Biomedical Engineering Graduate Programs teach how to use mathematical and engineering principles to solve medical problems and other biological concerns. Through a combination of coursework and research, students might learn to design medical diagnostic equipment, artificial body parts, and other biomedical devices and machines.
Courses may touch on topics such as bioimaging, molecular engineering and orthopedics. Students could also explore other areas of bioengineering, such as biochemistry, and study the application of engineering principles to the pharmaceutical industry. Or applications in the agricultural and environmental industries. Biomedical engineering graduate programs may be offered as masters and doctorate degrees, and as well as graduate certificates, helping students from many backgrounds pursue their goals.
Biomedical engineering graduate schools may offer concentrations such as agriculture engineering, bioinstrumentation, biochemical engineering, and other areas of focus that may interest you. Decide what career area you would like to pursue before choosing the concentration to best suits your goals.
|
Program |
Degree Awarded |
Format |
|
Master of Science in Biomedical Engineering |
M.S. |
Campus |
|
Master of Science in Bioengineering |
M.S. |
Campus |
|
Master of Science in Biomechanics |
M.S, |
Campus |
|
Doctor of Philosophy in Biomechanics |
Ph.D. |
Campus |
|
Doctor of Philosophy in Biomedical Engineering |
B.M.E. Ph.D. |
Campus |
You will also need to decide on the degree level that is appropriate.
Biomedical Engineering Masters Degrees are typically offered as a Master of Science (MS) and may be available either as a MS in Biomedical Engineering or Master of Biomechanics degree.These programs help students develop the analytical tools to perform research, as well as technical knowledge to pursue various roles in the bioengineering field. Most Masters in Biomedical Engineering Programs follow coursework with either a practicum or research requirement resulting in a thesis. This may be determined by the program's focus or student's goals. For example, a thesis option may be preferable for those hoping to go on to earn their PhD in Biomedical Engineering.
Students could expect to complete a Biomedical Engineering Masters Program through two years of full time study, or by earning around 30 academic credits. Applicants may be required to hold a bachelor’s degree in engineering, biology or chemistry. Some Biomedical Engineering schools have specific mathematics requirements as well. Or may require prospective students to complete remedial courses in either life sciences or engineering. Schools vary.
Biomedical Engineering PhD programs, often called BME PhDs, may be perfect for those interested in specialized research in topics like biomechanics, genetic engineering or medical devices. Through a combination of in depth training and dissertation work, students may be prepared to become leaders in research and development or go on to pursue advanced roles in academia. Courses are often tailored to the students interests. Therefore they may vary greatly depending on concentration area, advisor recommendations, research projects and the program. That being said, Biomedical Engineering PhD programs are typically interdisciplinary and may cover topics in engineering, life sciences, and mathematics.
Most BME PhD require a bachelors or masters degree in biology, mathematics or computer science. Ideal candidates may also have experience in research or the field. Programs vary so contact schools directly for details.
Biomedical Engineering Graduate Certificate programs are a shorter, non-degree option which may help further develop your bioengineering knowledge. Some biomedical schools offer certificates covering specific areas of the field. These focused programs might be great for current professionals or graduate students wishing to add on to their current coursework. Other programs may act as an introduction to Masters in Biomedical Engineering curriculum This could be a perfect way to see if biomechanics is a good fit before committing to a full degree program. Every biomedical engineering school is different. Read program descriptions carefully to see which certificates might match your needs.
To get started, search by city, state, and other criteria to pick from the best biomedical engineering grad school near you. You may also have the option of earning your degree from hybrid or online biomedical engineering graduate programs. Choose the option that fits your lifestyle and professional ambitions and contact schools today!
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