Bring Us Your Biomedical Engineering Challenge

Do you have a medical device challenge or unmet clinical need that could benefit from a fresh perspective? Partner with senior Biomedical Engineering students at The University of Akron to explore potential solutions through a hands-on design experience.

Student teams work with industry sponsors and clinical mentors to investigate real-world problems, develop design concepts and build prototypes. Your expertise helps guide their work while giving students valuable experience applying engineering principles to biomedical challenges.

Have a project idea? Email Dr. Justin Baker to discuss sponsorship.

Capstone Sponsor FAQs

Partnering with a student team gives your organization an opportunity to explore a design challenge while helping prepare the next generation of biomedical engineers.

  • Explore new ideas. Bring forward a non-critical-path project that could benefit from additional research, design work and prototyping.
  • Connect with emerging talent. Get to know students who may be future co-op students, interns or employees.
  • Collaborate on real-world challenges. Share your expertise and help students understand the needs of patients, clinicians and industry.
  • Support hands-on learning. Help students develop technical, teamwork and project management skills through a real-world design experience.

Sponsors collaborate with a team of approximately four to six senior Biomedical Engineering students throughout the academic year.

Sponsor commitment includes:

  • A $2,000 contribution to the BME Capstone Fund to cover project materials.
  • Regular communication with the student team, ideally twice per month.
  • Technical and clinical guidance to help students understand the problem and evaluate potential solutions.
  • Feedback throughout the design process as students present their progress and refine their designs.

The ideal project is a challenge that is valuable to your organization but is not on the critical path for business operations. Students can make meaningful progress on a design challenge, but a finished, market-ready product is not guaranteed.

Confidentiality and Intellectual Property

Nondisclosure agreements (NDAs) may be arranged when appropriate. Intellectual property and confidentiality expectations are discussed on a case-by-case basis with the sponsor and university before the project begins.

The Capstone experience begins as early as the spring semester of students' junior year, when they identify an unmet clinical need to explore. During their senior year, teams follow a structured design process with faculty guidance and sponsor input.

  1. Identify the Need | Spring of Junior Year
    Students research unmet clinical needs and select a challenge with potential for a biomedical engineering design solution.
  2. Define User Needs | September
    Teams interview sponsors or clinical experts, research existing solutions and establish project goals and a validation plan.
  3. Establish Engineering Requirements | October
    Students translate user needs into measurable engineering requirements, prioritize those requirements and evaluate existing technologies.
  4. Develop Design Concepts | November-December
    Teams brainstorm, compare potential solutions, select a design concept, begin prototyping and evaluate potential risks.
  5. Refine and Test the Design | January-February
    Students develop design models, drawings and prototypes, then conduct verification testing to assess whether the design meets its engineering requirements.
  6. Build, Evaluate and Present | March-April
    Teams continue prototype development, conduct validation testing and present their work at Senior Design Day. Students also have opportunities to participate in the NEOMED Bench-to-Bedside competition.

Throughout the process, teams present their progress at design reviews and incorporate feedback. Project management responsibilities rotate among students, giving each team member experience leading project activities.

See What Our Students Can Do

Past Biomedical Engineering Capstone projects have explored challenges in surgery, wound care, drug delivery, patient monitoring and medical training.

Turning pain into purpose: Engineering students create breakthrough burn bandage

Explore Student Projects

These projects demonstrate how students apply biomedical engineering principles to investigate unmet needs and develop potential solutions.

A closed-system method for rapidly mincing nasal cartilage for rhinoplasty.

Surgical Innovation

A closed-system method for rapidly mincing nasal cartilage for rhinoplasty.

Improved retractors for pediatric abdominal surgery and carpal tunnel surgery.

Patient-specific nasal alveolar molds to prepare infants with cleft lip for corrective surgery.

University of Akron biomedical engineering students collaborate with Akron Children’s to develop innovative device for pediatric patients

Patient Care and Treatment

A microneedle patch for controlled drug delivery for Addison's disease.

A dissolvable staple and delivery device designed to secure skin grafts without the need to remove conventional staples or sutures.

A modular burn dressing that earned second place in the 2025 NEOMED Bench-to-Bedside competition.

A portable biofeedback monitoring device for pediatric pelvic floor dysfunction.

A camera system for monitoring foot sores and the progression of peripheral arterial disease.

A reusable training model for tracking cochlear implant placement accuracy.

Medical Training and Device Development

A reusable training model for tracking cochlear implant placement accuracy.

Have a Project Idea? Let's Talk.

The University of Akron's Department of Biomedical Engineering welcomes project ideas from medical device companies, biomedical engineering firms, clinicians, hospitals and other health care organizations throughout the year for upcoming Capstone cycles.

Whether you have an early-stage concept, a clinical challenge or an existing device that could be improved, we invite you to discuss the possibilities with our faculty.

Contact Justin Baker, PhD, RAC

Associate Professor of Practice
Department of Biomedical Engineering
The University of Akron
jbaker@uakron.edu
330-972-4321

Bring us your challenge. Help students turn biomedical engineering concepts into potential solutions.