Biomedical Engineering

Brought to you by: Maya E. at Wilde Lake HS


What is Biomedical Engineering?

Biomedical Engineering is the application of engineering principles to the medical field. Every single device or peice of equipment in a hospital or doctor's office is an example of biomedical engineering. Biomedical engineers can build prosthetic limbs, imaging systems, and much more.

Why Should I become a Biomedical Engineer?

There is 27% job growth in that area, which is very fast in comparison to other jobs. Biomedical engineering is an expanding field, with 19,400 available jobs in 2012, and is likely to become the medical science of the future.

What College Should I Attend?

Johns Hopkins University, located in Baltimore, is ranked number one for its biomedical engineering program. However, the University of California-San Diego and the Georgia Institute of Technology are tied for a close second, in addition to the fact that their tuition rates are much lower at closer to $10 thousand per year rather than Johns Hopkins, which is closer to $50 thousand.

What Courses Will I Have To Take?

If you want to become a biomedical engineer, you should start with taking calculus, life science, chemistry, computer programming, English and physics in high school, and preferably at an advanced level. See the colleges above for information on classes to take there.

How Much Money Will I Make?

In 2012, biomedical engineers recieved a median pay of $86,960 per year, or $41.81 per hour. The median starting salary is $53,800, and by mid career your salary is likely to be somewhere around $97,800 per year.

What Are the Working Conditions?

Most of you work would be done either in the lab or with patients. There would be no field work because this type of engineering has no field.

What Good Can I Do For Humanity?

Biomedical engineering has saved the lives of many patients, and enhanced the quality of life of even more. So many people owe their lives to the products of biomedical engineering, from diagnostic devices to surgical tools, and without the aid of prosthesis, some people would never be able to live full lives. With biomedical engineering, you can improve the lives of countless patients while stepping into the future of medical science.


Sources: