If you are interested in obtaining a degree in biomedical engineering (BME), you may want to pursue that dream in one of the best biomedical engineering schools in the world.
You can be confident that almost every school you attend will offer a high return on your investment simply because of the high demand for employees with a degree in biomedical engineering.
But that does not mean that you should be willing to spend cash to get an education. The key is to find a university that offers a challenging, comprehensive curriculum for a reasonable price.
Biomedical engineers and bio-engineers apply their knowledge of life sciences and technology to solve problems that affect life on earth.
To help you on your way, we have compiled a list of the best biomedical engineering schools to help you in your choice of selection.
- About Biomedical Engineering
- What do Biomedical Engineers do?
- Which Schools have Biomedical Engineering Programs?
- Georgia Institute of Technology, Atlanta
- Rice University, Houston, TX
- The University of California-Irvine, Irvine, CA
- Clemson University, Clemson, SC
- The University of Utah, Salt Lake City, UT
- Washington University in St Louis, St. Louis, MO
- Vanderbilt University, Nashville, TN
- New Jersey Institute of Technology, Newark, NJ
- Johns Hopkins University, Baltimore, MD
- Rutgers University-New Brunswick, New Brunswick, NJ
- The University of Washington, Seattle, WA
- Purdue University, West Lafayette, IN
- Worcester Polytechnic Institute, Worcester, MA
- The University of Rochester, Rochester, NY
- Pennsylvania State University, University Park, PA
- University of Toronto -Canada
- Shanghai Jia Tong University -China
- University of Tokyo (UTokyo) -Japan
- What is the future of the Biomedical Engineering career?
- How long does it take to achieve Biomedical Engineering?
- How much do Biomedical Engineers earn? (Salary)
- Frequently Asked Questions
About Biomedical Engineering
The education in biomedical engineering is interdisciplinary because it combines biology and medicine with technology. The minimum job requirement is usually a bachelor’s degree in biomedical engineering, but some biomedical engineers have graduate degrees.
What do Biomedical Engineers do?
Biomedical engineers and bio-engineers apply their knowledge of life sciences and technology to solve problems that affect life on earth. These are the best technical schools for graduated biomedical/bio-engineering degrees.
Biomedical engineers improve medical care and influence patients’ lives through the methods of engineering and technology. They design diagnostic equipment and artificial body parts, train medical staff on the use of their inventions and offer technical support.
Which Schools have Biomedical Engineering Programs?
There are several schools around the world that offer great programs for future biomedical engineers. However, some schools outperform the rest, and it is worth comparing different courses to determine which school is right for you.
Some of the best biomedical engineering schools for students in the world are competing for good reasons. These schools offer a variety of services to support the career and academic life of future biomedical engineers.
Equipped with an incredibly robust technical curriculum and extremely reasonable tuition fees, the Georgia Institute of Technology is practically a shoo-in any affordable biomedical school education.
The Department of Biomedical Engineering at Wallace H. Coulter at Georgia Tech is second to none and draws attention to its focus on practical, application-oriented learning; diversity in biomedicine; and the importance of communication and teamwork in professional environments.
The department also works to ensure that students have access to research opportunities. The result is that a full 70% of BME students complete their own independent projects before graduating.
Annual salary: $12,187
Since Rice University started working in the early 1900s, engineering has been a core part of its curriculum. Over time, its position in engineering education has only increased – and although the department just acquired official accreditation for its biomedical engineering program in 2009, it had regularly achieved top 10 rankings almost 10 years ago.
Starting this year, Rice’s BME degree takes 2nd place on our bioengineering ranking and fourth on the American news ranking. The research and internships that are available to students are particularly commendable; In addition to working on campus with the faculty (for which students can also earn credits), many students benefit from the summer opportunities at the National Science Foundation.
Annual salary: $20,512
The University of California at Irvine: not only does it score higher on our biomedical engineering ranking than any other Californian school, but it also has one of the top BME programs at any university in the United States.
And it’s not hard to see why. Annual costs are only around $12,000, but they get enough for their money. The UCI School of Engineering offers two different bio-engineering programs – one general and one specific for pre-med students – as well as a corresponding minor and is home to a student-run chapter of the BME Society.
Perhaps the most unique: UCI Biomed students can sign up for the Program in International Engineering (PIE), a unique initiative where they study abroad, complete an internship at a German company and earn a dual major in Engineering and German.
Annual salary: $12,072
Get ready to get started at Clemson University, where students of biomedical engineering, almost every day, are involved in some sort of laboratory research, research project or side-by-side work with the faculty.
Coursework also does not save the details; the curriculum goes far beyond the basics to teach students about orthopedic implants, EKG simulations, medical treatment in developing countries, tissue manipulation for human organs and many other topics that will immediately translate into the work environment.
And students don’t have to wait until they graduate to test their skills. International partnerships enable novice engineers to conduct research in Singapore, collaborating with mentors in Japan or study bioethics in Spain.
Annual salary: $16,799
Although the University of Utah may not be in a major metropolis, it does not lack resources or opportunities. In fact, the school’s Bioengineering department was the eleventh largest in the nation.
The school also has some of the highest research expenditures in biomedical technology at an American university, and the productivity of its faculty (in terms of the Google Scholar h-index) places the University of Utah in the rows of MIT, Harvard and Cal Tech.
This leads to an absolutely unparalleled experience for UU undergrads, who enjoy an extensive set of electives with courses in unusual subjects such as Ultrasound, Scanning Electron Microscopy, and NanoMedicine.
Annual salary: $14,722
Most students studying biomedical engineering are interested in one of the three career paths: working as professional engineers, obtaining a Ph.D., doing research or going to medical education.
Washington University in St. Louis has a top biotechnology program that is equipped to handle all these ambitions and more. Wash You encourage its technical students to complete at least one research experience – either during the school year or during the summer holidays – and some also participate in cooperatives with local life sciences and technology companies.
The department also supports an accelerated BS / MS option and offers access to specialized advisers for pre-med students, ensuring that all students receive the education they need to succeed after graduation.
Annual salary: $33,374
In Vanderbilt University’s Department of Biomedical Engineering, “The focus is on YOU”. It means that the department wants to create a personalized, intimate environment that offers students in biomedical engineering the opportunity to follow their passions and become independent thinkers.
Vanderbilt is also unique because of its ‘international emphasis’. Engineers who want to work in an international setting or who want to see themselves deal with global health problems in their careers can opt for this unique job, allowing them to study abroad and even complete international design projects.
These students are also required to take foreign language classes, and many choose to participate in programs such as Engineers without Borders or volunteers via Alternative Spring Break trips.
Annual salary: $22,17
With an impressive curriculum that includes courses in biomedical electronics, biomaterials and biocompatibility, and biofluid mechanics, it would be understandable if students from the New Jersey Institute of Technology wanted to spend all their time in class.
But this accredited biomedical technical school encourages students to learn outside the classroom as well. Internships are an integral part of experiential learning at NJIT, students have held highly coveted positions at companies such as Boston Scientific, Integra Life Sciences and Supertron Technologies.
The university also organizes a NEURO engineering summer research program that focuses on neural system research and disease recovery.
Annual salary: $14,875
Johns Hopkins University has long been known for its excellent healthcare programs and the best medical school, so it’s no wonder it also offers one of the best biomedical engineering degrees.
It also attracts some of the best and smartest students in the country, who come to JHU to take advantage of its unbeatable facilities and resources.
There is even a designated BME Design Studio – complete with a prototyping lab, machine shop, and video teleconferencing units – and almost 30 different research labs where the bio-engineering faculty performs complete pioneering work.
JHU maintains high standards for its biomedical engineering students, who regularly exceed expectations.
Annual salary: $25,207
Students enrolled in the accredited bioengineering course at Rutgers University-New Brunswick benefit from a highly organized, intensively focused curriculum.
The department offers three well-defined tracks: Tissue Engineering and Molecular Bioengineering; Biomedical data processing, imaging, and instrumentation; and biomechanics and rehabilitation technology. Academic advisors work closely with students to ensure that they get the best out of the curriculum and prepare strategically for life after graduation.
Rutgers has also taken concrete steps to increase the number of female technical students – and is one of only a few schools on this top biomedical engineering degree ranking to do this.
Annual salary: $15.917
The University Of Washington, Bioengineering Department, is one of the affordable bio-engineering schools because of the low costs, but with high value.
The BME students begin their journey by getting a strong grasp on technical foundations, quickly learning to develop their problem-solving and communication skills.
They are then ready to tackle a Capstone course that asks them to design a product to meet a social need or to participate in an original research project. Along the way, they can collect a series of unique electives and even earn a minor in Nano and Molecular Engineering.
Annual salary: $14,069
Purdue is known as a powerhouse of engineering and has a long history of producing highly qualified, industry-ready graduates.
The Purdue College of Engineering is selective and requires all first-year students to complete the first-year engineering program before they turn directly to the Weldon School of Biomedical Engineering.
With such a large program comes an equally impressive range of resources, connections and industrial partnerships. In fact, 92% of the students of this top school for biomedical sciences participate in at least one co-op, internship, study abroad, research experience or a social service program.
Annual salary: $13,081
The mission of the Biomedical Engineering Department of the Worcester Polytechnic Institute Department is clear: “to use the problem-solving capacities of engineering for the medical sciences”.
WPI achieves this goal through a challenging curriculum that encourages students to consider careers in biomedical research and healthcare.
To this end, the school has also created three different specializations tailored to different facets of the medical industry and students can also choose between specializations
Annual salary: $37,345
What could the University of Rochester possibly offer, making its biomedical engineering program worth $ 30,000 a year? In short, a lot! Yes, the Department of Biomedical Engineering offers the same opportunities as other colleges, including internships, a senior design project, and a BMES student chapter.
But the University of Rochester is completely unique in this bioengineering ranking for the range of special programs it offers.
Annual salary: $32,996
By combining two rigorous disciplines in one challenging academic program, Pennsylvania State University offers a unique path for scientifically minded students.
The Department of Biomedical Engineering offers four concentrations in the major: biochemistry, biomechanics, biomaterials, and medical imaging and tools.
This gives students maximum flexibility in adapting their experience to their professional goals. Penn State engineering students also benefit from unique international opportunities.
The university department launched a global capstone initiative that teamed up members of the BME program with technical students at a university in Shanghai to work together on solutions to real problems.
Annual salary: $24,220
Explore one of the four graduate programs in bioengineering at the University of Toronto.
This school offers both masters and doctoral programs and focuses on clinical engineering, molecular engineering and cell and tissue technology to guide its educational and research initiatives, including integration with major commercialization projects in biomedical technology.
At the Shanghai Jia Tong University (SJTU) you can expect to get a solid foundation of principles that future biomedical engineers need. The school also offers research opportunities in various areas, such as biomedical signal processing and bioheat and mass transfer.
You can also participate in various activities at the school, including the Graduate Student Research Day. The school also offers a variety of scholarships for graduate students and a stipend.
As one of the best technical schools in Japan, the University of Tokyo has a lot to offer biomedical engineering majors. You can also make use of research opportunities, including exploring the fields of bio-devices, bio-electronics, and biomaterials.
The school also offers masters and doctoral level courses that future biomedical engineers can follow to learn more about the field.
What is the future of the Biomedical Engineering career?
Biomedical technology is a fascinating and growing field that applies advanced technologies and modern engineering techniques to problems in healthcare and medicine.
At a collegiate level, bio-engineering programs attract ambitious students who want to combine their love of problem-solving with their desire to help others – and perhaps also an interest in job security.
The demand for biomedical engineers will increase by almost 25% in 2024, much faster than the average occupancy. Moreover, the average salary for specialists in this discipline is more than $ 85,000 a year!
Biomedical technology combines the sciences of medicine and biology with principles of engineering. These are the best undergraduate schools where the highest engineering degree offered is a Ph.D.
You can also take advantage of a variety of research opportunities and explore entrepreneurial ventures in some of the world’s best biomedical engineering schools.
How long does it take to achieve Biomedical Engineering?
Bachelors in Biomedical Engineering
Bachelor’s degrees in biomedical engineering normally last four years of full-time study. Degree courses are accredited by ABET, the Accreditation Board for Engineering and Technology.
A typical BME program includes classes in chemistry, technical analysis, calculus, biomaterial science, biomedical engineering, and physiology. Lab sections are also required, and many undergraduate programs include, for example, practical experience in internships or cooperatives with hospitals.
Although a biomedical engineering degree is preferred, some employers hire graduates of various technical specialties and provide on-the-job training.
Masters in Biomedical Engineering
A master’s degree in biomedical engineering offers an alternative path to the career for graduates from other technical disciplines. In addition, some Master’s programs offer advanced training in a specialty to people with a Bachelor’s degree in BME.
For example, at the University of Southern California, full-time students can complete a general Master of Science in biomedical engineering in two years or less.
However, the university also offers specialized masters for those who already have a bachelor in Biomedical Engineering.
For example, students with a bachelor’s degree in BME can complete a master’s degree with a specialization in neuro-engineering in a full-time year of study.
Doctorate in Biomedical Engineering
Although not required for most jobs, some biomedical engineers have a Ph.D. A doctorate in biomedical engineering usually focuses on research, and the time required depends on the specific program and the progress of a student.
However, the doctoral program at the University of Southern California, for example, takes four to five years of full-time work after the bachelor’s degree.
Students must complete 60 lessons, prepare a dissertation based on original research and defend the dissertation orally. Alternately, some biomedical engineers complete a doctor of medicine.
The MD normally lasts four years after the bachelor’s degree, excluding a residence.
How much do Biomedical Engineers earn? (Salary)
Biomedical engineers receive financial rewards for their education. Their average annual salary was $91,200 in 2012, according to the US Bureau of Labor Statistics, and the top 10 percent earned $139,450 a year or more.
The job prospects for biomedical engineers are also very favorable. The BLS predicts a 62 percent increase between 2010 and 2020, compared to an average of 14 percent for all jobs.
Growth will be the result of both the expansion of the field of biomedical engineering and the aging American population, which will have a greater need for products such as artificial joints.
Frequently Asked Questions
What do Biomedical engineers do?
Basically, biomedical engineers and bio-engineers apply their knowledge of life sciences and technology to solve problems that affect life on earth. They combine engineering principles with medical sciences to design and create equipment, devices, computer systems, and software.
How can one become a Biomedical engineer?
Typically, biomedical engineers typically need a bachelor’s degree in biomedical engineering or bioengineering, or in a related engineering field. Some positions may require a graduate degree.
Is there a demand for biomedical engineers?
According to US BLS, employment of biomedical engineers is projected to grow 4 percent from 2018 to 2028, about as fast as the average for all occupations
How much does Biomedical Engineers earn?
Currently, biomedical engineers earn $88,550 per year and $42.57 per hour.
How long does a biomedical engineering program last?
It takes about 4 years of full-time study to complete a Bachelor’s degree program in biomedical engineering. Degree courses are accredited by ABET, the Accreditation Board for Engineering and Technology.
Continuing a career as a biomedical engineer requires finding a program that offers you the services to support your chosen career path. That is why it is important to evaluate and explore the different programs available to aspiring biomedical engineers from around the world.
By comparing different courses in biomedical engineering from all over the world, you can find the best program that meets your needs.
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