The Best Online Master’s in Biomedical Engineering Programs

Overview

An online master’s in biomedical engineering equips students with advanced knowledge at the intersection of engineering, biology, and medical innovation. This degree prepares graduates for roles that involve developing, testing, and refining technologies used in healthcare — from medical devices and imaging systems to tissue engineering, pharmaceuticals, biomaterials, nanotechnology, and military medical applications. With specialized training in problem-solving, design, and clinical collaboration, students are positioned for leadership or highly technical roles across the biomedical industry.

Most online biomedical engineering programs require 28–33 credit hours, allowing full-time students to complete the degree in 18–24 months, with some accelerated pathways available. According to the National Center for Education Statistics, the average graduate tuition in the U.S. is $23,654, though actual costs vary by institution and residency. Graduates often pursue roles in bioengineering and biomedical engineering, fields that offer an average annual salary of $106,950, according to the Bureau of Labor Statistics.

How to Choose an Online Master’s in Biomedical Engineering Program

1. Choose your area of study

Online biomedical engineering programs are typically offered as a Master of Science (MS) or a Master of Engineering (MEng). While both prepare students for advanced technical roles, MS programs typically emphasize research and theory, whereas MEng degrees often focus on applied engineering skills and practical experience. Many schools also provide optional concentrations, allowing you to tailor your coursework to a specific subfield. Common specializations include biomaterials, biomedical instrumentation, medical imaging, neuroengineering, biomechanics, and healthcare robotics.

If you already have a preferred industry or job role in mind, such as device design, imaging technology, or clinical engineering, prioritize programs that offer coursework, faculty expertise, and capstone projects aligned with those goals.

2. Research schools and programs

As you begin comparing programs, confirm that each institution holds regional accreditation from a U.S. Department of Education–recognized agency (such as NECHE or NWCCU). Accreditation ensures academic quality and preserves your eligibility for federal financial aid.

Whenever possible, choose programs accredited by the Accreditation Board for Engineering and Technology (ABET). While not mandatory for all biomedical engineering positions, ABET approval signals strong curriculum standards and may benefit future employment opportunities.

Beyond accreditation, consider key practical factors, such as:

• Total program cost and expected student debt
• Curriculum relevance to your intended specialty
• Faculty expertise and current research areas
• Opportunities for virtual labs, hands-on projects, or industry partnerships

To gather more insight, explore university websites, attend virtual open houses, request admissions materials, or contact advisors directly.

3. Prepare for tests and applications

Admission requirements differ by school. Some online biomedical engineering programs still ask for GRE scores, while many have adopted a test-optional policy. If standardized tests are required, allow sufficient time — often several months — to study and submit scores before application deadlines.

Most programs will ask for:

• Official undergraduate transcripts
• Letters of recommendation
• A personal statement outlining academic interests and career goals
• A resume or CV
• Evidence of prerequisite coursework in subjects like calculus, physics, biology, and engineering fundamentals

Always verify requirements with an admissions counselor to ensure you have the most current and accurate information.

4. Select your program

Once you have a shortlist of programs, compare them based on how well they align with your learning style, scheduling needs, and long-term career plans. Consider the structure of each program:

• Full-time vs. part-time enrollment
• Fully online vs. hybrid formats
• Asynchronous vs. synchronous course delivery

Asynchronous courses offer flexibility for students balancing work or caregiving responsibilities, while synchronous programs provide real-time interaction and a more classroom-like experience. Choose the format that best matches your scheduling and learning preferences.

5. Determine how you’ll pay for your degree

Tuition for biomedical engineering programs can be substantial, so it’s essential to explore all available funding options. Start by completing the Free Application for Federal Student Aid (FAFSA) to determine your eligibility for federal loans and need-based aid. Some universities also offer scholarships, departmental awards, or research assistant positions.

Other potential funding sources include:

• State-level grants or tuition support
• Employer tuition reimbursement programs
• Payment plans through the university
• Industry partnerships or sponsored projects

Speak directly with financial aid counselors at each institution to understand the full range of available options and create a plan that supports both your educational and financial goals.

What Can You Expect from an Online Master’s in Biomedical Engineering Program?

An online master’s in biomedical engineering deepens your understanding of how engineering, biology, and technology intersect to solve complex medical challenges. These programs build on foundational undergraduate science or engineering coursework and introduce advanced concepts in device design, computational modeling, biomaterials, physiological systems, and medical innovation. Students learn how to analyze data, design prototypes, evaluate clinical needs, and apply engineering principles to real-world healthcare problems.

Coursework generally covers topics such as biomedical instrumentation, biomechanics, tissue engineering, biomaterials, medical imaging, regulatory science, and human-centered design. Many programs also emphasize ethical considerations, emerging technologies, and the translational pipeline, from research and development to clinical application.

Most online biomedical engineering programs take 18–24 months to complete for full-time students, though some accelerated tracks allow completion in as little as one year. Online formats typically integrate virtual labs, simulation tools, and project-based assignments, minimizing or eliminating the need for campus-based residencies. This structure enables working professionals and remote learners to build hands-on experience while maintaining flexibility in their schedules.

What Can You Do With an Online Master’s in Biomedical Engineering?

A master’s in biomedical engineering opens the door to a wide range of career paths at the intersection of engineering, medicine, and biotechnology. Because graduates are trained to solve clinical challenges through technological innovation, they are highly valued in industries such as medical device design, pharmaceuticals, diagnostics, biotechnology, manufacturing, research and development, and healthcare operations.

Professionals with this degree often work on developing medical instruments, improving therapeutic technologies, conducting laboratory research, or managing teams in healthcare-related organizations. Below are some common career options aligned with this credential.

*These figures reflect U.S. Bureau of Labor Statistics (BLS) data as of the latest available reporting. Actual salaries vary by location, employer, and level of experience.

Online Master’s in Biomedical Engineering Frequently Asked Questions