Biomedical Technology Bachelor's Degrees: Online & Campus-Based Programs

Find out the topics taught in a biomedical technology program. Learn about courses offered and requirements needed to earn the bachelor's degree as well as salary and employment data. Schools offering Biology degrees can also be found in these popular choices.

Can I Earn a Biomedical Technology Degree Online?

It's possible for you to earn a biomedical technology bachelor's degree in a traditional classroom setting. As you complete your undergraduate studies, you'll be able to take advantage of lectures, labs and workshops that provide hands-on experience in engineering technology. You'll also learn about common medical conditions and human anatomy. Some courses in an on-campus program may be available online.

Online programs are not typically offered at the undergraduate level. Graduate programs, however, can be found online. Generally, an online program allows you to learn about the theory behind biomedical technology applications, but you may want to consider an on-campus program if you're pursuing a career as a repair technician.

Online Availability Hybrid programs available at the undergraduate level; fully online programs are only available at the graduate level
Common Courses Patient populations, calculus, engineering principles, circuit analysis, biomedical equipment
Possible Careers Medical equipment repairer, biomedical engineer
Job Outlook (2016-2026) 7% growth (for biomedical engineers)*
Median Salary (2018)$88,550 (for biomedical engineers)*

Source: *U.S. Bureau of Labor Statistics

What Courses Will I Take?

Regardless of whether you attend classes in person or online, you'll take math courses in algebra, trigonometry and calculus. You'll also learn about the user interfaces in several common types of biomedical equipment, such as magnetic resonance imaging machines, pacemakers and heart monitors.

In-depth study covers different types of health issues, such as cancer, heart disease, fractures and diabetes. You'll then learn about engineering principles, electronics and materials science. Courses in electronics include the study of circuit analysis, microprocessors and components.

You'll also learn about different types of patient populations and health issues that occur in each. This will help you understand what types of biomedical devices are appropriate while providing you an understanding of different repair issues likely to occur in different technology applications.

How Can I Use My Degree?

As a biomedical engineer, you could help medical scientists research new technologies or conduct experiments. In 2018, the U.S. Bureau of Labor Statistics (BLS) reported that engineers in this field had median earnings of $88,550. The BLS also indicated that demand in this profession is expected to rise by 7% between 2016 and 2026. This high expected demand is attributed to new technologies that will be needed to address issues related to medical discoveries, pharmaceutical treatments and cost control. You can enter this profession with a bachelor's degree.

You might also consider working as a medical equipment repairer. You can enter this field after completing a 4-year program. In 2018, median earnings in this profession were $49,210, and demand for repair technicians is expected to increase by 4% between 2016 and 2026, also per the BLS. If you choose a career as a biomedical repair technician, most of your work will be focused on the repair of hospital equipment and other technologies used by the elderly.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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