Tech Major Quiz Results

What is biomedical engineering?

Biomedical engineers meld biology and technology. They research and develop solutions for biological and medical issues. They design, create, and maintain equipment and software. Applications for their work include 3D printers, artificial joints, cardiac pacemakers, defibrillators, and more. To get a good start on study in biomedical engineering, take biology, chemistry, and physics. Creativity and problem-solving skills come into play often in this field. An interest in medicine is imperative.

Read more below on average salary, career paths and recommended reading to get started!

You might be a future biomedical engineer if…

  • You think analytically. Biomedical engineers must solve problems fast, and correctly. You’ll need to break down complex challenges into manageable steps.
  • You’re a good listener. You’ll work in teams with an array of people. These could bring a ton of varying views, from patients, physicians, and business associates with different agendas.
  • You have reading comprehension skills. Work-related documents can be highly detailed. Keeping journals and notes of terms and details can help you understand it all.

For educators: Is biomedical engineering a fit for your students?

Biomedical engineering requires analytical thinking and quick solutions. Students who seem to have a knack for slowing down complex procedures can do well in this field. Does your student seem to pick up quickly on complicated concepts, and work well with others? Biomedical engineering could be a fit.

Inside the numbers

  • $86,220 | Median average salary for biomedical engineers as of May 2015. That’s slightly lower than the median average for all engineers ($90,060).
  • 23% | Expected growth in the field. That’s higher growth than average for all occupations. Growth for tech and medical equipment contribute to the rise.

Salary range

  • According to, biomedical engineers average $86,000 per year. Most hold a master’s degree, and salaries range from $52,680 to $139,350, according to

Possible Career options

  • CLINICAL ENGINEER | Technical consultation for hospital staff, including administrators, IT, and physicians. Supervision and training of biomedical equipment technicians.
  • GENETIC ENGINEER | Manipulate DNA fragments for research, often for pharmaceutical companies. Their research can lead to organisms better suited for environmental challenges.
  • IMAGING/FIELD SERVICE SPECIALIST | Maintain and repair general imaging machines. These can include fluoroscopy systems, ultrasound systems, X-Ray units, and more.

Resources for biomedical engineering



Camps and games

Online courses

Top picks for biomedical engineering schools

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