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Biomedical Engineering Technology Degree Program Information

Degrees available in the field of biomedical engineering technology include an Associate of Applied Science (AAS) and a Bachelor of Science (BS). Learn what each program level has to offer along with the career options open to graduates.

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Essential Information

Biomedical engineering technology degree programs offer training in the manufacture, installation, calibration and repair of the machines used in healthcare facilities. They are commonly available online and require a high school diploma or GED for admission.

Associate's degree programs in biomedical engineering technology give students the technical knowledge and experience they'll need for careers in this field. These 2-year programs stress the fundamentals of mathematics, physics and technology and show students how to use what they've learned in repairing biomedical equipment.

A 4-year bachelor's degree program in this field focuses on teaching students to develop and install biomedical equipment, using their engineering skills to create machines that solve medical problems. A strong background in physics and engineering is needed in this program. Students get experience with many types of medical equipment, including imaging technology and laboratory equipment.


Associate of Applied Science in Biomedical Engineering Technology

Associate's degrees in biomedical engineering technology are not to be confused with degrees in biomedical engineering. The 2-year degree programs focusing on technology are designed for aspiring medical equipment repairers and technicians, while 4-year programs in biomedical engineering are designed for individuals who seek to apply engineering principles towards medical problems.

Students enrolled in an associate's degree program in biomedical engineering technology first gain a solid background in mathematics, science, technology and engineering. They then go on to apply these principles in practical training experiences, working with actual pieces of biomedical equipment. They learn about the techniques, skills, operating procedures and tools used in the manufacture, installation and repair of biomedical equipment.

Foundational courses included within an associate's degree program in biomedical engineering technology provide students with an understanding of circuits and systems while advanced courses cover the design and operation of biomedical equipment. Some examples of courses are listed below:

  • Introduction to biomedical technology
  • Computer applications
  • Electric circuits
  • Technical mathematics
  • Electronics
  • Communication systems

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Bachelor of Science in Biomedical Engineering Technology

Bachelor's degree programs in biomedical engineering technology are not as common as associate's degrees in the field, but they are available at some 4-year colleges and universities. Such programs often include advanced training sessions and classroom lectures, providing graduates with the skills and knowledge necessary to work with complicated patient care and diagnostic equipment in the medical field. Students are also required to complete general education courses in communication, chemistry, calculus and engineering.

Bachelor's degree programs in biomedical engineering technology are entry-level programs. Students who choose a biomedical engineering technology major are often required to pass courses in physics, calculus, chemistry and statistics before they can go on to core bioinstrumentation courses.

The courses not only provide students with a basic understanding of how medical equipment operates, but also provides them with the means to create, install, calibrate, repair, maintain and replace equipment. Some core courses might include the following:

  • Nanotechnology
  • Medical equipment materials
  • Circuits
  • Digital electronics
  • Biomedical informatics
  • Healthcare technology

Popular Career Options

Having a degree in biomedical equipment technology can prepare graduates for different types of positions in the field of medical equipment manufacture and repair. Some of these might include:

  • Biomedical equipment technician
  • Radiology equipment specialist
  • Laboratory equipment specialist
  • Medical equipment manufacturing technician
  • Medical equipment repair manager

Employment Outlook and Salary Info

About 41,060 individuals were employed as medical equipment repairers in 2015, according to the U.S. Bureau of Labor Statistics (www.bls.gov). Most of these individuals were working for equipment and supplies wholesalers, hospitals and healthcare facilities or specialized repair and maintenance companies. They earned a median annual salary of roughly $46,340 in 2015.

Certification Options

Certification in the field of medical equipment repair is completely voluntary. Some organizations do offer certifications for professionals who are eager to gain a credential and prove their competence to potential employers. One such organization is the Association for the Advancement of Medical Instrumentation (AAMI), which offers certifications in the field for general biomedical equipment technicians as well as technicians specializing in a particular type of biomedical equipment.

Biomedical engineering technology programs are typically offered at the undergraduate level. Associate's degree programs are the most common degree options, but there are also bachelor's degree programs; both provide lecture-based coursework and practical training in medical equipment repair.

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