$1,000
First place receives prize money, a custom 3D-printed trophy, and the traveling Make-A-Thon trophy to display at the winning university.
The 2027 National Medical Device Make-A-Thon recognizes top-performing teams through cash prizes, custom trophies, professional visibility, and the traveling Make-A-Thon trophy.
Planned prize money recognizes the five highest-ranking teams, with additional recognition through custom trophies, professional networking, and event publicity.
Distributed among the five highest-ranking teams in the 2027 National Medical Device Make-A-Thon.
Competition recognition also includes planned custom 3D-printed trophies, opportunities for professional exposure, and the traveling Make-A-Thon trophy awarded to the first-place team.
First place receives prize money, a custom 3D-printed trophy, and the traveling Make-A-Thon trophy to display at the winning university.
Second place receives prize money and a custom 3D-printed trophy recognizing the team's design performance and presentation.
Third place receives prize money and a custom 3D-printed trophy recognizing innovation, feasibility, and communication.
Fourth place receives prize money and a custom 3D-printed trophy recognizing the team's strong final placement.
Fifth place receives prize money and a custom 3D-printed trophy recognizing its achievement among the top five teams.
Medal and additional recognition details will be finalized by the planning committee before the event.
| Placement | Cash Award |
|---|---|
| First Place | $1,000 |
| Second Place | $800 |
| Third Place | $600 |
| Fourth Place | $400 |
| Fifth Place | $200 |
| Total Prize Money | $3,000 |
The top five teams are planned to receive custom 3D-printed trophies developed through an OU-based CAD design competition.
The trophy design competition allows University of Oklahoma students to contribute creatively to MDM 2027 while producing a unique award that represents the event.
The selected trophy design will be fabricated and presented to winning teams at the awards ceremony.
Final judging criteria will be published before the competition. Teams should expect evaluation of clinical relevance, engineering design, feasibility, prototyping, and presentation quality.
Teams should clearly identify the healthcare problem, target users, patient population, and why the problem matters.
Teams should present a thoughtful solution that addresses user needs, design constraints, safety, usability, and technical feasibility.
Teams should explain how their prototype represents the device concept and how the design could be tested or improved.
Teams should consider regulatory pathways, adoption barriers, cost, manufacturing, competition, and real-world implementation.
Teams should communicate clearly, organize information effectively, use visuals well, and answer judge questions with confidence.
Strong teams should demonstrate that all members understand the problem, solution, design decisions, and future development pathway.
These considerations provide an overview of the expected judging focus areas. The final rubric, scoring process, and official competition requirements will be shared with participating teams before the event.
Winners will be announced following final presentations and judge deliberation, concluding the 2027 National Medical Device Make-A-Thon.
Finalist teams complete Phase 2, present to the judging panel, and receive recognition at the end of the competition.
Awards recognize competition performance while helping students showcase their work and connect with future opportunities.
Winning teams may be highlighted on the website, social media, recap materials, and post-event communications.
Top-performing teams may have opportunities to continue conversations with sponsors, mentors, judges, and industry professionals after the event.
Participation and placement can help students demonstrate design experience, teamwork, prototyping, technical communication, and medical device innovation.
The National Medical Device Make-A-Thon provides students with opportunities to develop engineering skills, expand professional networks, and create solutions to meaningful healthcare challenges.