Biomedical Engineers work to improve the quality and effectiveness of patient care. In this major, you will learn how to analyze and design solutions to problems in medicine. Biomedical engineers are able to help improve the quality of life for many patients by designing and building medical devices such as prosthetic limbs or artificial organs. The world of biomedical engineering is exciting and constantly making new advances!
Every college sill have slightly different requirements for this major. However, you can expect to take classes like anatomy, biochemistry, biology, biomaterials, biomechanics, biophysical chemistry, computer programming for engineers, genetics, mathematics, organic chemistry, physics, microbiology, molecular cell biology, and micro-machines and robotics.
If you like to come up with creative solutions to problems than this major is for you! You will be learning how things work, as well as the basics of medicine and healthcare. Students should be prepared to handle a heavy workload of both math and science. Calculus and other advanced mathematics will be used in analysis and design when working. You will spend long hours working in the lab finding solutions to problems.
You will often work on team projects while in college. This essential to prepare you for a career where you will constantly work with others: fellow engineers, project managers, patients, physicians, and other professionals. Learn to express yourself clearly as well as understand the concerns and needs of others. Don't be afraid to push boundaries in order to improve the biomedical engineering field.
Most colleges require a minimum of a summer internship, but most will want you working in the field during the school year as well.
There are many different career paths that you may take with a degree in biomedical engineering. This includes pharmaceuticals, medical devices, artificial organs, prosthetics, medical instrumentation, and medical imaging. You may also choose to go into health management systems. This field is constantly advancing so many students decide to go back to school in order to stay knowledgeable on the latest technology and techniques in their specific field.
This field is growing faster than average, especially as the baby-boomer generation ages and there is a demand for new medical devices and procedures. As technology advances, so will the biomedical engineering field, thus creating new areas of work.
Graduates with a degree in biomedical engineering average $56,236 as a starting salary with a mid-career salary of $105,011.
Here is a small sample of the careers that a degree in Biomedical Engineering might open up.