How to Select a BME School
Biomedical master's or doctoral degree (Ph.D.) programs can lead to careers in product development or research in academia or government laboratories, while bachelor's degree programs prepare students for entry-level careers in private or public industry. When looking for a program, students should consider programs accredited by the ABET, the leading accreditation organization for engineering, technology and applied science programs. Students may also want to consider internship offerings in a specific area of interest, such as manufacturing, regulatory affairs, product development, operations or marketing. Additionally, some programs train students through real-world project work and clinical rotations; such hands-on experience may better prepare students for employment. Finally, programs that combine an M.S. and an M.B.A may be appealing to students who want to learn how to market new engineering ideas. Completing medical training alongside research training in an M.D./Ph.D. program, meanwhile, may lead to increased research and employment options after graduation.
Students interested in biomedical engineering programs may want to keep these considerations in mind:
- Different degree levels prepare students for various employment opportunities.
- Internships allow students to make professional contacts, so it is important that students complete internships in the area they want to work in after graduation.
- Programs are available that combine engineering studies with business studies in a joint M.S./M.B.A. degree, or medical training and research in a joint M.D./Ph.D. degree.
BME Program Overviews
Bachelor of Science in BME
Students learn to apply math, science and engineering principles to analyze and interpret modern problems in engineering tools. In addition to general education, students examine:
- Systems analysis
- Engineering biology
In addition to courses, students typically complete a capstone design project.
Master of Science (M.S.) in BME
Students focus on interdisciplinary training in biology, medicine and engineering, and some programs include options for business classes. Programs typically include thesis and non-thesis tracks. A bachelor's degree with adequate preparation in quantitative skills, the sciences and engineering is required for entry. Master's degree students take courses such as:
- Artificial organs
- Tissue engineering
Ph.D. in BME
The first two years of the 72-credit Ph.D. program included advanced coursework in biology, medicine, physics and engineering. A qualifying exam is required before advancing to candidate-status and conducting research for a dissertation. Students can enter a Ph.D. program with either a bachelor's or master's degree; course requirements are adjusted depending on a student's preparation. Some of the courses doctoral students might take include:
- Cell mechanics
Top 10 Biomedical Engineering Schools
|Johns Hopkins University||4-year, Private not-for-profit|
|Georgia Institute of Technology||4-year, Public|
|University of California - San Diego||4-year, Public|
|Duke University||4-year, Private not-for-profit|
|Massachusetts Institute of Technology||4-year, Private not-for-profit|
|Stanford University||4-year, Private not-for-profit|
|University of California - Berkeley||4-year, Public|
|University of Pennsylvania||4-year, Private not-for-profit|
|Boston University||4-year, Private not-for-profit|
|Rice University||4-year, Private not-for-profit|