University of Mount Union

What you'll study

This programme combines foundation engineering subjects with biology, physiology and medical technology. Core topics typically include circuits and electronics, mechanics, materials science, biomedical instrumentation, biomaterials, biomechanics, signals and systems, and biomedical ethics. Laboratory work and design projects are emphasised across the curriculum, with courses that may cover medical imaging principles, tissue engineering concepts, control systems for medical devices, sensors and instrumentation, and data analysis for physiological signals.

Students follow a structured sequence of mathematics and basic science courses in the early years — calculus, differential equations, chemistry and biology — then progress to specialised biomedical engineering modules and capstone design projects. The course usually includes computer programming for engineers, CAD and prototyping, and opportunities for team‑based design, testing and validation of biomedical devices.

Hands‑on learning is supported by lab courses, workshops and a senior design project that places students in multidisciplinary teams to solve clinically relevant problems. There are also opportunities for independent research with faculty, internships or cooperative placements with local healthcare organisations and medical technology companies.

Entry requirements

• Academic preparation: Applicants are expected to have a solid foundation in mathematics (including algebra and precalculus or calculus) and science (biology and chemistry). Physics is highly recommended.
• High school qualifications: Successful applicants typically present strong grades in STEM subjects. Specific course prerequisites and grade expectations are set by the admissions office and depend on the applicant’s educational background.
• Additional materials: A personal statement explaining interest in biomedical engineering, and references that speak to academic ability and motivation, strengthen an application. Interview or portfolio requirements are uncommon but may be requested for some candidates.
• Transfer students: Transfer applicants should provide transcripts from previous postsecondary study and will have transfer credit evaluated against programme requirements. Demonstrated completion of introductory engineering, mathematics and science courses improves transfer prospects.

Career prospects

Graduates of biomedical engineering commonly pursue careers in medical device and equipment design, clinical engineering in hospitals, quality assurance and regulatory affairs, research and development, and biomedical instrumentation. Others move into related roles in biomechanics, biomaterials, rehabilitation engineering, or technical consulting. The degree also provides a strong foundation for graduate study in biomedical engineering, medicine, physical therapy, or other health and engineering disciplines.

Alumni find employment with medical technology companies, hospitals and health systems, research laboratories, and manufacturing firms, as well as startups in the healthcare sector. The programme’s emphasis on design projects, internships and industry partnerships helps students build practical experience and professional networks valuable in job searches and graduate applications.

Why study at University of Mount Union

• Hands‑on culture: Mount Union is known for small class sizes and a practical, experiential approach to learning, giving students frequent access to labs, faculty and mentored research.
• Interdisciplinary environment: The university’s liberal arts context supports interdisciplinary collaboration, allowing engineering students to work with peers in biology, health sciences and nursing on real‑world problems.
• Industry and clinical connections: Strong local and regional partnerships with healthcare providers and engineering firms create pathways for internships, co‑ops and capstone collaborations.
• Career support: Dedicated career services and faculty advising help students prepare for professional certification, employment and graduate study, including résumé development, mock interviews, and employer networking.