Biomedical engineering top program

While not necessary, students may choose a concentration for a more focused sub-topic. There are eight concentrations, including options like biomedical imaging, biomedical devices, and neuro-engineering. BAS students tend to pursue careers in medicine, business, or law. BSE majors are prepared for careers in professional engineering. BSE students are encouraged to engage in either independent research or collaborative research with a faculty advisor.

Students also benefit from career services resources to find internships and positions post-graduation. Visit the University of Pennsylvania's website. A Bachelor of Science in Biomedical Engineering BME includes instruction in mathematics, science, engineering, biology, and physiology. Duke University strives to offer experiential programs with an emphasis on hands-on design, data science, computing, research, and entrepreneurship.

Undergraduates in the BME program may select a dual-major option or pursue a more focused, elective sequence. Elective courses cover topics including biomedical imaging, biomechanics, electrobiology, and biomolecular and tissue engineering. Undergraduates are strongly encouraged to engage in research, such as the Pratt Research Fellows program or the Bass Connections program, where students work on interdisciplinary teams with graduate students and faculty.

Others may pursue independent study options, where the students work under the supervision of a faculty member. Internships are another popular option for students seeking hands-on professional opportunities. The curriculum is designed to integrate engineering principles with life sciences and health care. Students strive to develop innovative technology that mimics biology, like creating new prosthetics and artificial organs.

Graduates with a BS in biomedical engineering can work as a bridge between engineers and medical researchers. Many graduates continue to advanced education, with many pursuing medical and dental school. Others are employed in research and development positions, as well as other careers in industry and government.

Students must complete 45 general education credits and major credits, for a total of credits. Students will take classes across several disciplines, including mathematics, physics, chemistry, biology, and engineering. They must also complete some core courses required by Penn State.

Visit Pennsylvania State University's website. It is an institution regarded highly for its early integration of medical teaching and research. Undergraduates will have the opportunity to work side-by-side with faculty doing hands-on research projects. Are you equally interested in the applications of engineering to life systems?

Can you envision yourself making people healthier and helping them live longer by designing important medical instruments or overseeing cell and tissue advancements? Each of the 35 programs below will provide a solid foundation in math, the physical sciences, engineering, and biology. Yet each program also varies in its emphasis, model, and the opportunities it offers. For example, while some schools stress the importance of real-world experience, offering internship and co-op programs, others situate you in the lab and partner you with leading researchers.

And some programs provide ways to specialize in everything from biomaterials to cell and tissue engineering. The best rule of thumb is to find a program that provides the kind of academic and curricular experience you desire. But it should also include opportunities to study abroad and participate in internships and co-ops. Another factor to consider is online education. Online learning is a flexible, affordable way to advance your education and career. Explore our featured online programs and find the right match for you today.

You will also graduate fully prepared for a graduate degree in bioengineering as well. For those with a lot of experience gained through internships and research projects, the pay moves further upward. The US Department of Labor projects the demand for biomedical engineers will grow a staggering 72 percent in the next ten years. A BS in Biomedical Engineering opens up many vocational doors. Perhaps you see yourself in the lab, studying tissue and cell development and designing ways to manipulate and transform cell growth.

Or perhaps you see yourself creating innovative new medical tools. All of the programs below will help you gain entry into the job you desire. Indeed, the graduates from these prestigious, highly ranked programs have gone on to acquire rewarding careers in a diverse range of fields.

They have also pursued graduate school in medicine, engineering, and biology. Some of the areas graduates have found careers in include:. To earn a BS in Biomedical Engineering degree you will spend at least your first year immersed in chemistry, physics, and introductory engineering classes.

Then, having finished your general education requirements, you will take foundational bioengineering classes that cover systems physiology, medical equipment design, and tissue and cells engineering. Then in your final years can dive into specialized engineering classes and their laboratory counterparts through formal concentrations in:. Finally, many of these programs encourage or require research experience, lab hours, internships, co-ops, and more.

To find the best biomedical engineering degrees we first looked at each and every program across the nation. From there we narrowed the list by bringing in crucial factors such as reputation. We looked at student retention, which is a sign of student satisfaction, as well as the early salaries of graduates and tuition rates too. See our rankings methodology page.

Duke University is located in Durham, North Carolina and is an elite research university. It is known for its expansive research projects across the STEM and medical fields. Duke is home to nearly 15, combined undergraduate and graduate students. At Duke University you will build a solid foundation in STEM while also learning how to conduct experiments, analyze data, and design systems. You will also become an expert in biology and physiology and learn how to interpret living data, address tensions between living and non-living systems, and apply statistics to biology and engineering.

Classes include:. Duke University is ranked among the top 10 best schools in the nation by U. Its engineering schools and respective programs are highly regarded and well established, having been founded early in the 20th century. Finally, the Duke University Medical Center houses one of the top-rated hospitals and top-rated medical schools in the nation.

JHU has a long history of integrating research and education, with campus comprised of the prestigious Whiting School of Engineering, an elite medical school, and more. Around 20, students attend JHU.

With a global perspectives, students learn how to tackle complex biomedical engineering issues as well as broader complexities within the healthcare system. This multidisciplinary program includes courses such as:. Therefore, campus is home to numerous well-respected research centers and institutes, such as the Berman Institute of Bioethics. Stanford University hardly requires and introduction. Approximately 16, students attend Stanford.

At Stanford you will benefit from a uniquely interdisciplinary program that comes out of a partnership between the Schools of Engineering and Medicine. Students learn how to integrate life sciences and scientific discovery in a way that benefits our healthcare system.

Indeed, students study everything from environmental quality to policy. Courses include:. The Stanford community, includings its alumni and faculty, is made of renowned scholars and researchers.

For example, there are dozens of Nobel Prize laureates and hundreds of members of both the National Academy of Engineering and the National Academy of Medicine. Stanford is ranked fifth nationally.

Rice University is located in Houston, Texas and is a private, research-focused university. Its campus is juxtaposed to the Texas Medical Center and its reputation is anchored to its medical and engineering programs. Rice serves more than 7, students.

The George R. Brown School of Engineering at Rice offers an impressive degree in bioengineering. This program takes seriously leadership formation and therefore gives its students real-world experiences and challenges.

Students study abroad, participate in professional mentorships, intern, and much more, in addition to taking classes such as:.

It is ranked among the top 20 best schools in the nation by U. More than 11, students attend MIT. In fact, students who have graduated have gone on to find rewarding careers with pharmaceutical companies and attend some of the best graduate engineering schools in the nation.

Likewise, its School of Engineering is ranked first. It is a member of the broader University System of Georgia and was originally founded as an engineering school. Today it maintains those strengths while also offering dozen of degree options across the STEM fields. Students engage in a broad curriculum and go on to work in diverse settings. Graduates have attained careers in everything from public service to startups, healthcare consulting, and hospital administration.

And as a Georgia Tech student you will have access to such innovative research centers as:. Georgia Tech is an extremely active research university. As we said above, the campus houses a number of elite research facilities, including the Parker H. Petit Institute for Bioengineering and Bioscience. It is the headquarters for more than a dozen affiliated biomedical engineering centers. Penn is organized into more than a dozen schools and colleges, including the illustrious School of Engineering and Applied Sciences.

There are two ways to earn a degree at Penn. While the former is a traditional, engineering-focused degree, the latter is more flexible and interdisciplinary. Both, however, let you specialize through one of the concentration paths:. Similarly, it is considered one of the most active sites of research nationwide. And it is home to several top-ranked engineering programs. Located in Nashville, Tennessee, Vanderbilt University is a private, research-based school.

It serves more than 12, students through its 10 colleges and schools. Vanderbilt, though strong in an array of academic and professional fields, is known for its engineering school. At Vanderbilt you will build a foundation in math, physics, chemistry, and engineering. You will then investigate the nuances of biology, biomaterials, and medicine across a broad scale, from nano to whole bodies.

This multidisciplinary program is both specialized and wide-reaching. You will take classes such as:. As one of the top 20 best research institutions in the country, Vanderbilt is home to an array of renowned research facilities. It was deemed ninth nationally by the National Institute of Health for its medical programs and research efforts.

And the School of Engineering is considered among the top 50 in the country. Nearly 28, students attend Columbia and are enrolled in one of its 20 schools, including the renowned Fu Foundation School of Engineering and Applied Sciences.

With an emphasis on the integration of biomedical engineering and physiology, students become experts in the relationship among engineering, biology, and medicine. The Wall Street Journal ranks Columbia second in the nation. Washington University is St. Louis is a private school steeped in research activity. It is organized into over a half dozen undergraduate and graduate schools, which are home to more than 15, students. With many research and academic strengths to its name, WUSTL is particularly known for its medicine and engineering programs.

Whether you want to pursue a career in biomedical engineering, a related field, or go on to earn a professional degree in medicine, dentistry or law, the program at WUSTL will help you get there. After building a sturdy foundation in math, biology, and engineering, you will personally tailor your degree so you can specialize in an area of interest to you. Required courses include:. The Washington University School of Medicine is among the top 10 best in the nation.

Likewise, the School of Engineering and Applied Science is ranked in the top 50 best nationwide. More specifically, its biomedical engineering programs are, hands down, some of the best, ranked twelfth by U.

It provides more than academic programs across degree levels and is home to around 36, students. The UCSD program is particularly creative in its approach to bioengineering. While it gives students the breadth and depth necessary for becoming fluent in the relationship between engineering and biology, students engage in multidisciplinary teams and learn how to become innovators.

And at UCSD you can specialize in one of four areas:. For example, its molecular biology, engineering, genetics, and neuroscience programs are all among the top 20 of their kind.

As a whole the university is ranked among the top 50 best schools in the nation. In total, credits of coursework are completed to earn the degree. The University of Delaware also offers minors in biochemical engineering, bioelectrical engineering, materials science and engineering, and nanoscale materials. Ultimately, they take a capstone course working as a team with professionals in the industry in addition to their faculty advisors.

They are biomedical computing, imaging, and instrumentation; biomechanics and rehabilitation engineering; and tissue engineering and molecular bioengineering.

Students are encouraged to choose from one of these tracks as they complete the credits required for the program. Additionally, Rutgers is home to the Innovative Senior Design Program, in which the senior project is combined with ideas for innovation in the industry. Furthermore, Rutgers is mindful of the growing presence of women in the profession and have several opportunities geared toward continuing this trend, including the Women in Engineering Initiative and the Rutgers University Women in Engineering Leadership League.

The program offers emphases in biomechanics, biomaterials, and biomedical instrumentation. Additionally, the program facilitates First Year Engineering Design Day, in which first-year students work together on sets of engineering problems. The senior design courses bookend this experience. For those interested in medical or dental school, pre-med courses are built into the curriculum on their track for those who wish to pursue them.

Overall, students complete credits of study. Further complimentary work can be done by completing a certificate in areas like Biology in Engineering, Integrated Studies in Science, Engineering, and Society, International Engineering, Business, Computer Science, and others. For those who wish to go on to graduate school, they can also do a one year Master of Science in Biomedical Engineering after finishing the BS.

With concentrations in instrumentation and mechanical design, it requires to credits. The experience culminates in the senior capstone project, in which students design, put together, and test a solution to a problem. Cal Tech also offers an accelerated track to a Master of Science in the field for students who complete the undergraduate program.

Additionally, this program has been accredited by the Accreditation Board for Engineering and Technology. The University of Southern California has seen many of its BS in Biomedical Engineering graduates go on to work in the industry or attend some of the best graduate and medical schools in the nation. This program is also easily adapted for pre-medical students who need to complete specific requirements for admission in medical school.

Students take courses in math, physics, chemistry, and the life sciences, then they apply and combine those principles with the engineering curriculum. Ultimately, they design a project that brings together this coursework. Students can also come together in the Engineering Projects in Community Service program to address engineering-based problems in the local community and education organizations.

Purdue also allows its students to study abroad in Denmark, Ireland, Switzerland, and China. There is also the Women in Engineering Program, which offers mentorship and professional development to encourage and increase the number of women in the field. The University of Utah provides a research-oriented curriculum to its students through the Bachelor of Science in Biomedical Engineering program.

This degree has strong faculty members with expertise in the following areas: biomaterials, tissue engineering, regenerative medicine, biomechanics, biomedical device design and development, cardiovascular engineering, neural engineering and neuroprosthetics, and biomedical imaging, among others. The institution does have an Accreditation Board for Engineering and Technology-accredited Bachelor of Science in Engineering in Biomedical Engineering program, with concentrations in biochemical, bioelectrical, and biomechanical engineering.

The program requires credits of coursework, finishing off with a yearlong capstone. There is also the option for students to begin taking classes toward their Master of Science in Biomedical Engineering as an undergraduate.

As students progress the credit-hour course of study, they begin with the fundamentals in the life sciences and a semester of Cell and Molecular Biology before moving into the foundations of studying engineering, then diving into more specific bioengineering courses.

Ultimately, students cap off their experience with a capstone design project where they address a design problem and create a device to solve or mitigate it. New Jersey Institute of Technology has a Bachelor of Science in Biomedical Engineering in which students can choose from the following specializations: bioinstrumentation, biomechanics, and biomaterials and tissue engineering. For students in the honors program, there is the option to finish the degree in three years if interested in applying to medical or dental school.

Overall, the curriculum requires to credits of study, depending on which specialization and track a student is on. Students can also complete research with faculty members, and each summer, the NEURON program gives rising juniors and seniors the opportunity to serve in a summer research position.

The University of California at Irvine allows students to complete their studies to earn a Bachelor of Science in Biomedical Engineering that is accredited by the Accreditation Board for Engineering and Technology.

UC Irvine also has tracks for students who wish to attend medical school so that they can fit in all the prerequisites needed. Overall, students need to complete units to finish their degree. UC Irvine has three terms per year, and so students typically complete at least 15 units per semester. In the first two years of the program, students take foundational classes in the physical sciences and chemistry as well as engineering, math, and biology.

Then, students progress into more engineering-specific courses. Columbia requires Students can also start an accelerated Master of Science degree while finishing their undergraduate course of study. Columbia also engages its students in research, and several projects have led to the founding of startup companies, which is a testament to the excellent work produced.

Georgia Institute of Technology has a Bachelor of Science in Biomedical Engineering that requires credits for completion. While it can seem daunting to take an extra year, students on this path switch between semesters on campus and semesters of working full time in the field, meaning that they can immediately apply what they are learning in the classroom to the professional world. This also ensures that students are getting substantial professional experience.