University of Missouri-Kansas City

What you'll study

The programme builds a foundation in mathematics, physics, chemistry and core engineering before moving to specialised biomedical subjects. Early years emphasise calculus, differential equations, physics for engineers, chemistry and introductory biology to ensure technical breadth. Later-year modules typically cover:

• Biomechanics – mechanics of biological tissues, musculoskeletal modelling and prosthetics design.
• Biomaterials – material properties, biocompatibility and the selection of materials for implants and devices.
• Biomedical instrumentation and sensors – design and analysis of medical measurement systems and biosensors.
• Signals and systems / medical signal processing – processing of physiological signals such as ECG and EEG.
• Medical imaging fundamentals – principles of X‑ray, ultrasound, MRI and image analysis.
• Tissue engineering and cellular engineering – basic cell and tissue biology applied to engineered solutions.
• Bioinformatics and computational modelling – data analysis and modelling techniques for biological data.
• Laboratory courses and safety – hands-on experimental work, instrumentation labs and compliance with lab standards.
• Design project / senior capstone – team-based projects that take a device or system through design, prototyping and testing, often with clinical or industry partners.

Students can expect a mix of lectures, problem solving sessions, laboratory work and team projects. Electives allow specialisation in areas such as medical devices, rehabilitation engineering, or bioinformatics, and there are opportunities for internship placements and undergraduate research.

Entry requirements

Applicants should hold a high school diploma (or equivalent) with a strong background in mathematics and science. Typical preparation includes:

• Advanced-level or honours courses in mathematics (including calculus) and physics.
• College-preparatory chemistry and biology.
• Demonstrated problem-solving ability and experience in laboratory or technical projects is advantageous.

The university considers academic transcripts, personal statements and any relevant extracurricular or work experience in technical or healthcare settings. International applicants must provide evidence of English proficiency. Specific GPA, test-score and prerequisite course requirements are set by the admissions office and may vary; applicants should consult UMKC admissions for the definitive criteria.

Career prospects

Graduates with a biomedical engineering bachelor’s are prepared for roles in the medical device, biotechnology and pharmaceutical industries, as well as in hospitals, clinical engineering departments and regulatory agencies. Common entry-level roles include design engineer, test and validation engineer, biomedical equipment technician, quality engineer and application specialist. Many graduates also pursue:

• Research and development positions in device and diagnostics companies.
• Further study, such as a master’s or PhD in biomedical engineering, bioengineering, or related fields.
• Clinical careers, including preparation for medical, dental or allied health professional programmes.
• Careers in regulatory affairs, technical sales, product management and consulting that require strong technical understanding.

Internships, capstone projects and local industry links help students build professional networks and transition into the workforce.

Why study at University of Missouri-Kansas City

UMKC offers a programme that emphasises applied learning and interdisciplinary collaboration. Its location in Kansas City provides proximity to regional healthcare systems, medical device companies and research hospitals, creating internship and project opportunities. Students benefit from hands-on lab facilities and team-based design courses that mirror industry practice.

Collaboration with UMKC’s health professions and research units fosters multidisciplinary projects that connect engineering with clinical needs. The university’s focus on experiential education, support for undergraduate research and relationships with local employers help students gain practical experience and prepare for careers or further study in biomedical engineering and healthcare technology.