Program at a Glance
- College of Engineering and Computer Science
- Mechanical & Aerospace Engr
Develop Technologies That Fuel Healthcare Advancement
Build your career with a Master of Science in Biomedical Engineering. It’s a great opportunity for those interested in surgical and cancer treatment planning, engineering-based simulation in cardiovascular disease and treatment, development of devices for improved and novel diagnosis, image guided surgery and surgical robotics, and development of assistive and rehabilitative technology. Choose from three different tracks available, each providing you with an understanding of relevant physiology and biology, knowledge of contemporary topics in medical technology, training in the modern biomedical engineering tools, and the ability to engage in advanced engineering studies including elements of research, analysis, design and experimentation.
Graduates of the biomedical engineering program have a command of the application of engineering principles to biological and health systems. You’ll be instilled with the professional skills necessary to gain employment in the biomedical engineering industry or to enter competitive biomedical engineering doctoral programs. Career opportunities include research, design, analysis, testing and product development in the biomedical and rehabilitation industries, clinical engineering, and biomedical engineering.
Biomedical Engineering (MS) – Accelerated BS to MSBME
This track allows highly qualified undergraduate majors in mechanical engineering and aerospace engineering to begin taking graduate-level courses that will count toward their master’s degree while completing their baccalaureate degree program. As a full-time student, you’ll receive a bachelor’s and master’s degree in five years instead of six years.
Biomedical Engineering (MS) – Biofluids
Current research focuses on translational research in multiscale computational fluid dynamics for cardiovascular treatment planning, lung cancer treatment planning, upper airways fluid mechanics, bioacoustics for patient monitoring and bedside diagnosis.
Biomedical Engineering (MS) – Biomechanics
Within this track, current research focuses on biomechanics, developmental dysplasia of the hip, cellular mechanics and force-induced biochemical responses, image guided surgery, surgical robotics navigation and tracking, soft robotics, and biomechanics of movement rehabilitation and neural control of movement.
Biomedical Engineering (MS) – MD/MSBME
This track allows you to earn an M.D. and the M.S.BME simultaneously. It runs as a five-year program where you’ll complete the majority of the M.S.BME requirements in the third year after matriculation, prior to your clinical experiences. This track is aimed at M.D. students who wish to expand their College of Medicine FIRE project into a thesis. Please note that the nonthesis option is not available on this track.
- July 1
- December 1
Ready to get started?
Mechanics of Biostructures I & II
Learn about the mechanical analysis of hard and soft tissues and prosection lab on human anatomy and physiology. Then in part two of this course, you’ll examine cell physiology and engineering principles applied to analysis of cellular processes and prosection anatomy lab on human anatomy and physiology.
Get an introduction to the fundamental theory and experimental techniques needed for performing bioengineering measurements, designing related experiments and analyzing experimental results.
Topics in Biomedical Engineering
Explore research topics in biomedical engineering (BME) guided by BME faculty. This team-taught course will involve seminars and presentations of research and case studies by faculty engaged in BME research as well as regional medical professionals.
Biomedical Engineering Skills You'll Learn
- Design, develop and test various instruments, devices and software used in the healthcare industry.
- Ensure the safety and efficiency of biomedical equipment through diagnosing any potential problems and making necessary repairs.
- Work in a cross-functional team to develop innovative concepts and ideas for new products and product improvements.
- Biomedical Engineer
- Clinical Engineer
- Rehabilitation Engineer
- Quality Engineer
Biomedical engineering applicants should hold a bachelor’s degree in biomedical, mechanical or aerospace engineering, or a closely related discipline from an accredited university. Applications to the program are accepted for the fall and spring semesters, and all required materials need to be submitted prior to the application deadline.
In addition to the general UCF graduate application requirements, applicants to this program must provide:
- Official transcripts
- Statement of educational, research and professional career objectives