Cost & earnings at University of Missouri-Kansas City What students borrow here, and what they go on to earn
Engineering graduates earn a median $88,982 Across 136 US programmes, two years after finishing
See the degree grade →The Master’s in Biomedical Engineering at the University of Missouri–Kansas City is a graduate programme that combines engineering principles with biological and clinical applications, suitable for engineers and scientists seeking applied or research careers in medical technology. It serves students aiming for roles in medical device development, clinical engineering, translational research or further doctoral study.
The programme covers core engineering fundamentals applied to biological and clinical problems. You can expect taught modules on biomechanics, biomaterials, biomedical instrumentation and sensors, medical imaging and image analysis, physiological signal processing, and computational modelling of biological systems. Elective topics frequently include tissue engineering, biomolecular engineering, medical device design, regulatory considerations and entrepreneurship in biomedical technology.
Students typically choose between a thesis (research) route and a project/coursework route. The thesis pathway emphasises independent research under a faculty supervisor, culminating in a written dissertation and defence. The project/coursework pathway combines advanced technical modules with a capstone design project that simulates industry-focused device or system development. Lab work, hands-on prototyping, and coursework-based assessments are common components.
Interdisciplinary collaboration is encouraged: students often work with faculty in engineering, life sciences and the School of Medicine, and have opportunities to engage with clinical partners for translational projects. Seminar series, journal clubs and research group meetings are integrated to develop technical communication and critical appraisal skills.
Applicants are normally expected to hold a bachelor’s degree in biomedical engineering, another engineering discipline, physical sciences, mathematics or a closely related field. A good undergraduate academic record in relevant coursework (for example, in mathematics, physics, biology and core engineering subjects) is required. Candidates with strong practical experience and complementary science backgrounds may also be considered.
Typical application documents include official transcripts, a statement of purpose outlining research or career goals, one to three letters of recommendation, and an up-to-date CV or résumé. International applicants must demonstrate English language proficiency through an accepted test, unless exempt. The programme may consider GRE scores where provided, but requirements can vary by intake—check the department for current guidance.
Graduates enter a range of roles across the medical technology and healthcare sectors. Common career paths include:
The programme’s applied focus and local industry links also support careers in start-ups, translational research offices and contract research organisations. Practical capstone projects and internship opportunities help build the professional skills valued by employers.
UMKC offers a programme situated within a metropolitan biomedical ecosystem, providing access to collaborative research with nearby clinical partners and medical centres. The School of Computing and Engineering and affiliated research groups provide laboratory facilities and faculty expertise across bioinstrumentation, biomaterials and computational bioengineering.
Students benefit from a combination of small cohort teaching, hands-on laboratory experience and opportunities to participate in interdisciplinary projects with clinicians and industry partners. The university’s location in Kansas City supports industry engagement, internships and networking with regional medtech companies and hospitals. Faculty mentorship and options for thesis or project pathways make the programme adaptable to both students focused on immediate industry careers and those preparing for advanced research degrees.
Shortlist scholarships and plan your application — free guidance from our advisors.