Biomedical Technology Degrees

Through undergraduate, master's or doctoral degrees in biomedical technology, you can learn about the concerns related to developing, testing or maintaining biomedical equipment. Get information on types of programs, admissions information, and career options in the biomedical technology field. Schools offering Biology degrees can also be found in these popular choices.

What Type of Programs Award Biomedical Technology Degrees?

If you enroll in a 2-year program, you can earn your Associate of Science in Biomedical Engineering Technology or Associate of Science in Biomedical Electronics Technology. Through a 4-year undergraduate program, you can earn a Bachelor of Science in Biomedical Technology or a Bachelor of Science in Biomedical Engineering Technology. Graduate programs may award a Master of Science in Biomedical Technology Development and Management, Master of Biotechnology with a focus on biomedical technologies or Ph.D. in Biomedical Engineering.

Available ProgramsAssociate's, bachelor's, master's, and doctoral degree programs
Career Options: Undergraduate DegreeEntry-level research, repair, and technician positions
Career Options: Graduate DegreeAdvanced and/or specific research and development positions
Course Components: Undergraduate DegreeUse and application of biomedical technology
Course Components: Graduate DegreeStrong basic scientific foundation followed by knowledge and skills development in one or more specific biomedical technology topics
PrerequisitesRelevant background in biology or engineering, plus strong academic performance

What Can I Do with an Undergraduate Degree?

An undergraduate degree can qualify you for entry-level research and technician positions working for biomedical equipment manufacturers, or in hospitals. Clinical laboratory technicians usually need an associate's degree; however, you'll need a bachelor's degree to work as a laboratory technologist. The US Bureau of Labor Statistics reported that medical and clinical laboratory technologists earned a median wage of $52,330 in 2018, and that demand for these occupations should increase 13% between 2016 and 2026 (www.bls.gov).

You can qualify to become a medical equipment repairer once you earn an associate's degree in biomedical technology or biomedical engineering. The BLS reported that medical equipment repairers earned median wages of $49,210 in 2018, with employment demand expected to rise by 4% between 2016 and 2026.

You'll need to earn a bachelor's degree to work as a biomedical engineer, and a master's degree is usually required for advancement to supervisory engineer positions. In 2018, the BLS reported that biomedical engineers earned median wages of $88,550. Other BLS data indicated that demand in biomedical engineering should increase 7% between 2016 and 2026.

How Can I Use a Graduate Degree?

A Master of Science will qualify you for careers with advanced research and development projects. You'll be able to help manufacturers design, test and bring to market new biomedical equipment. You can also work in a public or private organization focused on drug development or regulatory compliance.

With a Ph.D., you can apply your knowledge by researching and developing new biomedical applications. You can conduct scholarly work that identifies how to improve biomedical technology. You can also organize entrepreneurial efforts to develop new products, market these products to investors and serve a leadership role in a biomedical technology firm.

What Can I Learn as an Undergraduate?

Undergraduate coursework in a bachelor's degree program will cover cardiovascular, imaging and other biomedical applications. You can expect to learn how different technology applications can treat or monitor medical conditions, how doctors use this technology to diagnose illness and about different issues related to user interfaces.

What Do Graduate Programs Cover?

Master of Science programs may focus on clinical research, product development, business applications or regulation of biotechnology. After foundational coursework in human physiology, statistics, advanced mathematics and research ethics, you can learn about medical imaging, biomaterials, bioinformatics or robotics. Business-focused programs may include coursework in accounting and capital development for biomedical enterprises.

In a Ph.D. program, you'll learn how to design, lead and supervise biomedical technology research focused on a particular area of biomedical technology, such as neural engineering, imaging, computational biology or tissue engineering. You'll be expected to complete engineering, design and testing coursework before you work on teaching, research and dissertation requirements.

What Do I Need to Enroll?

The minimum prerequisite for most undergraduate programs is a high school diploma. However, you may also need to show that you've completed high school coursework in advanced mathematics, laboratory science, algebra or geometry.

Master's degree programs usually accept students with a bachelor's degree in health, biology, engineering or a related field. You may also need to show that you've completed undergraduate courses in inorganic chemistry, calculus, physics and biology.

Ph.D. programs accept students who have an undergraduate background in engineering, biochemistry, computer science, math or medical background. Regardless of your undergraduate major, you'll also need to demonstrate that you've completed undergraduate coursework in organic chemistry, differential equations and biology.

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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