Applications
Rolling admissions

Vanderbilt Summer Academy’s prosthetics course explores accessible engineering through demonstrations, team design challenges, and an assistive-device prototype.
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Current status
Applications open
Eligibility
Academically advanced rising Grades 7-10
Age range / Year group
Ages 12-16
Location / Region
Vanderbilt University, Nashville, Tennessee, United States
Cost
$2,150; $2,850
Duration
1 week
Format
In-person
Application deadline
Rolling · Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Save programThis Vanderbilt Summer Academy course connects prosthetics and assistive technology with the engineering design process. Human mobility and accessibility provide the practical context for learning.
Students combine lectures and demonstrations with team design challenges, developing and presenting an assistive-device prototype.
The strongest fit is a student who wants to test an interest in engineering through collaborative problem-solving and thoughtful design for real human needs.
Designing for Every Body: An Introduction to Prosthetics and Accessible Engineering is a Vanderbilt Summer Academy course offered through Vanderbilt University’s Programs for Talented Youth. It explores how engineers develop prosthetics and assistive technology to support mobility, independence, and quality of life. Force, motion, material selection, and accessibility connect the technical content to human needs.
The course combines lectures, interactive demonstrations, and hands-on design challenges within VSA’s residential campus experience. Students work in small teams to develop an assistive-device prototype concept and present their work. The academic emphasis is on understanding and practicing the design process, from defining a problem to testing a proposed solution.
Prosthetics gives engineering principles a clear human purpose, making accessibility central to the design work.
Students practice a complete introductory design process rather than only watching demonstrations.
The listed instructor researches affordable prosthetic knees and controllers, bringing directly relevant expertise.
Team prototype development and presentation create concrete opportunities to practice collaboration and technical communication.
Written instructor evaluation offers useful feedback without attaching grades or college credit.
Students curious about prosthetics, assistive technology, and engineering who enjoy team problem-solving and want to connect technical choices with accessibility.
You want college credit, a largely independent research placement, or a residential experience with extensive unsupervised time.
This course is worth considering if you want to explore engineering through a specific problem with visible human consequences. Its combination of relevant instructor expertise, design challenges, and a team prototype can help you understand whether assistive technology interests you beyond the classroom.
The main limitation is its introductory scope: a prototype concept is an early design exercise, not evidence of professional prosthetics competence. VSA also provides no academic credit and does not signal admission to Vanderbilt. Judge the experience by the learning and feedback you would value.

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Cost and what is included
$2,150; $2,850; includes Course instruction and materials., Residential housing., All meals., Residential outings and activities..
Accommodation
Double or triple campus rooms
Meals
All meals provided
Provider details
Review the Vanderbilt Summer Academy provider page and official sources before making a final decision.
Dates and logistics
1 week; Vanderbilt University, Nashville, Tennessee, United States.
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
High academic intensity.
Best started
Begin gathering documents four to six weeks before a future priority application window.
Main challenge
Connecting mechanical principles with diverse user needs while collaborating on a prototype.
Choose the test-score or portfolio documentation route and gather your transcript early.
If using the portfolio route, allow time for educator recommendations and an essay under 600 words.
Review basic force and motion concepts and consider how an everyday device could serve different users.
Plan for a fully supervised residential routine and review the student handbook with a parent or guardian.
Useful if
You want to test your interest in accessible engineering through practical work.
You study how prosthetic and assistive devices respond to real human needs, then apply an introductory engineering design process. Lectures and demonstrations support small-team work on an assistive prototype.
Explore how prosthetics and assistive technology support mobility and independence.
Investigate how force, motion, materials, and accessibility shape device design.
Define a user problem and brainstorm possible solutions.
Develop a prototype concept in a small team and practice prototyping and testing.
Present your assistive prototype and explain your design.
Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Applications
Rolling admissions
Designing for Every Body: An Introduction to Prosthetics and Accessible Engineering — Rising Grades 7-8, Session 2
14-19 June 2026
Residential course session for rising Grades 7-8.
Designing for Every Body: An Introduction to Prosthetics and Accessible Engineering — Rising Grades 9-10, Session 1
21-27 June 2026
Residential course session for rising Grades 9-10.
Applications open
7 January 2026
2026 VSA priority application window began.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Applications | Rolling admissions | Local | Reference date | |
Designing for Every Body: An Introduction to Prosthetics and Accessible Engineering — Rising Grades 7-8, Session 2 | 14-19 June 2026 | Local | Reference date | |
Designing for Every Body: An Introduction to Prosthetics and Accessible Engineering — Rising Grades 9-10, Session 1 | 21-27 June 2026 | Local | Reference date | |
Applications open | 7 January 2026 | Local | Reference date |
Rising Grades 7-8 or 9-10, in the corresponding session.
Apply only within your own rising grade level.
Submit qualifying academic documentation through either eligibility route.
Test-score route requires assessment results and a transcript.
Portfolio route requires transcript, educator recommendations, and an essay.
Portfolio essay must be fewer than 600 words.
English proficiency documentation is required when applicable.
Current health insurance and completed required forms are mandatory.
Application fee
$50 — Nonrefundable; $100 for international applicants.
Funding or discounts
What's included
Course instruction and materials., Residential housing., All meals., Residential outings and activities.
Use the official VSA admissions page to prepare for the next application cycle.
Create or update your SchoolDoc account.
Choose the test-score or portfolio route and gather the required academic documents.
Rank up to four courses, including only choices you would be willing to attend.
Submit the application and nonrefundable fee, adding financial aid documents if requesting assistance.
Following placement, complete required health and permission forms and follow your tuition instructions.
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The program covers the following focus areas.
Prosthetics and assistive technology
Explore how engineered devices support mobility, independence, and everyday activities.
Engineering design process
Practice defining problems, brainstorming solutions, prototyping, and testing.
Force, motion, and materials
Investigate how mechanical principles and material selection shape prosthetic function.
Accessibility and human needs
Consider diverse users when developing and presenting a team assistive-device prototype.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the program.
Accelerated instruction combines discussion, demonstrations, and hands-on design work.
Grades 7-10 participate in staff-supervised social and recreational activities.
After evening activities, Grades 7-10 remain in their hall until breakfast.
The listed instructor, Marion Hagstrom, is a Vanderbilt mechanical engineering Ph.D. student specializing in prosthetics and assistive technology. Her research develops affordable prosthetic knees and controllers for activities including biking and backward walking.
Each VSA course has a dedicated instructor and teaching assistant.
Roommates are assigned randomly; most rooms are doubles, with some triples.
After completing this program, participants often pursue:
Develop and present an assistive-device prototype.
Build a foundation in the engineering design process.
Explore prosthetics and assistive technology as future study interests.
Receive written instructor feedback and a performance evaluation.
VSA does not award grades or academic credit; recommendation letters are at the instructor’s discretion.
The course takes place at Vanderbilt University in Nashville, with residential life centered on the Martha Rivers Ingram Commons. Nashville International Airport is approximately 20 minutes from campus, and staff shuttle arrangements apply to students flying alone.
VSA cannot provide airline Unaccompanied Minor escorts; families must confirm airline requirements before booking.
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Designing for Every Body: An Introduction to Prosthetics and Accessible Engineering
by Vanderbilt Summer Academy
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