Bioengineering is an interdisciplinary field that combines engineering theory with life science to operate at the intersection of living systems and human design. For use in biotech and medical applications, bioengineers develop new materials, tools, and procedures. Their work is crucial to the development of biomaterials, bioreactors, and technologies for human health (including medications, drug delivery systems, diagnostic tools, implants, and imaging systems).
There are some biomedical engineering tracks available to you:
- A medical device sequence with expertise in the creation of tools for therapeutic procedures, and
- A pre-health sciences track that includes the chemistry and biology prerequisites required to be
- A highly qualified candidate for medical school, a doctor of a physical therapy program, or a number of other health-focused professions after graduation.
Ph.D. and M.S. Programs
To advance science, society, and your career, the joint M.S. and Ph.D. programs combine an immersive curriculum, significant research, and focused professional development.
Students enrolled in joint programs have full access to all university resources, including coursework, training sessions, research facilities, and student organizations. Ph.D. students can select an advisor or co-advisors from the bioengineering faculty. Only faculty advisors are currently accepting M.S. students.
- Engineering of the cellular and molecular level
- Physiological system modeling
- Regulations for drugs and medical devices in technology development
- Enterprise and innovation
Biomedical Engineering Schools in Oregon
With so many options, picking a program to enroll in is not an easy decision. You have the option of attending one of the many reputable online schools in addition to traditional schools that demand on-campus attendance. Some programs offer even a hybrid experience. As an alternative, you might decide on a trade school that will give you the skills you need to go into the workforce.
We have compiled a list of the Top Biomedical Engineering Schools in Oregon to help you see some of your options for higher education. This study looked at 5 schools in Oregon to determine which ones had the most well-liked student programs.
- Community College of Portland
Portland Community College is a great place for students studying biomedical engineering, as evidenced by its ranking of #1 on the list this year. Located in the sizable city of Portland, Portland Community College is a very large public institution.
- State University of Oregon
According to our rankings for 2023, Oregon State University is the state of Oregon’s top school for students majoring in biomedical engineering. Located in the tiny city of Corvallis, Oregon State is a sizable public university.
Bioengineering majors at Oregon State rack up average student debt of about $25,000 while pursuing their degree.
- University of Oregon Health & Science
On this year’s list of the top biomedical engineering schools in Oregon, Oregon Health & Science University came in third place thanks to its outstanding programs. A small public university called OHSU is situated in Portland.
- College of Portland
If you enroll at the University of Portland, you’ll join some of the most talented individuals in your area. On this year’s list of the Most Popular Biomedical Engineering Schools in Oregon, the institution came in at number five. The University of Portland is a private, non-profit university with a small student body that is situated in the city of Portland.
- George Fox College
If you enroll at George Fox University, you’ll be among some of the most talented individuals in your area. On this year’s list of the Most Popular Biomedical Engineering Schools in Oregon, the institution came in at number three. In the city of Newberg, there is a small private, non-profit school called GFU.
Best Biomedical Engineering Schools in Oregon
| Institution | Category | Location | website |
|---|---|---|---|
| School of Chemical, Biological and Environmental Engineering | University department | 105 SW 26th St #116 | http://cbee.oregonstate.edu/ |
| College of Engineering | College | 101 Covell Hall, 1691 SW Campus Way | http://engineering.oregonstate.edu/ |
| Shiley School of Engineering | College | Shiley Hall, 5000 N Willamette Blvd | http://engineering.up.edu/ |
| Maseeh College of Engineering and Computer Science | College | 1930 SW 4th Ave # 500 | https://www.pdx.edu/engineering/ |
| School Of Nuclear Science & Engineering | School | 3451 SW Jefferson Way | http://radiationcenter.oregonstate.edu/ |
| Johnson Hall | College | 105 SW 26th St | http://cbee.oregonstate.edu/ |
| Oregon State University School of Mechanical, Industrial and Manufacturing Engineering | University department | 2000, 204 NW Monroe Ave Rogers Hall | http://mime.oregonstate.edu/ |
| University of Portland | Private university | 5000 N Willamette Blvd | http://www.up.edu/ |
| School of Electrical Engineering and Computer Science | University department | 1148 Kelley Engineering Center, 2500 NW Monroe Ave | http://eecs.oregonstate.edu/ |
| University of Oregon | University | 1585 E 13th Ave | http://www.uoregon.edu/ |
| Oregon State University | University | +1 541-737-1000 | http://oregonstate.edu/ |
| Mt. Hood Community College | Community college | 26000 SE Stark St | http://www.mhcc.edu/ |
| Willamette University | Private university | 900 State St | http://www.willamette.edu/ |
| Oregon State University School of Civil and Construction Engineering | University department | Kearney Hall, 1491 SW Campus Way | http://cce.oregonstate.edu/ |
| Lane Community College | Community college | 4000 E 30th Ave | http://www.lanecc.edu/ |
| Southern Oregon University | Public university | 1250 Siskiyou Blvd | http://www.sou.edu/ |
| Chemeketa Community College | Community college | 4000 Lancaster Dr NE | http://www.chemeketa.edu/ |
| Oregon Tech | University | 3201 Campus Dr | https://www.oit.edu/ |
| Linn-Benton Community College | Community college | 6500 Pacific Blvd SW | http://www.linnbenton.edu/ |
| Graduate School, Oregon State University | Graduate school | Heckart Lodge, 2900 SW Jefferson Way | http://gradschool.oregonstate.edu/ |
Why study biomedical engineering in Oregon?
In fact, to the fundamental engineering studies and research opportunities, students who choose to major in bioengineering at Oregon University will gain a strong foundation in biology, chemistry, physics, and math.
- Principles of biomedical engineering, materials engineering, and product design are covered in advanced coursework. A capstone design project that incorporates drug and medical device regulation is completed by all students.
- Our diverse faculty pursues research interests with applications in biomaterials, cell/tissue preservation, immunotherapy, cancer treatment, medical device development, precision health, and epidemiology.
- In state, Oregon State is widely recognized as a pioneer in bioengineering. Partnerships with the University of Oregon and Oregon Health & Science University increase the impact of our program.
- In 2020–2021, 83 degrees and certificates were awarded in biomedical engineering, making it the 98th most popular major in Oregon.
Field Requirments
While research is an essential component of education, it also has a significant impact on the field of biomedical engineering. Even if you don’t conduct research while an undergraduate, it will be expected of you to read about it and understand how it relates to your career.
You can gain practical experience in a variety of ways as a student of biomedical engineering. The majority of educational institutions have engineering-specific labs, and many of them also have biomedical engineering-specific centers.
Scope of Oregon’s Biomedical Engineering Schools
It’s time to consider a biomedical engineering degree if you’re prepared to launch a career in one of the most sought-after engineering specialties. Three universities in Oregon, one in Corvallis and two in Portland, offer biomedical engineering programs.
There are bachelor’s degree programs offered by all three institutions, and two of them also offer master’s degree programs. Oregon’s average annual tuition is $6,500, making a college education very affordable. The average class size in Oregon is only 17, which is ideal for one-on-one interactions with professors.
A career in biomedical engineering
The most crucial aspect of your biomedical engineering career is education. You need a strong educational background in human physiology and engineering to develop technology that influences how doctors treat and diagnose disease. With a Bachelor’s degree, you can obtain the education you require. This 120-credit degree typically takes four years of full-time study to complete.
To learn everything you need to know as an engineer, you can enroll in classes in various disciplines. Quantitative Physiology, Biomedical Nanotechnology, Thermodynamics, and Biosystems Simulation & Control are a few of the courses you might enroll in.
