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Why This Matters

  • DEMAND FOR BIOMEDICAL ENGINEERS WILL GROW BY 5%

    The rising need for innovative medical solutions means the field of biomedical engineering is growing faster than the average for all other occupations.

  • THE AVERAGE SALARY FOR BIOMEDICAL ENGINEERS IS $91,410

    Biomedical engineers make more than two times the average salary for all other occupations.

  • 74,800 NEW ENGINEERS ARE NEEDED OVER THE NEXT DECADE

    As an aging population seeks biomedical solutions for health problems, and technology creates new advancements in the field, more engineers are needed to design and develop biomedical products and services.

Our Research

Our research covers Master’s programs in biomedical engineering. The programs on this list teach the engineering principles needed to create new medical equipment and develop medical software. Students are able to choose from in-person, online, and hybrid learning formats. Degrees offered include Master of Science in Biomedical Engineering, Master of Engineering in Biomedical Engineering, and Master of Pharmaceutical Engineering.

Accreditation is awarded to biomedical engineering programs that have high academic standards and offer up-to-date and relevant curricula. Courses are accredited by the Accreditation Board of Engineering and Technology (ABET). Schools and programs on this list hold regional or national accreditation to ensure high quality. Graduates with accredited courses have a leg up in securing jobs in science, technology, engineering, and math (STEM). It’s also easier to transfer credits from accredited programs to other schools.

We evaluated each program on the basis of flexibility, faculty, course strength, cost, and reputation. Then we calculated the Intelligent Score for each program on a scale from 0 to 100. For a more extensive explanation, check out Our Ranking Methodology.

  • 61 hours to write this article
  • 203 universities and colleges we assessed
  • 261 education programs we compared

The Top 50 Master’s in Biomedical Engineering Degree Programs

Best Master's in Biomedical Engineering Degree Programs
01
Intelligent Pick
Brown University
01
Best Ph.D. Track
University of North Texas
01
Best for Theranostics
The University of Tennessee, Knoxville
01
Best for Prosthetics Engineering
Florida International University
01
Best Non-Thesis Option
Clemson University
01
Best Public Research Institute
Rutgers University
01
Best Local Fieldwork Opportunities
New Jersey Institute of Technology
01
Best Part-Time Program
Johns Hopkins Engineering for Professionals
01
Best for Entrepreneurship
Worcester Polytechnic Institute
01
Most Customizable Curriculum
Colorado State University
01
Best Comprehensive Curriculum
University of Maryland
01
Most Innovative Online Program
University of Illinois Urbana-Champaign
01
Best Research Opportunities
Binghamton University
01
Best in the Northeast
City College of New York
01
Best for Traditional Students
Purdue University
01
Best Accelerated Program
Boise State University
01
Best in the West
California Polytechnic State University
01
Best Full-Time Program
University at Buffalo
01
Fastest Completion Time
University of California, Berkeley
01
Best BS/MS Program
University of Florida
01
Best in the Midwest
University of Wisconsin-Madison
01
Most Innovative Curriculum
Harvard University
01
Best Private Institution
Lawrence Technological University
01
Best Lab Facilities
Temple University
01
Best in the Southeast
University of Virginia
01
Best Public Institution
Case Western Reserve University
01
Best for Working Professionals
Stevens Institute of Technology
01
Best Student-to-Faculty Ratio
University of Arizona
01
Most Innovative Research
Carnegie Mellon University
01
Best Student Support Services
University of Michigan
01
Best in the South
Georgia Institute of Technology
01
Best Internship
University of Connecticut
01
Best Student Organizations
Illinois Institute of Technology
01
Best for International Students
UCLA
01
Best in the West
Stanford University
01
Best BSE/MS Program
Arizona State University
01
Most Innovative Tracks
University of Southern California
01
Best Assistantships
Northwestern University
01
Best Private Research Institution
Boston University
01
Best Alumni Placement
Biomedical Engineering Graduate Group - UC Davis
01
Best Christian Institution
Baylor University
01
Best Electives
UC San Diego Department of Bioengineering
01
Best Certifications
Duke University
01
Best Catholic Institution
Catholic University of America
01
Best Faculty
Drexel University
01
Best Seminars
Washington University in St. Louis - Biomedical Engineering
01
Best Global Medical Innovation
Rice University
01
Best Interdisciplinary Program
University of Pennsylvania
01
Best M.Eng/MBA Program
Cornell University
01
Best for Biomechanics
California Institute of Technology

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What You Should Know About This Degree

When considering a career in biomedical engineering, it’s also worth considering studying for a master’s degree in bioengineering. Programs in bioengineering focus on engineering practices in general biology, whereas biomedical engineering programs specialize in using engineering practices to improve or advance human healthcare. Bioengineers can work across a wide range of industries, including agriculture, healthcare, and pharmaceuticals. Both degrees require coursework in computer programming, advanced mathematics, fluid and solid mechanics, and circuit design. When choosing a graduate program, determine if you want to focus on healthcare technology or if you’d like more generalized study.

Biomedical engineers often pursue additional certifications to demonstrate their expertise in the field. They might earn certifications in computer programs such as Zemax and Light Tool.

The job outlook for biomedical engineers is promising, and 1,000 new positions are expected to be created over the next decade. The demand for new biomedical devices and procedures continues to grow as society becomes increasingly dependent on engineers to design, develop, and test these solutions. Graduates can choose from multiple career paths, such as research science, epidemiology, and biomechanics.

What’s Next?

When considering a master’s in biomedical engineering, ask yourself these questions:

  • Am I eligible for this program? Students who wish to pursue a master’s in biomedical engineering must hold a bachelor’s degree in engineering. Some programs might also admit students with an undergraduate degree in biology or chemistry. All prospective students should have a strong background in life sciences and engineering.
  • How long does it take to complete this online degree? Most biomedical engineering degrees can be completed with two years of full-time study. The programs on our list require a minimum of 10 credits and a maximum of 54 credits to graduate.

Each program has specific application requirements and deadlines. Be sure to review this information and submit all materials on time. Application requirements are usually posted on schools’ websites.

Biomedical engineering can be a rewarding profession, but completing a master’s degree requires an investment. Research scholarships, grants, and other financial aid, and be sure to submit a Free Application for Federal Student Aid (FAFSA) to see if you’re eligible for government aid.


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