
- Medical Applications of 3D Printing
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)
Official course information reviewed
Course eligibility reviewed
Session dates cross-checked
Reference fees distinguished
Assessment weights reviewed
Workload and housing 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.
Medical Applications of 3D Printing Summer School
by King's College London
Upcoming
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