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Biomedical Engineering, MS

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Master of Science in Biomedical Engineering

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About the Master of Science in Biomedical Engineering

The M.S. in Engineering Science with an emphasis in Biomedical Engineering prepares graduates to merge engineering principles with life sciences to improve human health. Students gain the skills to apply interdisciplinary science and engineering tools to tackle complex challenges in biology and medicine. Graduates leave equipped to independently solve problems, lead innovative projects, and pursue rewarding careers in research, development, or management within biomedical and engineering fields. This degree also serves as an excellent foundation for professional studies in medicine, law, or related fields.

Program Structure
The MS in Biomedical Engineering offers three distinct pathways, allowing students to tailor their studies to their career goals and research interests:

Coursework Option – Complete 30 credit hours of approved graduate-level courses (500+ level), including at least two BME courses (6 credit hours) and BME 600 (3 credit hours). Students must pass and orally defend a comprehensive final exam developed in consultation with their committee and approved by the graduate program coordinator.
Nonthesis Option – Complete at least 27 credit hours of approved graduate-level courses (500+ level), including at least two BME courses (6 credit hours) and BME 600 (3 credit hours). Students also complete a minimum of 3 credit hours of project work (Engr 693 or Engr 694) and present a successful defense of their project to their committee.
Thesis Option – Complete BME 600 (3 credit hours), 3 hours of BME 601 (1 credit hour each), and 18 credit hours of approved graduate-level coursework (500+ level), including at least two BME courses (excluding BME 600 and BME 601). Students conduct original research, complete at least 6 credit hours of thesis work (Engr 697), and defend their written thesis before their committee.

Whether students choose a coursework-intensive route, a project-focused track, or a research-driven thesis, the program provides the flexibility, faculty expertise, and interdisciplinary environment needed to make a meaningful impact in the biomedical field.

Department of Biomedical Engineering School of Engineering

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Program Information

Degree

M.S. in Engineering Science

Emphases

Biomedical Engineering

Specializations

Biomedical Engineering

Required Credit Hours

Program Type

Master's Program

Program Location

Oxford

School

School of Engineering

Biomedical Engineering Specialization

Find course requirements and other information about the biomedical engineering emphasis in the course catalog.

For questions, contact our graduate program coordinator using the information below.

Nikki Reinemann

Associate Professor of Biomedical Engineering and Affiliate Associate Professor of Chemical Engineering

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Our Research Centers

Our research centers offer students the chance to work alongside faculty experts and industry partners on projects that push the boundaries of engineering innovation. From hands-on lab work to collaborative problem-solving, these centers provide invaluable experience, professional connections, and the opportunity to make meaningful contributions to the field.

Learn more

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Research in BME

Within the department of Biomedical Engineering, research spans a broad spectrum of topics that address both fundamental science and real-world challenges. Faculty and students collaborate to advance knowledge in areas such as biomaterials and drug delivery, microdevices, molecular biophysics, and ocular and nuero-biomechanics.

Our research topics

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Grad School Requirements

Discover how the University of Mississippi Graduate School blends the resources of a Carnegie R1 research institution with the personalized mentorship of a close-knit academic community. Learn about admissions requirements, flexible program formats, and funding opportunities that can help you achieve your academic and professional goals.

Graduate admissions

What courses will you take to get a Master's of Engineerning Science in Biomedical Engineering degree?

Here are some of the courses you’ll take to earn your Biomedical Engineering Master's degree.

See the Course Catalog

BMED 6000: Graduate Professional Development

3 credits

To enhance the transferable skills of graduate students in engineering with the goal of improving the career readiness of graduates of the program. Communication skills will be refined through grant writing, grant reviews, manuscript preparation, poster presentations, and podium (oral) research presentations. Additionally, students will gain exposure to professional development skills related to the future careers of engineers with advanced degrees. Topics will include CV preparation; STEM outreach and engagement; responsible conduct in research; issues of diversity, equity, inclusion, and respect (DEIR); and mental health in graduate school and beyond.

ENGR 6997A: Thesis

1-12 credits

No grade

ENGR 6999D: Research Topics in Engineering Science I

1-3 credits

Individual research in selected areas of interest. May be repeated for credit.

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