Graduate programs
MS in Biomedical Engineering
The MS in biomedical engineering at UT offers our students the chance to dive deeper into the science of flight, propulsion, and space systems. With nationally recognized faculty and cutting-edge research facilities both in Knoxville and in Tullahoma, this program is ideal for engineers seeking to expand their expertise and prepare for advanced technical roles or doctoral study.
Program Overview
Our biomedical engineering program provides high-level research opportunities for grad students to hone expertise in their chosen field. Students can pursue one of three routes of study: a traditional thesis option, a project option consisting of independent research experience with a written report, or a coursework-only option with examination. Research is conducted alongside faculty and through partnerships with the UT Medical Center, ORNL, and national labs.
Why Study at UT?
Our MS in biomedical engineering gives students essential skills in engineering, research, and problem-solving. With hands-on research experience, flexible curriculum options, and close mentorship, graduates are prepared for impactful roles in industry, academia, and clinical innovation sectors.
Nationally Recognized
Our biomedical engineering graduate program is ranked as the 49th best public graduate program in the nation, according to U.S. News and World Report.
Facilities and Partnerships
Our department collaborates with the UT Medical Center, Graduate School of Medicine, College of Veterinary Science, ORNL, and other engineering departments for a more robust academic experience. In addition, students have access to top-quality studios for design, manufacturing, and testing biomedical devices.
Our Curriculum
The program offers two flexible paths to fit your academic and professional goals. Both paths are designed to provide a strong foundation for careers in biomedical or continued study at the doctoral level. Check out the course catalog for more information.
Thesis Option
The thesis option is ideal for students who want to dive deep into research and contribute original work to the field. This path includes a written thesis and a final comprehensive exam, which focuses primarily on the student’s research but may also cover relevant coursework.
Non-Thesis Option
For those seeking a more coursework-focused experience, the non-thesis option allows students—especially working professionals or off-campus participants—to tailor their studies through advanced classes and a final project. This option includes a comprehensive written exam covering all coursework, as well as a project report with both written and oral components.
Project Option
The project option is ideal for those students looking to perform research on an independent project. This option includes a comprehensive written exam covering all coursework, as well as a project report with both written and oral components.
Concentrations
Additionally, students can pursue concentrations in several areas including biomechanics, materials, nuclear science and engineering, robotics, and theranostics. Download a list of suggested foundational courses and electives for each of these tracks.
Elective Tracks
Specialize in areas like biomechanics, neural engineering, bioimaging, biomaterials, and drug delivery through 500–600 level electives and BME 595 seminar
Coursework Requirements
The chart below demonstrates the course requirements for both the Thesis and Non-Thesis options. For more information about required coursework, use the link below.
| Coursework | Thesis Option | Project Option | Non-Thesis Option |
|---|---|---|---|
| Thesis (BME 500) | ≥6 credit hours | 0 credit hours | 0 credit hours |
| Project (BME 590) | 0 credit hours | 3-6 credit hours | 0 credit hours |
| Courses in Major (500 or above) | ≥12 credit hours | 12-15 credit hours | ≥18 credit hours |
| Mathematics (400 or above) | ≥6 credit hours | ≥6 credit hours | ≥6 credit hours |
| Engineering courses below 500 | ≤3 credit hours | ≤3 credit hours | ≤3 credit hours |
| Total | ≥30 credit hours | ≥30 credit hours | ≥30 credit hours |
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