Biomedical Engineering is an interdisciplinary degree that combines medicine, engineering, and entrepreneurship into a single field. Set yourself up for one of the most employable careers available with one of the 35 Best Bachelor’s Degrees in Biomedical Engineering.
Upon completion of a degree in Biomedical Engineering, graduates who wish to pursue a career right away will find a field of opportunities ripe for the picking. The Bureau of Labor Statistics projects growth of seven percent up through 2026. As of May 2017, the reported median income for biomedical engineers is $88,040. Biomedical engineers combine the design principles they hone in classroom settings with modern medical health science to create, design, and improve equipment, devices, systems of delivery, and software in the healthcare industry.
There is also a sense of contribution that bioengineers can find as they work their way through their respective curriculums. Many of the programs that make up this list have programs that benefit the public healthcare system as a whole. Some have senior projects that are dedicated to and performed within the local community. Whether monetarily or altruistically driven, biomedical engineering offers something for everyone.
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Here are the 35 Best Bachelor’s Degrees in Biomedical Engineering!
Duke University offers an immersive program for the Bachelor's Degrees in Biomedical Engineering. The program will be concentrated on exposure to hands-on design, data science, computing, research, and entrepreneurship. There are 34 classes that are required by the BME major to be completed over a four-year span with two semesters per year. These courses include Mechanics of Solids, Engineering Design and Communication, Introduction to Medical Instrumentation, and the opportunity to take various electives in Humanities or Social Sciences.
The BME at Duke is housed within the Pratt School of Engineering. The BME is now the largest undergraduate major in the Pratt School of Engineering. It is ranked as the fourth-best undergraduate biomedical engineering program in the nation according to U.S. News & World Report in Best College rankings. The Duke Blue Devils also own one of the most raucous homecourt basketball environments in the nation and own one of the most historic college basketball legacies.
The Georgia Institute of Technology offers a Bachelor of Science in Biomedical Engineering program. This degree prides itself on providing the incorporation of problem-based learning methodologies. The program consists of 131 required credit hours. These courses include Biotransport, Scientific Foundation of Health, and Biomedical Systems & Modeling.
Georgia Tech also offers students the option of a cooperative plan. Under this five-year program, students will find their formal education complemented with paid experience directly related to their major. Over 2,700 students currently participate in the largest, optional co-op program in the nation. This unique program offers participants the ability to combine their classroom learning with real-world skills in the ever-evolving biomedical world. Many of the students in this program find employment with their co-op company upon completion of their credit hours.
The Bachelor of Science in Biomedical Engineering at Columbia University provides students with the training needed for either a career in the various health industries or further education in the field. There are 128 required credits for this program spread out over a 4-year period. The initial two years of the BSBE indoctrinates students with classes such as the Fundamentals of Engineering, Physical and Chemical Sciences, Mathematics, and Modern Biology. The final two years of the program provides exposure to the principles of biomedical engineering, the quantitative analysis physiology, and biomedical systems. Columbia strives to provide biomedical engineering students with the skills necessary to become healthcare industry leaders. Successful Columbia students are historically employed within the markets of artificial organs, sensory aids, and medical imaging. The university hosts various labs and elective coursework to refine student interest for professional medical niches.
The University of California, Irvine offers a Bachelor of Science in Biomedical Engineering through its UCI Samueli School of Engineering. This program concentrates on the integration of engineering sciences, life sciences, research, clinical medicine, and engineering design to prepare students for the rapidly changing world of the bioengineering and biomedical environments. Some of the coursework offered at UCI includes classes such as Sensory Motor Systems, Photomedicine, and Tissue and Organ Biophotonics.
The BSBE program touts itself as a collaborative hub between scientists, engineers, and biologists to create advancements and discoveries in the healthcare field. The Department of Biomedical Engineering also works in a partnership capacity with The Corporate Advisory Board. The board assists the university and the department with curriculum development, technology transfer, and career development.
The Bachelor of Science degree in Biomedical Engineering at Johns Hopkins University gives students six options for areas of focus. After obtaining knowledge through core classes, students narrow their concentration to one of the following fields: Biomedical Data Science; Biomedical Imaging & Instrumentation; Computational Medicine; Genomics & Systems Biology; Neuroengineering; and Regenerative & Immune Engineering. The required coursework - regardless of focus - involves completing 129 credits, overall.
Students that complete the program will have a plethora of options available as they are expected to engage in a life-long educational pursuit within their chosen discipline. Johns Hopkins University prides itself on being America's first research institution and encourages its students to continue in that tradition by offering state-of-the-art laboratories throughout the campus.
The University of Utah gives students the opportunity to achieve a Bachelor of Science in Biomedical Engineering. Some of the interesting coursework includes classes such as Engineering Aspects of Clinical Medicine, Biosignals Analysis, and Physiology for Engineers. Utah's BSBE additionally pushes students to gain professional experience through internships while acquiring college credit. The University of Utah has a list of its major research initiatives within the Department of Biomedical Engineering, where students are welcomed to participate in studies on neural engineering, cardiovascular engineering, biomedical imaging, and biodesign. The university also offers a nice sense of community with groups such as the Biomedical Engineering Society and the Society of Women Engineers.
There is a Bachelor of Science in Biomedical Engineering offered by the New Jersey Institute of Technology. The program focuses on three areas of specialization: Bioinstrumentation, Biomechanics, and Biomaterials and Tissue Engineering. NJIT offers a handbook for all incoming students with detailed tracks for their chosen field of specialization. The curriculum and classes are dependent upon preference for a particular field.
Along with an accelerated program option for students interested in pursuing medical or dental school, NJIT encourages students to participate in the campus community. There are various clubs, research projects, and clinical experience to be had at the surrounding hospitals and universities. While the program can be daunting to incoming students, NJIT has a survival guide ready for all students to promote guidance and success.
Indiana's Purdue University has a Bachelor of Science in Biomedical Engineering available to interested students. The curriculum is an outcome-based one and has a set of common goals. Purdue uses this style of curriculum to not only prepare students for success in their careers but also as responsible citizens of the world. Some of the courses offered include Frontiers in Biomedical Engineering, Physiological Modeling in Human Health, and Bioelectricity. Purdue is focused on preparing BME students for life beyond graduation. The university emphasizes that employers are looking for people that possess a broad set of skills and a foundation of academic discipline. Gaining worldly experience is why the university offers a study abroad program to their BME students.
The University of Michigan offers three concentrations to those in pursuit of a Bachelor's degree in Biomedical Engineering. The three options are Biochemical, Biomechanical, and Bioelectrical Engineering. Each concentration provides its own career path and curriculum. UM's general education program provides courses such as Intellectual Breadth, Intro to Biomechanics, and Quantitative Cell Biology. Each concentration in the BME program at Michigan requires 128 credit-hours to complete the degree. The university's BME program prepares students to become leaders within the medical engineering industry. About one-third of graduates go on to medical school while the rest go onto careers in the industry or other graduate programs. BME students will find the worlds of health, engineering, and business intertwined within this major.
The University of Virginia offers a Bachelor of Science degree in Biomedical Engineering. The Department of Biomedical Engineering has offered the program since 2003. Students will develop a toolbox and methodology to contribute to improving health care and better understand the biological world. Some of the classes that will be taken by students to build those tools include Multivariable Calculus, General Physics, and Biotransport.
Fourth-year BME students complete a required capstone to combine classroom learning experiences with real-world applications. UVA encourages BME students to go above and beyond their constructed curriculum and pursue opportunities offered through the university in research and design projects. Juniors who plan early enough can apply to the Master of Science program, which they can earn at the same time as their undergraduate degree.
North Carolina State University offers a 127-credit Bachelor of Science in Biomedical Engineering that is completable over eight semesters while enrolled full-time. Students of NCSU's BSBE can designate their academic focus to either Biomaterial or Biomechanical Engineering. NCSU is proud to have students who have been influenced by the recent breakthroughs in bioengineering within their undergraduate program. As the advancements continue to be made in the biomedical engineering field, NCSU is proud to have Dr. Helen Huang among its faculty. Dr. Huang publishes articles based on her work with power prosthetics. Students who find their concentration in bioinstrumentation can count Dr. Huang among their professors.
Rutgers University offers a Bachelors of Science in Biomedical Engineering. Rutgers has organized the complicated and diverse world of biomedical engineering into three tracks for students to narrow their focus: Biomedical Computing, Imaging, & Instrumentation; Biomechanics and Rehabilitation Engineering; and Tissue Engineering and Molecular Bioengineering. The three tracks have some overlap in their curriculum with classes such as BME Global Health, BME Microfluidics, and Virtual Reality.
The Department of Biomedical Engineering has a long history at Rutgers, originally established as an electrical engineering program in 1965. Rutgers understands that its students will go on to be contributing members of society and ensures that they are able to link their various disciplines to find success in their careers. Rutgers is committed to building a community of scientists, engineers, and clinicians.
The University of Wisconsin-Madison offers a Bachelors of Science in Biomedical Engineering program to students looking for a degree that combines science, engineering, and the healthcare field. The areas of specialization include Bioinstrumentation, Medical Imaging, Biomechanics, and Biomaterials/Cell/Tissue Engineering. BSBME students with an overall GPA of 3.0 or higher also have the option of completing a one year MS degree after their BS degree has been achieved.
The BME program hangs its hat on research and innovation. They believe in improving the lives of citizens through research in subjects such as drug delivery systems, stem cells, and the human brain. UWM encourages its students to be independent and design their college experience in a way that suits them best.
Net Price: $15,910
California Polytechnic State University-San Luis Obispo
California Polytechnic State University offers a Bachelor of Science Biomedical Engineering degree. In addition to the 72 units of general education, students pursuing this degree will also complete 60 units of higher education as the minimum required for graduation. Cal Poly emphasizes collaboration and inclusivity with their program goals and outcomes. The classes available include Electrical Engineering Concepts for Biomedical Engineering, Biomedical Modeling and Simulation, and Micro/Nano System Design.
The general education in combination with higher education classes seeks to develop skill and depth in relation to such areas as intellectual inquiry, civic engagement, and ethical decision-making. Cal Poly concerns itself with creating an environment that fosters a want for students to continue learning beyond their graduation date.
The University of Delaware provides undergraduate students with a Bachelor of Biomedical Engineering. Students who see the program are prepared to enter a career in the field of biomedical research with an emphasis on quantitative engineering. There is a minimum of 126 credit-hours required to achieve the degree. Upper division courses cover topics that include mechanics, material sciences, and ethics. The program also boasts small class sizes for more interaction between students and professors with only 55 students admitted per year. The university also maintains a well-rounded inclusive environment with 40 percent of their enrollment made up of women. Students graduate with the ability to work on interdisciplinary teams.
The University of Southern California offers a Bachelor of Science in Biomedical Engineering to prospective students. The degree is a combination of general education and higher education for a minimum total of 132 units. USC provides three different specializations for its BSBE: Bioelectronics, Biomechanics, and Biomechanical, Cellular, and Molecular Engineering. USC's program has been advanced since its early days in 1963 as an option within electrical engineering. Students receive classroom and hands-on training from faculty in a number of areas within biomedical engineering environments. Students can choose to pursue this cutting-edge research in areas such as neuroengineering, medical devices and implants, and bioimaging and imaging informatics.
The Western New England University offers a Bachelor of Science in Biomedical Engineering. The university touts their degree in biomedical engineering as one of the most versatile degrees a student can achieve. The BME major is an intersection of engineering and medicine. The core curriculum includes classes in the fields of biomechanics, biomaterials, and engineering physiology. For those students with a competitive streak, WNE's BME students are able to compete in various student competitions each year. There are several different components to each competition that include research, academic papers, and design projects. These entries combine the knowledge and skills that are gained and sharpened in the classroom with student and faculty collaboration for recognition.
Florida International University in Miami offers a Bachelor of Science in Biomedical Engineering. This program features four concentrations: General Track, Biomechanics and Biomaterials, Biosignals and Systems, and Tissue. Each concentration requires 128 credits of course work. FIU's program gives students the ability to communicate research and findings effectively as well as the ability to conduct experimentation independently or within a team. Some of the more popular careers students can find upon graduating with their BS in Biomedical Engineering include manufacturing engineer, physician, researcher, and quality engineer. The BME department also offers an internship course that contributes to career experience and credits towards course work.
Boston University offers a Bachelor of Science in Biomedical Engineering to students looking for a degree that combines medicine and engineering. This major is broad and interdisciplinary and emphasizes research and analysis along with design and problem-solving. There are a total of 133 credits required to obtain the BS degree. Classes include Multivariate Calculus, Differential Equations, and Introduction to Engineering Design. Students interested in undertaking a major that impacts environmental, economic, ethical, and legal issues will find satisfaction within this program. BU encourages its students to undertake projects that address public health needs. During their senior year, students participate in a two-semester-long design capstone project.
Michigan Technological University provides a Bachelor of Science in Biomedical Engineering. Biomedical engineering students are encouraged to focus on an emphasis while pursuing their degree by choosing to target mechanical engineering, electrical engineering, materials science, and engineering, or biotechnology. Those who undertake this major may also possess the desire to help others preserve and restore health. The small class sizes offered by Michigan Tech allow for a more personal touch not only for a personal touch in overall academic success but also the broader journey for undergraduates in this major. This includes any career advice students may wish to receive before they decide on their path. Some employers of Michigan Tech biomedical engineering students include the Mayo Clinic, Caterpillar, and Stryker just to name a few.
The University of Memphis offers a 126-credit Bachelor of Science in Biomedical Engineering. Some of the classes that are included in the major include Experimental Design Analysis, Biomedication Engineering Visualization, and Engineering Communications. These combinations of courses prepare students to contribute to new discoveries in the medical engineering world. BME students will also engage in a capstone project during their senior year, where they can gain experience working collaboratively on projects. Recent examples of senior projects at U of M include the BMR Racecar, the Bone Spreader, and the Wheelchair Rain Shield.
Ohio State University offers a Bachelor of Science in Biomedical Engineering. The curriculum requires a minimum of 131.5 credit hours to complete. The third and fourth year of the major move courses towards a focus in what is called domain courses. These courses are made up of Bioimaging, Micro-/Nano-Biotechnologies, and Biomaterials, just to name a few. The structure of the curriculum then culminates into a design project where students work in groups of five to work with a specific disabled client from the community.
The Department of Biomedical Engineering only accepts applications during the spring. There are 80 students admitted to the BME major each year. Students that applicants must complete courses in specific math, engineering, chemistry, and physics prior to their sophomore year and submit a one-page essay to the admissions committee for consideration. Admissions are mainly based off on OSU grade point average.
The University of Connecticut offers students a Bachelor of Biomedical Engineering. The biomedical engineering degree requires 128 credit-hours and the major should be declared no later than the second semester of sophomore year. Students must maintain a 2.3 cumulative GPA to remain in UConn's School of Engineering. Each student must also complete a Plan of Study form to their assigned advisor prior to their junior year to establish intention within the curriculum.
UConn's School of Engineering awarded $940,608 in undergraduate scholarship funds in 2018. Bioengineers can also find plenty of academic assistance along with financial assistance. This assistance combines to set the foundation for a successful career. According to the Bureau of Labor Statistics, the employment outlook for biomedical engineers is expected to grow much faster than other employment markets, currently. This is especially true when taking the nations large elderly population into account. The need for more bioengineers will continue to grow and provide a steady employment opportunity.
The University at Buffalo offers a Bachelor of Science in Biomedical Engineering. The major requires 128 credits for completion. UB's BSBE provides courses such as Circuit Analysis, Principles of Biomedical Engineering, and Biofluid Mechanics. Students seeking an undergraduate degree in this major must maintain a 2.0 GPA. Graduates of UB's program will be able to use their abilities in research, design, and problem solving to meet the objectives of future employers.
This BS degree provides students with the opportunity to narrow their focus into four fields: Imaging, Tissue Engineering, Sensor Materials and Devices, and Computation. The Bureau of Labor Statistics recently provided data reporting a median annual salary for U.S. Biomedical Engineers at $85,620, and with the top 10 percent earning an upwards salary of $130,620. About one-third of UB's students find employment directly after graduation.
Net Price: $16,120
BME students at UB will find a depth of knowledge once they declare an emphasis of study.
The Stevens Institute of Technology offers a Bachelor's Degree in Biomedical Engineering. The program emphasizes a foundation of design and analysis techniques to solve the modern day medical health issues facing the industry. Students in the undergraduate program must maintain a minimum GPA of 2.0 throughout the program. There are a required 140 credits to be completed for graduation from the program. The Stevens Institute of Technology is focused on design as the foundation of success. Through a vehicle called the Design Spine. This is a sequence of courses created to integrate science and engineering skills. The flow of the program is to establish confidence in the application of design skills. The Stevens engineering curriculum encourages not only effective written communication but oral as well to create well-rounded individuals ready to contribute on a professional level.
The Massachusetts Institute of Technology offers a Bachelor of Science in Biomedical Engineering. The BSBE at MIT provides a unique program called the Course 20 Undergraduate Course of Study, which guides students through college using a degree flowchart. Amongst the degree's multiple key-focuses is communication, which the university proudly emphasizes as an important skill for future bioengineering professionals. Required courses within the communication component are Biological Engineering Design, Biological Circuit Engineering Laboratory, and Laboratory Fundamentals in Biological Engineering.
The 20-course program culminates in a senior project. Students will use their experiences within the senior project to contribute to the breakthroughs in the modern world. The program emphasizes work on the cellular and molecular levels. Students are also encouraged to take on internships and research projects to bolster their education in the classroom and promote foundational career skills.
The University of Pennsylvania offers its students a Bachelor of Applied Science in Biomedical Science program. Students looking to enroll in this undergraduate program will be required to complete 40.5-course units. In addition to the courses in the fields of math and science, students will also take a few courses in social science and humanities to create a well-rounded curriculum. There is also a senior thesis that students will use their classroom experience to complete. A concentration is not required at this Ivy League engineering school, but there are plenty of options if students feel their interests drawn in a particular direction. Some of the concentrations listed are Biomedical Devices, Systems and Synthetic Biology, and Multiscale Biomechanics. UPenn states that regardless of what graduates do beyond this program, they will do with confidence and knowledge gained from the School of Engineering and Applied Sciences.
Washington University in St. Louis offers a Bachelor of Science in Biomedical Engineering. To achieve the Bachelor of Science in BME, students are required to take a minimum of 120 units of credit. Some of the courses available to students at this private university include Principles of Biology, Engineering Ethics and Sustainability, and Technical Writing. The curriculum also calls for students to complete a senior capstone project that encompasses all of the skills and abilities that have been honed over the first three years of beginning their degree.
WU provides many course options for students to supplement their traditional curriculum with experiences outside of the classroom. From studying abroad in Hong Kong to the mentorship research program known as BioSURF, students have no shortage of opportunity to fine-tune their skills. There is also the International Genetically Engineered Machine Competition that the university participates in with a team of students. The competition promotes collaboration and presentation.
Vanderbilt University offers a Bachelor of Engineering degree in Biomedical Engineering to interested students. This undergraduate program requires 128 credit-hours for completion. Students can flex their freedom in the form of the options they have for electives. Classes cover subjects like civil engineering, environmental engineering, and scientific computing. Juniors and seniors who maintain a minimum GPA of 3.5 can apply to the honors program, as well.
While there is no senior project requirement for the undergraduate program - unless students pursue the honors program - Vanderbilt encourages students to take advantage of the various research projects that the department provides. Several of these projects grant students exposure to research endeavors at other campuses including The Johns Hopkins University, Harvard University, Wake Forest University, and Washington State University. This is a tremendous experience for students as it allows for training in several different areas and networking among peers.
The University of Arkansas offers a 128-credit Bachelor of Science in Biomedical Engineering. Throughout eight-semesters, students complete classes such as Clinical Observations and Needs Finding, Tissue Mechanics, and Biomedical Signals and Systems. Graduates from this program will use the skills obtained in classes such as these to successfully navigate the interface between life science and engineering. The field of biomedical engineering is vast. Some of the recent news about funding and research that best represents that broad world at U of A is two recent awards. The National Institutes of Health recently awarded $400,000 to a team from the College of Engineering at U of A to find new ways to repair rotator cuffs. Another interdisciplinary team was awarded $395,112 to continue their research in developing new tools to assess mitochondrial diseases.
Yale University has a program for students seeking a Bachelor of Science in Biomedical Engineering. Some of the courses that make up the program include Biotransport and Kinetics, Medical Software Design, Engineering and Biophysical Approaches to Cancer. Students will also choose an area of focus among four options: Bioimaging; Biomechanics and Mechanobiology; Biomolecular Engineering, or Systems Biology. The Department of Biomedical Engineering is relatively new, having been founded in 2003. Students and faculty have wasted no time in making a name for the department with research projects focusing on areas of tissue engineering, drug delivery systems, and biomedical imaging. Yale's students also have the opportunity to share their passion with younger aspiring engineers in Africa by working for the Yale Young African Scholars.
Worcester Polytechnic Institute offers students a Bachelor of Science in Biomedical Engineering program. This program is designed to achieve over 16 terms and includes a worksheet for tracking progress. The concentrations for this major include Biomaterials and Tissue Engineering, Biomechanics and Mechanobiology, Bioinstrumentation and Biosignal, and Processing. The faculty and students will work together taking projects from concept to prototype.
WPI knows how much work their students put into their projects and studies and encourage students to get involved in the broader community the campus has to offer. There are two biomedical engineering clubs that students can join. One is the Biomedical Engineering Society and the other is Alpha Eta Mu Beta honor fraternity for upperclassmen. There are also clubs beyond these major-specific two that include ski club, ballroom dancing, and multiple chess clubs.
The University of Rochester provides a program for a Bachelor of Science in Biomedical Engineering. There are 131 required credits to be taken in a variety of areas. The core classes of the degree include Fundamentals of Biomechanics, Biomedical Computation and Statistics, and BME Senior Design. Students can choose to focus on Medical Optics, Cell and Tissue Engineering, Biomechanics, or Biosignals and Biosystems. Graduates from this program will find themselves well prepared for either a career in the bioengineering industry or to further their education by heading into a master's or Ph.D. program. Students will participate in a senior design program at the end of the curriculum. Successful student designs are patented and have, historically, enabled students to begin their own start-up companies with funding.
The Lawrence Technological University offers a Bachelor of Science in Biomedical Engineering. Students are required to take 132 credit-hours for completion of the degree. Students will have the option to take Microbiology, Organic Chemistry, and Digital Electronics and Lab as just a few of the many courses offered at Lawrence Tech. Students will graduate with the ability to design systems, communicate findings effectively, and analyze and interpret data.
Graduates will find career options in hospitals, public and private research institutions, and medical device companies. LTU sets students up for success in these careers by applying theory and practice to the workspace. Not only will graduates be prepared in the skills they bring, but also the ethics of best practices that are a staple of the university.
The University of Alabama offers a Bachelor of Science in Biomedical Engineering through its School of Engineering. The program consists of 128 total credit hours for completion of the degree. Courses for the major include Biomechanics of Solids, Biocomputing, and Implant-Tissue Interactions. Students looking to enter the biomedical engineering industrial workforce will find a home within this major. While the field of biomedical engineering expands quickly, students of UA are well-prepared for their careers post-graduation.
Students have the opportunity to also minor in Neuroengineering to enhance their learning. There is also a fifth-year option for those interested in pursuing a master's degree. Hands-on learning is encouraged by UAB's faculty with experience in instrumentation, computer simulations, and lab techniques. Concentrations within the program include Biomechanics, Biomaterials, and Tissue Engineering.
Net Price: $17,016
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