Biomedical engineers develop medical innovations like artificial organs, surgical robots, and medical implants.
Working at the intersection of biology and engineering, biomedical engineers improve human health through their research. The growing field of biomedical engineering offers above-average salaries and the potential for career advancement.
A master's degree in biomedical engineering leads to exciting job opportunities in the field. According to the Bureau of Labor Statistics, biomedical engineers earn a median annual salary of over $88,000 per year.
An online biomedical engineering master's program offers more flexibility and accessibility than an on-campus program. Working professionals who enroll in programs like this benefit from the ability to complete coursework around their work schedules. An online learning format also appeals to people who are busy with personal or family responsibilities.
The following list ranks the best biomedical engineering schools to help prospective students identify the right fit for their interests and professional goals.
| #1 | Columbia University in the City of New York | New York, NY |
| #2 | Johns Hopkins University | Baltimore, MD |
| #3 | University of Southern California | Los Angeles, CA |
| #4 | University of Illinois at Urbana-Champaign | Champaign, IL |
| #5 | University of Maryland | College Park, MD |
| #6 | Case Western Reserve University | Cleveland, OH |
| #7 | Colorado State University | Fort Collins, CO |
| #8 | University of California-Riverside | Riverside, CA |
| #9 | University of North Dakota | Grand Forks, ND |
Table of Contents
This guide includes everything you need to know about the best online master's in biomedical engineering programs. Click on a topic to learn more.
Best Online Master's in Biomedical Engineering Programs
| Rank | School | Location | Apply | More Information |
|---|---|---|---|---|
| 1 |
Columbia University in the City of New York |
New York, NY | ||
| 2 |
Johns Hopkins University |
Baltimore, MD | ||
| 3 |
University of Southern California |
Los Angeles, CA | ||
| 4 |
University of Illinois at Urbana-Champaign |
Champaign, IL | ||
| 5 |
University of Maryland |
College Park, MD | ||
| 6 |
Case Western Reserve University |
Cleveland, OH | ||
| 7 |
Colorado State University |
Fort Collins, CO | ||
| 8 |
University of California-Riverside |
Riverside, CA | ||
| 9 |
University of North Dakota |
Grand Forks, ND |
End of list, bravo!
Online Master's in Biomedical Engineering Ranking Guidelines
We selected the following schools based on the quality of their programs and the range of courses provided. We also considered school awards, rankings, and reputation.
Frequently Asked Questions
Choosing an Online Master's in Biomedical Engineering Program
When selecting an online biomedical engineering degree, prospective students should evaluate several factors, including program cost, program length, and graduation requirements. By researching the following factors, prospective students can find the best fit for their unique goals and needs.
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Program Cost
In addition to tuition costs, prospective students should consider fees, textbook prices, and distance learning costs. In-state public schools typically offer the lowest tuition rates, but some out-of-state schools offer a flat rate for online learners.
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Transfer Policies
Prospective students with prior graduate coursework can save time and money by applying transfer credits toward their degrees. However, some programs set a limit on the number and type of transfer credits they accept, so it's important to research your school's transfer policy in advance.
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School Size and Type
Some students prefer a smaller class size with more focused faculty attention, while others prefer a larger cohort and alumni network. Choose the type that best fits your needs.
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Program Length
While a master's in biomedical engineering typically takes two years, some programs offer accelerated pathways or part-time options. Evaluate the total number of credits required, and take into consideration any graduation requirements that might add time to your degree.
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On-Campus Requirements
Some online programs still have on-campus requirements, such as an orientation or laboratory requirements. Students considering biomedical engineering schools in other states may prefer a program without on-campus requirements.
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Thesis, Fellowship, and Work Requirements
Biomedical engineering programs may incorporate a research-based thesis at the conclusion of the program, or they may require students to pursue a related field experience. Make sure you can meet internship or laboratory requirements before enrolling in a program.
What Is Biomedical Engineering?
Biomedical engineering bridges biology and engineering, usually by using the principles of engineering to conduct medical research and develop biomedical equipment. The machines, technologies, and methods developed by biomedical engineers have revolutionized medicine; the field has contributed innovative medical advancements like artificial organs, pharmaceutical drugs, and surgical robots.
Biomedical engineers draw on related fields like mechanical engineering and chemical engineering to focus on human health.
Within the field, professionals may specialize in fields like cellular and tissue engineering, biomechanics, or biomedical electronics. Some biomedical engineers design medical devices, while others specialize in medical imaging or orthopedic implants. Biomedical engineers can also work in clinical engineering.
The field requires strong engineering knowledge and a medical background. Biomedical engineers draw on related fields like mechanical engineering and chemical engineering to focus on human health. They also need creativity and analytical skills to solve healthcare challenges by creating equipment.
This fast-paced field typically involves working in a research laboratory or clinical setting. Many professionals work in medical equipment and supplies manufacturing, though some pursue opportunities in academia or healthcare. By applying engineering to human health, biomedical engineers improve people's lives.
What Is a Master's in Biomedical Engineering Degree?
A master's degree in biomedical engineering trains students to research and design medical devices, engineer tissues and cells, and work in clinical engineering. During a master's program, graduate students take courses like biomedical data science, systems biology, neuroengineering, and tissue engineering. These courses build on the biology, chemistry, and mathematics training of an undergraduate biomedical engineering degree.
Full-time students can earn their master's in biomedical engineering in two years.
Biomedical engineering master's programs emphasize the theoretical side of engineering while also encouraging students to gain practical experience through research projects. Some programs offer concentrations in areas like biomechanics, cellular engineering, immunoengineering, and biomedical imaging. Some master's students also complete a thesis as part of the degree.
Most biomedical engineering master's programs require a bachelor's degree in engineering or a similar field for admission. Applicants must also meet prerequisite requirements, which can include courses in biology, chemistry, biochemistry, calculus, and physics.
In general, full-time students can earn their master's in biomedical engineering in two years. Some programs offer a one-year, accelerated pathway to the degree. After completing a master's degree, graduates can enter the workforce or apply to a doctoral program in biomedical engineering. Learn more about career paths in engineering.
Curriculum for an Online Master's in Biomedical Engineering
- Research Methods in Biomedical Engineering: Research methods courses prepare graduate students to conduct independent research projects in biomechanical engineering. During the course, students build the skills to create, develop, and carry out a research project from proposal to publication. Graduate students also learn about legal and ethical requirements for biomedical research.
- Biomechanics: In biomechanics courses, graduate students learn how to apply Newtonian principles of mechanics to biological movement analysis. For example, students may examine human movement through video and force plate data. The course trains graduate students to use biomechanical technologies to measure kinematics and apply biomechanical methods to answer research questions.
- Quantitative Physiology: Graduate students in this course explore the field of cellular biophysics using quantitative physiology, which applies mathematical methods to the study of living organisms. Coursework examines how molecules cross cellular membranes and the mechanisms of cellular transportation, providing theoretical and experimental knowledge for biomedical engineering students.
- Signal and Systems Analysis: In courses on signal and systems analysis, biomedical engineering students learn how to model biological systems. The class teaches student how to predict and manipulate the behavior of systems using an experimental approach. In addition to lectures, coursework may include laboratory requirements to gain practical experience.
Biomedical Engineering Jobs
Biomedical engineering schools prepare graduates for careers in engineering, medicine, and healthcare. In these roles, professionals research and develop medical equipment, instruct healthcare organizations on how to use biomedical equipment, and investigate solutions to health problems.
The average biomedical engineering salary exceeds $88,000 per year. In addition to biomedical engineering jobs, a graduate degree in the field can lead to opportunities in biochemistry, biomedical research, and biomedical engineering sales. Some careers may require further study or certification.
Biomedical Engineers
Biomedical engineers create equipment, software, and devices used in healthcare. They blend engineering principles with medical science to design artificial internal organs, diagnostic machines, and other biomedical equipment. In addition to performing research and development, biomedical engineers maintain and repair equipment. They also evaluate the effectiveness of biomedical equipment to improve patient outcomes.
While biomedical engineers specialize in the healthcare field, they may also design computer software to run equipment or design models for biological processes. Entry-level positions require a bachelor's degree in biomedical engineering, though some employers prefer candidates with a master's degree.
Biochemists and Biophysicists
Biochemists and biophysicists examine the principles behind living things and biological processes. They carry out research in areas like cell development and disease, investigate the impact of drugs and hormones on biological processes, create research papers or technical reports based on their findings, and make recommendations. They rely on technology like fluorescent microscopes to conduct their experiments.
Biochemists specialize in molecular or cell biology, including evolution, while biophysicists explore the mechanics behind biological systems. Both biochemists and biophysicists develop applied uses of their research. Most biochemists work in research and development, and a master's degree meets the requirements for entry-level roles.
Medical Scientists
Medical scientists conduct research through clinical trials and other studies. Their research investigates human diseases and develops treatment methods. Medical scientists prepare samples and data to understand diseases, determine standard doses for drugs, and test medical devices. Medical scientists may direct a team of technicians to carry out their work.
Biomedical scientists bring a background in biology to research the human body, working to develop treatments and cures for diseases. While medical scientists often hold doctorates, a master's degree meets the requirements for most jobs as biomedical scientists and biomedical researchers. Most medical scientists do not need a license or certification to practice.
Technical Writers
Technical writers create instruction manuals, guides, and other written documents that communicate technical information. They determine user needs, including the different needs of consumers versus businesses, while working with technical staff to understand how to create instruction manuals. Technical writers also collect user feedback to improve content.
In the biomedical field, technical writers often have a background in engineering, medicine, or biology. The field typically requires a bachelor's degree and knowledge or experience in science or engineering. Technical writers with a master's degree qualify for advanced roles.
Sales Engineers
Sales engineers blend technical skills with sales abilities. They market scientific and technological products and services to businesses, delivering technical presentations to explain a product or service to potential customers. They work with sales teams to understand a company's needs and recommend updates. After selling technical equipment, sales engineers help customers with problems or maintenance issues.
Many sales engineers also help research and develop new products. Sales engineers must bring strong communication and interpersonal skills to the role, along with a background in engineering. Typically, the position requires at least a bachelor's degree in a field like engineering. A graduate degree can help sales engineers pursue career advancement.
Biomedical Engineering Professional Organizations
Professional organizations help civil engineering students transition from their graduate programs into the workforce. Many professional organizations offer networking opportunities through conferences and events. These organizations also provide scholarship opportunities, publications, and career centers.
American Institute for Medical and Biological Engineering
AIMBE, a nonprofit professional organization, represents professionals in medical and biological engineering. The institute offers conferences, events, and lecture series to connect professionals and keep members current in the field. AIMBE also offers workshops, a public policy institute, and student policy resources to help students learn more about science policy and advocacy.
American Society of Biomechanics
Made up of academic researchers, clinicians, and scientists, ASB promotes the field of biomechanics. The organization was founded in 1977 and hosts annual conferences, grants awards, and offers a teaching repository with educational resources. Students and professionals alike can access the society's database of grants and career resources.
Biomedical Engineering Society
Founded in 1968, BMES represents biomedical engineering professionals. The organization publishes research in the field, hosts scientific meetings, and maintains a job board with career opportunities and internships. BMES provides members-only content on its website, including a directory, online education resources, and access to special interest groups.
