Biomedical Engineering
A brand-new branch of medicine known as biomedical science is currently gaining popularity in the academic world. Due to the prominence and reach of biomedical engineering in Pennsylvania, this field of study is attracting both medical and engineering students. if you are also interested in pursuing this degree. You can decide which path will help you advance your career in this area.
Therefore, if you’re considering this career path, keep reading to find a list of universities and colleges offering biomedical engineering degrees in Pennsylvania, along with their addresses and contact information.
Importance of biomedical engineering
The general shift in society toward the routine use of machinery and technology in all facets of life is correlated with the rising demand for biomedical engineers.
- In order to address medical needs, engineering principles, and biological knowledge have been combined to create ground-breaking and life-saving ideas like artificial organs, surgical robots, advanced prosthetics, new pharmaceutical drugs, kidney dialysis, and many others.
- The precise type of work you might end up doing will depend on the particulars of your role because biomedical engineering is a broad field with numerous areas of focus.
- The term “biomedical engineering” refers to a field that focuses on medicine and healthcare. In collaboration with physicians, surgeons, and therapists, biomedical engineers create systems and equipment devices to address clinical issues using contemporary engineering paradigms.
The goal of biomedical engineering
The goal of biomedical engineering is to educate students in cutting-edge engineering concepts and foster in them a strong sense of community and responsibility toward society. A prosperous and enlightened society can be developed by producing graduates who can communicate effectively, pursue lifelong learning, and contribute to that development.
The establishment of a biomedical engineering department will have faculty and staff with PhDs, Masters, and Bachelors in the field. The faculty’s mission is to provide students with a graduate-level education in core and advanced biomedical engineering courses and to prepare them to design and solve challenging engineering problems.
Biomedical Engineering Schools in Pennsylvania
- Drexel University
There are 7 biomedical engineering degree programs offered by Drexel University. It is a very sizable, private, four-year university that is not for profit. 282 students majoring in biomedical engineering graduated in 2020, with 162 receiving master’s degrees, 102 receiving bachelor’s degrees, and 18 receiving doctoral degrees.
- Wilkes University
One degree program in biomedical engineering is available from Wilkes University. It is a small, private, four-year university that is not for profit. Five biomedical engineering students will graduate in 2020, and five of them will receive master’s degrees.
- Widener University.
There are two biomedical engineering degree programs offered by Widener University. It is a medium-sized, private, four-year university that is not for profit. 21 students majoring in biomedical engineering graduated in 2020, with 17 receiving bachelor’s degrees and 4 receiving master’s degrees.
- The University of Pennsylvania
The University of Pennsylvania offers five-degree programs in biomedical engineering. It is a very sizable, private, four-year university that is not for profit. 109 students majoring in biomedical engineering graduated in 2020, with 66 receiving bachelor’s degrees, 28 receiving master’s degrees, and 15 receiving doctoral degrees.
- Lehigh University
Lehigh University offers three-degree programs in biomedical engineering. It is a medium-sized, private, four-year university that is not for profit. 62 students majoring in biomedical engineering graduated in 2020, with 56 receiving bachelor’s degrees, 5 receiving master’s degrees, and 1 receiving a doctoral degree.
Best Biomedical Engineering Schools in Pennsylvania
| Institution | Category | Location | website |
|---|---|---|---|
| Drexel University School of Biomedical Engineering, Science and Health Systems | University | 3141 Chestnut St | http://drexel.edu/biomed/ |
| Carnegie Mellon University | Private university | 5000 Forbes Ave | http://cmu.edu/ |
| University of Pennsylvania School of Engineering and Applied Science | University department | 220 S 33rd St | http://www.seas.upenn.edu/ |
| University of Pittsburgh Swanson School of Engineering | University department | 3700 O'Hara Street Benedum Hall of Engineering | http://www.engineering.pitt.edu/ |
| Scott Hall Biomedical Engineering Department | University | 346 Hamerschlag Dr | http://www.bme.cmu.edu/ |
| Department of Bioengineering | University department | http://www.be.seas.upenn.edu/ | |
| College of Engineering at Temple University | University | 1947 N 12th St | http://engineering.temple.edu/ |
| Center for Biotechnology and Bioengineering, University of Pittsburgh | University | 300 Technology Dr | http://www.engineering.pitt.edu/bioengineering/ |
| Eberly College of Science | College | 517 Thomas Building | http://science.psu.edu/ |
| Drexel University College of Engineering | University department | 3100 Market St | https://drexel.edu/engineering/ |
| Penn State College of Engineering | Engineering school | 101 Hammond Bldg | http://www.engr.psu.edu/ |
| College of Engineering | University department | 5000 Forbes Ave | http://engineering.cmu.edu/ |
| Pennsylvania College of Technology | University | 1 College Ave | https://www.pct.edu/ |
| Department of Agricultural and Biological Engineering | University | https://abe.psu.edu/ | |
| Swarthmore College | Private college | 500 College Ave | http://www.swarthmore.edu/ |
| Penn State Behrend: School of Engineering | University department | 5101 Jordan Rd | http://psbehrend.psu.edu/school-of-engineering/contact-us |
| Perelman School of Medicine at the University of Pennsylvania | Medical school | 3400 Civic Center Blvd | http://www.med.upenn.edu/ |
| Penn State Behrend | College | 4701 College Dr | http://behrend.psu.edu/ |
| Widener University | Private university | One University Pl | https://www.widener.edu/ |
| Penn State College of Earth and Mineral Sciences | University | 116 Deike Building | https://www.ems.psu.edu/about/visit-contact-us/contact-us |
Study after graduation in biomedical engineering
There has never been a biomedical device created without extensive multidisciplinary cooperation, but there is still a significant gap between the various fields of biomedical engineering, including physics, mathematics, nanotechnology, biomechanics, and biomaterials.
In Pennsylvania, where there are many graduates with degrees in physics, math, computer science, and electronics, it is crucial to give them the chance to use their in-depth knowledge of the fields to address issues that arise in the vast field of healthcare technology.
Such a thorough integration would benefit not only these students’ ability to broaden their areas of expertise and employment opportunities but also the biomedical engineering field as a whole.
How to become a biomedical engineer?
You can learn everything you need to know as a biomedical engineering student to launch your career in a variety of ways. You can enroll in theoretical, lab, and research courses. You can complete all 120 credits of these courses over the course of four to five years.
- Courses in theory lay the groundwork for your engineering knowledge. Bioimaging & Biosensing, Biology & Biotechnology, Thermodynamics, and Quantitative Physiology are all required courses.
- Lab courses can be taken in a variety of locations. You can learn about biomedical materials and how to use them in these classes. You can work in places like the Biotransport Research Laboratory, the Bioinstrumentation Laboratory, and the Biomedical Engineering Hybrid Facility at Bucknell University.
- Clearly, a biomedical engineering degree must include both lab work and research. If you have received excellent grades in your engineering courses, you might be permitted to join a research team even though you are more likely to conduct research as a Master’s degree student.
- Along with teaching students how to conduct research on their own and in teams with their peers, they are also trained to instill research skills in students.
