Looking for a degree that combines the best of science and technology? Pursuing a Master’s in Biomedical Engineering (also known as bioengineering) may be just the right fit!
Biomedical engineers are true masters of science and design; they work diligently to solve the problems of the future. Biomedical engineers work to apply knowledge of engineering, biology, and biomechanical principles to the design, development, and evaluation of biological and health systems and products. Things like artificial organs, prostheses, medical information systems, and health management are, for the most part, all thought up by those with backgrounds in biomedical engineering.
From manufacturing, orthopedics and pharmaceuticals, to medical imaging and biosensors, there is no shortage of opportunities for those with a degree in Biomedical Engineering. In fact, the U.S. Bureau of Labor Statistics projects that the biomedical engineering field will grow 27 percent in the next decade – one of the fastest rates of any other occupation!
Not to mention the annual median salary for biomedical engineers is $87,000. Not a bad chunk of change for those looking to change the world! Just five years ago, CNN Money ranked Biomedical Engineer as the #1 job in the United States; and the prospects are still looking good. Not only do these engineers make great money, they get to be creative and innovative as they work in universities, hospitals, labs, etc.
Some popular companies that hire biomedical engineers include:
Johnson & Johnson
GE Global Research
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Forbes ranked biomedical engineering as the #1 major that is most worth a student’s tuition. However, with modern technology and our growing society, it can be difficult to stay on top of the latest advantages. Biomedical engineers always need to be not just one or two, but 10 steps ahead of the game at all times. It’s an extraordinary field of work to pursue, but it’s also extremely complex.
It’s important to be passionate about this field; if the human body doesn’t interest you, biomedical engineering is not your calling. But, if you dream of bringing science fiction to life by growing human organs in a lab, a Master’s in Biomedical Engineering may suit you perfectly.
According to U.S. News & World Report, the highest-paying biomedical engineering jobs are located in California; specifically in the metropolitan areas of San Francisco, San Jose and Santa Rosa. Other high-paying markets include Richmond, V.A., Austin, T.X., Durham, N.C., and Columbus, O.H.
Job opportunities are expected to expand dramatically as an entirely new class of products, instrumentation, and implants come to light. The impact to human health will be extraordinary as biomedical engineers continue to solve the toughest problems of the 21st century.
What Are the Best Colleges for a Masters in Biomedical Engineering?
The field of biomedical engineering is fairly new as technology continues to rapidly change and grow. The future of the industry can only expand and reach new heights from this point. We’ve ranked the best master’s degrees in the fields by looking student satisfaction, return on investment, and institutional excellence, with data from U.S. News and World Report, Payscale, IPEDS, and college websites. Start your journey to helping others by problem solving in medicine and healthcare with one of the 50 Master’s degrees below!
Located in Ithaca, NY, this Ivy League research university was founded in 1865 and its graduate school now offers nearly 100 fields of study. The engineering school at Cornell University is consistently ranked among the top in the country and graduate students focus on practice-based study. Cornell may be the perfect choice for you; the school offers both Doctor of Philosophy (Ph.D.) and Master of Science (M.S.) programs in biomedical engineering.
For those looking to pursue a Ph.D., there is no need to apply to the Master’s program at Cornell first since an M.S. degree is not a requirement. Research within the Graduate Field of Biomedical Engineering is organized into six primary focus areas:
Biomechanics and mechanobiology
Biomedical imaging & instrumentation
Drug delivery & nanomedicine
Molecular & cellular engineering
Systems & synthetic biology
Tissue engineering & biomaterials
Students can expect to gain extraordinary knowledge by working closely with biological and clinical scientists as well as with engineers.
All Ph.D. students are fully funded (tuition, stipend, and health insurance) and will spend a minimum of one semester serving as a teaching assistant. Graduates of this program can expect careers in a wide range of settings, including: universities, corporations, nonprofits, and government organizations.
Founded in 1885, the Georgia Institute of Technology is a leading research university located in Atlanta, GA. With six colleges, the most popular degrees among students include Engineering, Business/Marketing, Computer and Information Sciences. The Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech is very highly respected. In fact, the Department is No. 3 in U.S. News & World Report’s latest ranking of the nation’s top graduate biomedical engineering programs.
The Georgia Tech Master of Biomedical Innovation and Development (BioID) is an intensive one-year professional master’s program. Prospective students should note the following: There are no evening or distance-learning options for this degree. The degree is to be completed in three sequential semesters over 12 months. Students may also pursue a Ph.D. in Biomedical Engineering where technical areas range from healthcare informatics to biomedical imaging and optics.
The Wallace H. Coulter Department is a partnership between Emory University’s School of Medicine and Georgia Tech’s College of Engineering, giving students the best of two extraordinary universities. It’s also the largest BME department in the country! If you’re looking to pursue a career in Biomedical Product Development (like medical devices), this is the program for you.
One of the eight Ivy League schools, Brown is located in Providence, RI, and was founded in 1764. With 51 doctoral programs and 28 master’s programs, the university is home to students from all 50 states and more than 115 countries. The biomedical engineering program at Brown attracts many, and is consistently ranked one of the top programs of its kind in the country.
The Graduate Program in Biomedical Engineering at Brown is a joint venture by the Division of Biology and Medicine and the School of Engineering. Graduate students will take engineering, biology, and medical school courses. They will also gain valuable clinical experience at nearby teaching hospitals associated with Brown’s Warren Alpert Medical School. The program features
Three main research areas:
The department also offers a Ph.D. in Biomedical Engineering which requires 3 years of full-time study.
The Master’s program can be completed full-time or part-time. There is an additional 5-year baccalaureate/master’s option that is only open to current Brown students.
Faculty at Brown are intelligent and passionate; recently Assistant Professor of Engineering, Ian Wong, was selected as a 2017 Emerging Investigator by Biomaterials Science. Graduates of the BME program can expect to pursue rewarding careers in industry, academia or government.
A private research university located in Washington, D.C., GW is made up of 10 schools and colleges. With students from all 50 states and over 130 countries, this university is consistently ranked among the top in the nation. Though it’s just over 3 years old, The GW Department of Biomedical Engineering is already making quite the name for itself.
If you’re looking to earn a biomedical engineering degree at a school with top-notch facilities in the center of the nation’s capital, look no further than GW. Offering both a MS and a Ph.D in Biomedical Engineering, the school includes several areas of research:
Biomedical signal processing and signal analysis
Cancer detection and therapy
Disease and pathogen detection
Electrophysiology (cardiac and neural)
And many more!
Students have access to labs and facilities of GW’s new Science and Engineering Hall, which just opened in January 2015.
Students can complete internships and research experiences at places like the NIH, NASA and the FDA. Graduates of this program will be able to apply engineering principles to problems in medicine and biology, to understand and model multiple attributes of living systems, and to synthesize biomedical systems and devices.
A private research university located in Durham, North Carolina, Duke is currently ranked No. 8 in the 2017 edition of US News’ Best Colleges. Made up of 10 schools and colleges, Duke is home to over 6,000 graduate and professional students. Duke’s Pratt School of Engineering is one of the most popular; the biomedical engineering department received $27M in new research awards in 2016 alone!
BME is the second largest graduate program at Duke, yet offers students a close-knit community and plenty of hands-on experience. Students can pursue a Master of Science (MS) or Master of Engineering (MEng) in Biomedical Engineering:
The BME MS is geared toward those with interests in research or technology development in academia, industry, or government.
The BME MEng is geared toward those looking to go into product design, product development, and innovation in industry.
Each program lasts 1.5 – 2 years, while the Doctor of Philosophy in BME takes students an average of 6 years to complete.
Duke also offers a Doctor of Medicine-Master of Engineering Dual Degree (MD-MEng). This five-year program is designed for MD candidates within Duke’s School of Medicine who have strong interests in health care, engineering, and innovation and entrepreneurship.
Research-oriented and home to Sammy the Owl, Rice University is currently ranked No. 15 in the 2017 edition of US News’ Best Colleges. This private research university founded in 1912 is based in the nation’s fourth largest city: Houston, Texas. Rice is a leader in many degree areas, but their engineering department is especially excellent; in fact, it’s ranked No. 9 in the nation.
The Rice University Department of Bioengineering offers the following programs:
Master of Bioengineering (M.B.E.) degree
Doctor of Philosophy (Ph.D.) degree
Joint M.D./Ph.D. through the Dept. of Bioengineering and Baylor College of Medicine
The M.B.E. is a non-thesis degree that has two tracks. The Global Medical Innovation (GMI) track is for those looking to pursue a career in the global medical technology industry, while the Applied Bioengineering track is designed as a flexible degree for those pursuing careers in research, medicine or related fields.
Faculty research interests include: biomaterials and drug delivery, biomedical imaging and diagnostics, cellular and biomolecular engineering, and more. Needless to say, students will have passionate, knowledgeable leaders to learn from, and work with. Alumni of the program are now working in medical device and biotechnology companies, patent law, and medicine.
Founded in 1876, this private research university in Baltimore, Maryland gets its name from American entrepreneur and philanthropist, Johns Hopkins. The university currently ranks No. 10 overall among national universities in U.S. News & World’s 2017 “Best Colleges” report. Hopkins’ graduate programs include the top-ranked Whiting School of Engineering and School of Medicine; both house the school’s Biomedical Engineering program.
The Whitaker Biomedical Engineering Institute combines the best of biology, medicine and engineering. With state-of-the-art laboratories, sophisticated equipment, and extraordinary faculty, Johns Hopkins is an excellent choice if you’re looking for a BME degree. The department offers the following degrees:
Master’s of Science and Engineering (MSE) – course-based or thesis-based
Master of Science Bioengineering Innovation & Design (MSE CBID)
BME PhD program
Combined MD PhD program
The MSE program prepares students to pursue careers in research and development, or as a step toward PhD or MD / PhD education.
The BME dept. at Johns Hopkins was founded in 1962 and is the largest pre-clinical department at the Johns Hopkins School of Medicine. It’s also the #1 ranked biomedical engineering program in the U.S according to U.S. News & World Report.
Located in Fort Collins, CO, this public research university is home to eight colleges and offers over 175 degree options. CSU graduate students can pursue programs in the schools of business, engineering and education. The renowned Walter Scott, Jr. College of Engineering is innovative and is home to one of the best Biomedical Engineering schools.
With over 40 state-of-the-art biomedical engineering research labs, students in CSU’s School of Biomedical Engineering can pursue one of the following degrees:
Master of Engineering (coursework-only program)
Master of Engineering Online
Master of Science (research-based degree)
Ph.D. in Bioengineering
The M.S. is often pursued by students who wish to do research in the industry or those who want to complete a Ph.D. If you’re looking for a flexible degree without sacrificing quality, the M.E. Online program offers students equal opportunities to view the same on-campus lectures and interact with leading faculty members.
Officially established in 2000, SBME focuses on three primary areas of research: regenerative and rehabilitative medicine, imaging and diagnostics, and medical devices and therapeutics. Faculty from four colleges (Engineering, Health and Human Sciences, Natural Sciences, and Veterinary Medicine and Biomedical Sciences) are eligible to become members of the SBME. So students have the best of all departments, making for a diversified, quality education!
Based in Pittsburgh, Pennsylvania, Carnegie Mellon University is a private research university that was founded in 1900 by American industrialist Andrew Carnegie. The school constantly ranks high overall, but particularly in areas of math, science and engineering. Carnegie Mellon’s Biomedical Engineering department is especially noteworthy, providing students with a one-of-a-kind education.
If you’re looking to earn a degree in the field of biomedical engineering, Carnegie Mellon offers a program worth applying to. The M.S. in Biomedical Engineering can be completed through a Research-Option or a Practicum-Option. The research option typically takes 21 months of full-time residence to complete, while the practicum option takes 16 months. For those looking to combine their studies, the school offers a couple of interesting dual programs:
Dual M.S. in Biomedical Engineering and Engineering & Technology Innovation Management (E&TIM)
Dual M.S. in Biomedical Engineering and Technology Ventures
Ph.D. and research M.S. students are forbidden by the Department to seek employment while pursuing full-time studies. All students are expected to devote 100% to their degrees.
BME graduate students are a talented bunch. Recently, two BME MS students won the HP and Intel Life in Space Design Challenge. Also, a BME PhD student won this year’s CMU 3-Minute Thesis Championship, an internationally recognized competition. There are plenty of opportunities for research, growth and innovation at CMU!
Located in Southfield, Michigan, Lawrence Technological University is a private university that was founded in 1932. While the campus is small, the learning opportunities are big at LTU. With over 100 degree programs offered, LTU is all about combining theory with practice– solving tomorrow’s problems with today’s abstract ideas. Many choose LTU’s College of Engineering to generate these ideas to build a better tomorrow.
The Master of Science in Biomedical Engineering at LTU brings together engineering tools and problem solving to advance life science discoveries in:
Students are taught how to create new procedures and technologies that prevent, diagnose, and treat clinical diseases. MS students will also have the option to complete either a design project or a master’s research thesis. No matter what you choose, there is still a 30-credit-hour requirement.
Several programs at LTU have been rated among the Best Value Small College programs, including a No. 10 ranking for biomedical engineering. It’s no wonder the school is ranked among the top; creativity is embraced and rewarded here. In fact, a BME assistant professor was recently awarded two grants – one to explore touch-sensitive feedback in robots, and another to expand entrepreneurial education in biotech!
Founded in 1855, this public research university is based in East Lansing, Michigan and is consistently ranked among the top 100 universities in the world. With students from all 50 states and more than 130 countries, MSU is a pioneer in research and innovation. In fact, the MSU School of Engineering is ever-growing and recently received a $12.7 million gift from a computer scientist
If you’re looking to learn about the intersection of medicine and human biology, along with engineering research, design and practice, MSU’s Biomedical Engineering program may be a great fit for you. The department’s resources are enhanced by collaborations with other MSU colleges, including:
Communications Arts and Sciences
The Master of Science Degree in Biomedical Engineering at MSU is available under either Plan A (with thesis) or Plan B (without thesis). Students seeking admission should have a bachelor’s degree in biomedical engineering or a related field.
Established in January 2015, MSU’s Department of Biomedical Engineering is already among the top in the country. With faculty from over 10 departments in multiple MSU colleges, students are introduced to a diversified set of thinking and learning overall.
Florida International University - University Graduate School
Located in Miami, Florida International University is a public research university that is committed to learning, research, entrepreneurship, innovation, and creativity. With over 120 graduate degree programs and one of the largest libraries in Florida’s State University System, FIU is a great, vibrant community to further your education. The school’s Biomedical Engineering Department is nationally recognized for servicing the needs of the clinical medicine and biomedical industries.
The Department of Biomedical Engineering at FIU offers the following degrees:
Doctor of Philosophy (PhD) Biomedical Engineering
Master of Science (MS) Biomedical Engineering
5 year combined (BS/MS) Biomedical Engineering
The Master’s degree offers two tracks: The Professional Track is for engineers currently practicing in the biomedical industry and for those interested in pursuing a management career in the biomedical industry, while the Research Track prepares graduates for further study or a career in biomedical research.
Students in this department will be prepared for academic, clinical, or industrial research and development in: Basic Research in Engineered Tissue Model Systems, Diagnostic Bioimaging and Sensor Systems, or Therapeutic and Reparative Neurotechnology.
Binghamton University, State University of New York
Binghamton University is consistently ranked among the elite public universities in the country, and with good reason. With faculty made up of Fulbright, Ford and Guggenheim scholars, and an innovative, creative buzz pulsing through the campus, Binghamton is an excellent choice for any graduate student. The school’s biomedical engineering program is one of only 150 in the United States.
Students can pursue either a PhD in Biomedical Engineering or a MS in Biomedical Engineering. An accelerated BS/MS degree is also available for current students. Highlights of Binghamton’s Biomedical Engineering program is that students will have access to resources such as the Clinical Science and Engineering Research Center, as well as state-of-the-art lab facilities. The program is also very affordable; funding is available in the form of:
Graduate assistantship stipends.
Teaching assistantships often include health insurance and a tuition scholarship as well.
Graduates of this program have pursued careers in both the public and private sectors for organizations including: the Memorial Sloan Kettering Cancer Center and the U.S. Food and Drug Administration. Graduates have also pursued doctoral positions in the following acclaimed institutions: Boston University Medical Center, University of Rochester, University of Pennsylvania, Cornell University, and more.
Made up of 12 schools and colleges, Northwestern is a private research university in Illinois. The university was recently ranked No. 12 in the 2017 edition of Best Colleges in the United States. It’s Biomedical Engineering department is particularly impressive and includes faculty appointed in 12 departments within engineering, medicine, arts and sciences, and communication.
The McCormick School of Engineering offers students two degree options in Biomedical Engineering:
Master of Science (MS) in Biomedical Engineering
Doctor of Philosophy (PhD) in Biomedical Engineering
The department offers two MS tracks for students; one with a thesis, and one without. It’s recommended that those looking to become researchers in academic, industry, or government laboratories choose the MS with thesis track, which can be completed in just under 2 years. Faculty members in this department are organized into the following research area groups:
Biomaterials and Regenerative Medicine
Imaging and Biophotonics
Neural Engineering and Rehabilitation
Study abroad and foreign externships are available for students within this department, as well as cooperative education programs. PhD degree completion is typically 5-6 years and students are supported by fellowships, research assistantships, and teaching assistantships.
Located in San José, California, this public research university offers more than 145 areas of study and is the oldest public institution of higher education on the West Coast. Often cited as a hub for aspiring engineers and scientists, folks at San Jose State developed the first college-based cyber security center in Silicon Valley. The university’s School of Engineering is also home to one of the best biomedical engineering degrees in the country.
Designed to build upon a background in engineering, biology, chemistry or physics, the MS in Biomedical Engineering can be taken with or without a thesis option. No matter the track you choose, some required courses will include:
Mathematical Methods in BME
Regulatory, Clinical and Manufacturing Aspects of Medical Devices
Physiology for Engineers
The Master’s program prepares students to apply their engineering education to a variety of career paths.
Graduate students can expect to take courses uniquely preparing them for a Food and Drug Administration-regulated global environment in which they will develop health-related medical products and techniques to improve the quality of life. San Jose does not offer a PhD program.
Founded in 1838, Virginia Commonwealth University is a public research university located in Richmond, Virginia. With more than 200 degree programs and students from around the globe, VCU’s graduate schools are consistently ranked within the Top 50 in the nation. In particular, the school’s biomedical engineering department is an excellent place to earn a degree if you’re looking to study anything from biomaterials to regenerative medicine.
The M.S. in Biomedical Engineering at VCU is a two-year program and every student is required to complete a thesis. The school also offers a three-year Ph.D. program. The biomedical engineering degree at VCU provides in-depth specialization areas including:
Mechanobiology of Disease
Neuromuscular and Musculoskeletal Biomechanics
All biomedical engineering doctoral students at VCU are fully funded with competitive stipends.
Students of this program are determined, curious and intelligent. If you’re curious about what past students have accomplished, here are just a few examples: they’ve traveled to Germany to help design equipment for the detection of seizures, worked as lab assistants to study the effects of cigarette smoke on bone marrow, and some have even traveled to Rwanda as part of the Engineering World Health Summer Institute Program. The opportunities are endless!
Located in Lafayette, Indiana, Purdue University is a public research university that is consistently ranked among the top universities in the United States. Purdue is made up of 12 schools and colleges, many of which are very well-ranked– including the College of Engineering. In fact, Purdue’s College of Engineering is among the largest in the United States.
Purdue’s Weldon School of Biomedical Engineering offers both master’s and doctoral-level programs. Students will benefit from a rich and varied faculty, including those from the Purdue College of Engineering, College of Science, and School of Veterinary Medicine, as well as the professors from the school’s campus in Indianapolis. The Master’s options include:
MS Biomedical Engineering (MS BME, with thesis)
Fifth-Year Combined BS/MS in Biomedical Engineering
MS BME (coursework only)
MSE/MS with Concentration in Biomedical Engineering
The primary areas of research include: Engineered Biomaterials & Biomechanics, Imaging, Instrumentation, and Quantitative Cellular & Systems Engineering.
At Purdue, students can take advantage of the beautiful $25 million Biomedical Engineering building and dive into the school’s supportive and nurturing environment.
Ranked amongst the top 100 schools in the United States, Baylor University is a community of more than 16,000 students located in Waco, Texas. Baylor offers 75 different Master’s degree programs, including a Master of Science in Biomedical Engineering. The department is one of the best in the country and offers students a fruitful career.
Students who pursue a MS in Biomedical Engineering at Baylor are expected to complete 30 semester-hour graduate programs, including:
24 hours of graduate coursework
6-hour research-oriented thesis
The program is completed through Baylor’s Department of Mechanical Engineering in which there are three research focus areas: Thermal and Energy Engineering, Natural and Advanced Materials Engineering, and Biomechanics Experimentation, Design, and Simulation.
Program courses include: integrated biological systems, instrumentation, medical information systems, artificial organs and prostheses, and health management and care delivery. Graduates can expect careers in industrial, health care, academic, and government settings.
Located in Melbourne, Florida, this Institute puts huge emphasis on science, technology, engineering, mathematics, and aviation. The school is also a designated Tier 1 Best National University in U.S. News & World Report, making it a top choice for many. If you’re looking to combine science and engineering to solve today’s medical challenges, you may want to check out FIT’s top-ranked Biomedical Engineering program.
With a focus on the industry’s leading research and ideas, the MS in Biomedical Engineering at FIT is a program made up of professors who both teach and conduct research with students and other faculty members. On-campus research facilities include:
photonics and lasers
FIT is also conveniently located in a growing healthcare region, including hospitals, health centers and institutes. This provides graduate students with opportunities for advanced lab research and mentorship with medical professionals.
Alumni of this program have gone on to work in medicine and the biotechnology industry, while some go on to pursue a Ph.D. FIT does offer a doctoral program for those interested in further pursuing biomedical engineering.
Virginia Polytechnic Institute and State University
Virginia Tech is a public research university located in Blacksburg, Virginia. With over 250 degree programs and more than 30,000 students, Virginia Tech is a hub for knowledge, growth and leadership. Virginia Tech’s School of Engineering is currently ranked No. 27 in the country and its Biomedical Engineering and Mechanics department is more than 100 years old.
What makes Virginia Tech’s biomedical engineering program unique is its collaboration with Wake Forest University. Students can pursue an M.S. or a Ph.D. in Biomedical Engineering, or one of two combination degrees offered through the two medical schools involved; a combination M.D./Ph.D. through Wake Forest Medical School, and a D.V.M./Ph.D. degree through VA Tech’s Veterinary School. Students may specialize in one of the following concentration areas:
Biomaterials and Medical Devices
Nanomedicine and Nanobioengineering
Translational Cancer Research
First-year students are typically offered either a full fellowship or a Graduate Teaching Assistantship which provides a competitive stipend and full tuition. Students are also hired by faculty to be graduate research assistants, and summer internships in select programs are often available as well.
Founded in 1824 and located in Troy, NY, RPI is the nation’s oldest technological research university. With more than 145 degree programs and 34 research centers, RPI is well-known for its talented, dedicated, and forward-thinking staff and students. RPI is also home to one of the oldest and most reputable biomedical engineering departments in the United States.
The Biomedical Engineering Department at RPI offers two different Master’s degree tracks:
Master of Science (M.S.) – requires a thesis
Master of Engineering (M.Eng) – coursework-only
The M.Eng. is recommended for those who do not plan further graduate studies. Master degrees commonly require 1-1.5 years to complete. The department also offers a PhD program where students usually spend 4-5 years in study.
Students will have the chance to collaborate not only within the Center of Biotechnology and Interdisciplinary Studies, but also with the Center for Computational Innovations, the Biomedical Imaging Center, the Center for Modeling, Simulation & Imaging in Medicine, the Center for Stem Cell Research, and several Boston, Connecticut, New York, and Rochester area hospitals and medical centers.
The University of California, San Diego is a public university established in 1960 and is the 7th oldest of the 10 University of California campuses. With over $1 billion in annual research funding, UCSD is recognized as one of the top 15 research universities in the world. UC San Diego’s Jacobs School of Engineering offers one of the best Bioengineering programs in the states.
The M.S. program in Bioengineering may be terminal or may be obtained on the way to a Ph.D. The M.S. degree involves a combination of both coursework and original research. The school also offers a Masters of Engineering (M.Eng.) degree which is intended to prepare design and project engineers for careers in the medical and biological engineering industries. The M.Eng. degree does not require a thesis and can be completed within one year of full-time study.
UC San Diego was recently ranked the world’s 14th best university for developing research used to create products or services that benefit society and spur economic growth. What better place to learn about biomedical engineering than at a university with its pulse on the most current industry trends.
Located in the heart of Boston, this private research university is home to over 30,000 students from more than 130 countries. With 17 schools and over 250 fields of study, BU is an excellent place to form connections and pursue research to help this ever-changing modern world. In fact, BU’s College of Engineering offers one of the best Biomedical Engineering programs in the world.
Boston University’s Biomedical Engineering department offers the following degrees:
Master of Science in Biomedical Engineering
Master of Engineering in Biomedical Engineering
MD/PhD in Biomedical Engineering (BME)
PhD in Biomedical Engineering (BME): Post-Bachelor’s/Post-Master’s
Students can add specializations to their degrees, including: data analytics, cybersecurity, robotics, and more. All students pursuing an MS are required to complete a practicum and can opt to focus in nanomedicine. Those completing a Master of Engineering will also have to complete a practicum.
BU’s Biomedical Engineering department is the only one in the country to win both a Whitaker Foundation Leadership Award and a Coulter Translational Partnership Award. These are two highly competitive and prestigious grants, now being used to advance BME’s mission– to pursue excellence in biomedical engineering education, research, and innovation; creating and imparting knowledge for improving society, human health, and health care.
Founded in 1891, this private research university is located in Philadelphia, PA. The university is ranked among the top 100 in the country and is one of America’s 15 largest private universities. With over 20,000 students and endless degree opportunities, Drexel is an excellent place to further your education. Especially noteworthy is Drexel’s School of Biomedical Engineering, Science and Health Systems.
The School of Biomedical Engineering, Science and Health Systems offers both part-time and full-time programs. The Master’s in Biomedical Engineering program has an optional research thesis, though a research thesis is highly recommended. Specific research areas may include:
Drexel also offers students an Integrated MS degree in Biomedical Engineering and Business (IBEB) for those looking to uniquely blend business and technology. For those looking to pursue a PhD, there is also a Biomedical Engineering Doctorate Program at Drexel.
Students and faculty at Drexel are always pushing the envelope on research and new technologies. The school is a hub of knowledge and innovation. In fact, the Hartwell Foundation recently awarded an associate professor in the School of Biomedical Engineering with a grant to continue her research to aid children with heart defects.
Located in Norman, Oklahoma, the University of Oklahoma is a public research university that was founded in 1890. Home to the National Weather Center, this university is buzzing with over 21,000 students and 170 majors. If you’re looking for an excellent Biomedical Engineering program, Oklahoma has that too! The Stephenson School of Biomedical Engineering within the Gallogly College of Engineering is one of the best in the country.
Students can pursue a Master of Science in Biomedical Engineering which can is typically completed in two years. A thesis is required to complete this degree. Courses may include:
Biomedical Engineering Principles
Three elective courses in biomedical engineering
Two elective courses in life sciences
Two elective courses in engineering course
M.S. Research Thesis Course
Oklahoma also offers a Ph.D. degree in Biomedical Engineering; a student with a B.S. degree can enter the Ph.D. program directly.
The University of Oklahoma is currently undergoing a renovation within the Engineering Quad. This will benefit both current and future Biomedical Engineering students, providing them with classrooms and teaching labs, group meeting spaces, a maker’s space, and more! The new building will be called Gallogly Hall.
Illinois Tech is a private Ph.D.-granting research university located in Chicago. Technology is at the heart of this Institute, making it a great choice for those interested in science and engineering. In fact, five faculty members received National Science Foundation CAREER Awards in 2016 – the most in one year in Illinois Tech’s history! The school’s Armour College of Engineering is one of the world’s best and offers an excellent Biomedical Engineering degree.
The Master of Biomedical Engineering at Illinois Tech does not require a thesis– there is no optional thesis choice either. Graduate students can expect to take the following courses:
Written & oral communication for BME
Quantitative Human Physiology
Statistics for Biomedical Engineers (or equivalent)
2 Life Science and/or Advanced Mathematics Courses
5 Engineering/Computer Science courses (2 of these must be BME courses)
The school also offers a Master of Science in Biomedical Engineering which requires completion of a written dissertation and a subsequent oral defense of it. Students can also pursue a Doctor of Philosophy in Biomedical Engineering through the Armour College of Engineering.
There is always something being created at Illinois Tech. In fact, cellphones, magnetic recording, tall building architecture, and barcode technology are just a few of the innovations associated with Illinois Tech faculty and alumni. Apply now and join entrepreneurship, creativity and design with engineering theory, research, and practice to create a better tomorrow!
Located in the heart of Boston, Northeastern University was founded in 1898 and is home to the Huskies and Matthews Arena, the oldest hockey arena in the world. Northeastern, a private university, offers more than 125 majors and has a student population of nearly 20,000. The university is currently ranked No. 39 in the country and boasts an excellent College of Engineering. Their Bioengineering program is one of the best in the world.
Northeastern’s Master of Science in Bioengineering is specifically designed for those with BS degrees in engineering or physics. Full-time students are normally able to complete this Master’s program in two years, however it may take longer if the student completes an optional thesis or participates in co-op. Faculty from across the college and university work to develop programs in:
Biocomputing & Information Processing: bioimaging, bioinformatics, simulation
Systems & Synthetic Biology: bio motor control, cell and tissue engineering, etc.
Biodevices: biomaterials, bioMEMs, legal and regulatory issues, nanomaterials
The school also offers a five-year Doctor of Philosophy in Bioengineering.
Northeastern is well-known for its revolutionary co-op program where students have the opportunity to truly put their education to work in their respective fields of interest. Graduate students work full-time for 4, 6, or 8 months at a time depending on the position and the student’s availability. During co-op, students have no obligation to the school, focusing rather on their work and career development.
Located in Philadelphia, PA, Temple University is a public doctoral university that was founded in 1884. With 17 schools and colleges, eight campuses, and hundreds of degree programs, Temple is a hub for creativity and innovation. Temple’s College of Engineering is built on a well-rounded, in-depth education and a world-class research experience, and offers an excellent M.S. in Bioengineering.
If you want to learn more about advanced technology and applying new systems to solve complex biologic problems, Temple University may be just the place for you! The M.S. in Bioengineering can be completed with or without a thesis or research project. Research areas may include:
Biomaterials and Biopolymers
Biomechanics and Cellular Mechanics
Biosensors and Bioinstrumentation
Drug Delivery Systems
Medical and Microfluidics Devices
Temple also offers a Ph.D. in Bioengineering where students can collaborate with faculty in several departments, including: the College of Engineering, College of Science and Technology, School of Medicine, School of Podiatric Medicine, School of Pharmacy, Maurice H. Kornberg School of Dentistry, College of Public Health and Fox Chase Cancer Center.
Since 1968, Temple’s College of Engineering has provided students with a first-class education. The university is very well connected and offers many different internships and co-op opportunities for graduate students as well. Temple graduates have been hired by companies like: Boeing, NASA, PennDot, PGW, Turner Construction, Metrologic and many more.
This private university is located in the nation’s capital, Washington, D.C. With just under 3,000 graduate students, the Catholic University of America is a close-knit environment and offers 12 schools and 21 research facilities for students to take advantage of. While it’s not a huge school, this university has made a name for itself in the realm of engineering; in fact, the school’s master’s degree in biomedical engineering (MBE) is second-to-none.
Two options are available for the MBE study at the Catholic University of America:
Non-Thesis Option: A coursework master’s.
Thesis Option: A written thesis has to be approved by the major advisor and a reader.
Graduate students can expect to take classes like biomaterials, neural control of movement, rehabilitation engineering, and more. The school also offers a Biomedical Engineering Doctoral Degree.
Graduate students at the Catholic University of America are provided with state-of-the-art facilities to work in, including: a Neuromechanics Lab, Neuromotor Control Lab, Tissue Remodeling and Optics Lab, and more! Internships are also available at nearby Washington D.C. laboratories such as: the Food & Drug Administration, National Institutes of Health, NASA and the National Rehabilitation Hospital.
This public research university is located in Ruston, Louisiana and is home to over 12,000 students. Not only is it ranked as one of the nation’s 25 Most Affordable Colleges, Louisiana Tech is also home to one of the nation’s top Biomedical Engineering programs. In fact, students come from all around the world to attend this program which was established in 1972.
Louisiana Tech’s biomedical engineering program is a bit different than other Master’s programs. Rather than a Master’s in Biomedical Engineering, students will obtain an M.S. in Engineering and can choose to focus on Biomedical Engineering as their concentration. Students can choose one of two program tracks: a thesis option or a non-thesis option. The Biomedical Engineering concentration may include the following courses:
Introduction to Engineering and Science Research Methods
Biomedical Engineering Seminar
Physiological Modeling I
Students and faculty at Louisiana Tech are buzzing with excitement for the future. In fact, the University aims to become the best college in the world at integrating engineering and science in education and research by 2020. Help Louisiana Tech reach their goal by applying today to create a better tomorrow.
Founded in 1819 by Thomas Jefferson, the University of Virginia is a public university and is currently ranked #24 in National Universities by U.S. News & World Report. UVA offers 82 Master’s degrees and fosters close mentoring relationships between students and faculty. UVA’s School of Engineering & Applied Science is highly regarded and earned over $45 million in sponsored research awards in 2016. The school’s Biomedical Engineering department is currently celebrating 50 years.
The University of Virginia offers the following Biomedical Engineering degrees:
The Master of Engineering (ME) – a professional degree designed to strengthen the student’s competence in engineering primarily through additional coursework.
The Master of Science (MS) – students complete both coursework and research, culminating in a thesis.
The Doctor of Philosophy (PhD) – designed for students who wish to pursue research careers.
The primary difference between the M.S. and the M.E. degrees is the depth of the research involved. The M.E. requirements include coursework and a small research project, while the M.S. requirements include a more extensive research experience culminating in a thesis. If you’re interested in a PhD, you’re in luck; 100% of BME PhD students are fully funded at UVA.
The Biomedical Engineering degree at UVA focuses heavily on biology. Students will be able to take advantage of the Coulter Translational Research Partnership– a $20M program that funds cutting edge biomedical technologies with the purpose of improving clinical practice.
The City College of New York is located in the ever-buzzing Big Apple. With over 50 master’s programs available, CCNY is home to a number of research centers and more than 100 student clubs. The Grove School’s Department of Biomedical Engineering is a leader in the country and those looking to pursue a degree in this area should definitely check out CCNY.
With state-of-the-art research facilities, and partnerships with the premier healthcare and medical research institutions in NYC, CCNY’s Biomedical Engineering department is unlike any other. Students can pursue a Master’s of Science, or PhD degree in Biomedical Engineering. M.S. students must complete a 30-credit course program which may include classes like:
Cell and Tissue Transport
Biomedical Signal Processing
Bone Physiology and Biomechanics
Skeletal Soft Tissue Physiology and Biomechanics
All M.S. students must also complete a thesis or project (3-6 credits).
A unique feature of CCNY’s Biomedical Engineering department is its proximity to world-class private medical institutions. Collaborators of the school include: the Albert Einstein College of Medicine, Columbia College of Physicians and Surgeons, Mount Sinai School of Medicine, Memorial Sloan-Kettering Cancer Center, and more.
Located in Allendale, Michigan, this public university was established in 1960 and offers more than 120 degrees. With over 25,000 students, GVSU is a hub of innovation and research. In fact, the school’s Biomedical Engineering Department is quickly gaining traction as one of the best in the country, offering unique areas of specialization for graduate students.
The MSE program in Biomedical Engineering at GVSU is brand new and students can expect to take some of the following courses:
Systems Physiology for Engineers
Design of Experiments for Engineers
Biomedical Signal Modeling
Mechanics of Human Motion
Students can choose from the following specialized tracks as well: bioelectrical and bioinstrumentation, biomechanics, and biomaterial engineering. Students of this program are also expected to complete a Master’s thesis.
As the biomedical engineering program is fairly new at GVSU, students can take advantage of the following new facilities, including: a gait lab with 8-camera Vicon motion-capture capabilities, a clean room, CAD and CAM labs, a full-scale machine shop, and much more. Students are encouraged to explore, discover and research to make the most of their time at GVSU.
The University of Wisconsin–Madison is a public research university located in, as its name would imply, Madison, Wisconsin. Founded in 1848, UW-Madison is the oldest and largest public university in the state of Wisconsin. The university ranks 6th in the nation for volume of research conducted and boasts 17 research and service centers. UW-Madison’s College of Engineering offers state-of-the-art facilities and is ranked one of the top in the nation.
The MS graduate program at UW-Madison is a 30-credit degree for students who come from a traditional field, such as electrical, mechanical or chemical engineering. Course requirements include:
Two semesters of seminar in Biomedical Engineering
At least 12 credits of engineering courses
At least one course in physiology or other bioscience course
At least 15 credits in one area of specialization
At least 15 credits of graduate level coursework
Students also have the option to complete an independent study project or master’s thesis research in the their area of specialization. This is especially encouraged for those who wish to pursue a PhD.
If you’re looking to pursue this degree while juggling a family, don’t worry! UW-Madison recently announced a leave policy, providing continued financial support with no research or teaching expectations for women who choose to have children during their graduate studies in engineering.
This public research university located in Chapel Hill, North Carolina is currently ranked 30th among national universities in U.S. News & World Report’s 2017 “Best Colleges” rankings. Since its establishment as the nation’s first public university in 1789, students of UNC are known for their impressive talents and creative ideas. One of the most impressive departments at UNC is the Joint Department of Biomedical Engineering between UNC and NC State University.
The Master of Science (MS) Degree in Biomedical Engineering is geared toward those with a strong engineering background. Typical Master’s course hours include:
Graduate Biochemistry and Systems Physiology
6 hours of Engineering
3 hours of graduate-level Mathematics
3 hours of graduate-level Statistics
6+ Elective hours
Min. 3 hours of Thesis Research
MS students based at UNC have five years to complete the master’s degree, while those based at NCSU have six years to complete their program. Students have the option to choose one of five specialities: Biomedical Microdevices, Medical Imaging, Pharmacoengineering, Rehabilitation Engineering, and Regenerative Medicine.
What makes this program unique is the joint collaboration between UNC and NC State. Students can take advantage of not only the nationally ranked UNC Hospitals and the School of Medicine at UNC-Chapel Hill, but the College of Engineering at NC State as well– one of the finest engineering and computer science schools in the world.
Stanford University, based in sunny Stanford, CA, boasts one of the largest campuses in the United States. With more than 6,000 externally sponsored projects and a total budget for such projects set at $1.6 billion, this private university is a leading research institution. Stanford’s Graduate Biomedical Engineering program is ranked No. 3 in the country by U.S News & World Report.
The Master of Science in Bioengineering at Stanford requires 45 units of coursework and students can choose from various bioengineering focus areas, including:
Regenerative Medicine/Tissue Engineering
Molecular and Cell Bioengineering
There is no thesis requirement for the MS at Stanford. Students who wish to pursue a PhD degree in Bioengineering must first complete a master’s degree.
What makes Stanford so unique is its proximity to biotechnology, pharmaceutical and medical technology companies. In fact, according to the school’s website, there are over 500 life-sciences companies within a 50-mile radius of Stanford. The school also boasts small departments and class sizes so graduate students can make the most of new facilities.
Located in Fairfax, VA, George Mason University was originally founded as a branch of UVA and became an independent institution in 1972. Now, the school, which is named after a Founding Father, is home to over 34,000 students from more than 130 countries. George Mason’s Volgenau School of Engineering is also home to one of the country’s best biomedical engineering departments.
The Master of Science degree in Bioengineering at George Mason University offers three different tracks for graduate students: thesis, coursework and practicum. The practicum option allows students to take advantage of Mason’s prime location (just 20 minutes from the nation’s capital) by completing a summer internship in a bioengineering-related field between their first and second year. Specializations are also available in the following areas:
Students at George Mason can take advantage of the Biomedical Engineering Society– the first organization dedicated to the promotion and support of biomedical engineering within the student body. Students will also have access to state-of-the-art-labs, including: the biomechanics lab, biomedical imaging lab, and the lab of nanotechnology.
Located in Indianapolis, Indiana, this public research university offers more than 350 degree programs. Always thriving, IUPUI received $428.9 million in research awards– a $40.5 million increase over 2015! Students and faculty are always innovating, growing and researching; especially within the School of Engineering and Technology which offers one of the country’s best degrees in Biomedical Engineering.
The Biomedical Engineering Master’s degree at IUPUI offers both a thesis and a non-thesis option. The plan of study with a thesis option includes:
3 credit hours: Graduate Mathematics or Statistics courses
6 credit hours: Graduate Life Science or Engineering elective courses
9 credit hours: Thesis Research
The school also offers a PhD in Biomedical Engineering in conjunction with the highly-ranked Purdue University in West Lafayette, IN.
The newest department at IUPUI, the biomedical engineering degree provides cutting edge facilities and an extraordinary learning environment for graduate students. Department faculty cover many topics, including: orthopaedic biomechanics, cardiovascular instrumentation, medical imaging, biomaterials, molecular engineering, biosensors, neurosciences, and tissue engineering.
UCLA is a public research university in the second largest city in the United States: Los Angeles, California. The school offers nearly 150 graduate degree programs and, since 2010, the university has averaged nearly $1 billion annually in competitively awarded research grants and contracts. UCLA is currently ranked the 2nd best public school and is home to one of the country’s best Bioengineering Master’s degrees.
The Henry Samueli School of Engineering and Applied Science at UCLA offers a Master of Science (M.S.) in Bioengineering for graduate students. Applicants should note that this program is competitive and those interested should have a B.S. degree in Engineering, Life Science, or Physical Science to be considered. Areas of study include:
Molecular Cellular Tissue Therapeutics
Imaging, Informatics and Systems Engineering
Students can choose to pursue a comprehensive track or a thesis track to complete their degree. The M.S. degree under the comprehensive examination plan takes one year, while the thesis track typically takes two years.
Students of bioengineering at UCLA have an advantage in faculty leadership. Not only does the department employ core faculty members, students will also learn from 26 joint faculty and over 70 affiliated faculty in areas of engineering, physical sciences, life sciences, and medicine. With this overlap in faculty, students are sure to get the most out of their education at UCLA.
Established in 1701, Yale is a private Ivy League research university based in New Haven, Connecticut. Yale is consistently ranked within the top three universities in the country, and within the top 15 universities worldwide. The university’s School of Engineering and Applied Science is home to an incredible biomedical engineering program that was founded in 2003.
The Biomedical Engineering Master’s program at Yale typically requires one year to complete. Unlike many other schools, there is no thesis option for the BME Master’s program at Yale. Instead, requirements include:
8 graduate courses (2 of which can be lab rotations)
1 ethics course
Several Master’s students also perform a teaching fellowship for undergraduate courses and receive compensation for this work. The school also offers a separate Ph.D. program which consists of two years of coursework as well as original research.
Students in this program will learn from a diverse faculty, each of whom are well-versed in biomedical engineering and have critical experience in solving our world’s modern problems. Research areas include: biomedical imaging, biomolecular engineering, tissue engineering, drug delivery and physical and engineering biology.
This public research university is located in Corvallis, Oregon and is home to the lovable mascot, Benny Beaver. Oregon State is one of only two universities in the U.S. to have Sea Grant, Space Grant and Sun Grant designations. Research-driven and focused on the future, this university received over $325 million in external research funding in 2016 alone. The school’s Bioengineering department is just one of its many noteworthy programs.
Both the Master of Science (MS) and Master of Engineering (MEng) degrees in Bioengineering are offered through Oregon State’s School of Chemical, Biological, and Environmental Engineering, and the College of Engineering. Core research areas include:
Biomedical Devices and Instrumentation
Human Performance Engineering
Systems and Computational Biology
Students have the flexibility to tailor their courses to meet their personal needs and professional goals.
Oregon’s School of Chemical, Biological, and Environmental Engineering is one of the oldest and most respected chemical engineering departments in the western United States. Students will benefit from a diverse faculty and state-of-the-art research centers on campus.
Mercer University is the oldest private university in Georgia and currently has over 8,500 students enrolled in 12 schools and colleges. Mercer is ranked among the top national research universities by U.S. News & World Report, and was named one of the 25 best values in the nation in 2016. Especially noteworthy is Mercer’s M.S.E. in Biomedical Engineering which promotes innovative change for a better tomorrow.
The three major research areas emphasized in Mercer’s graduate biomedical engineering program include:
computational fluid dynamics
The Master’s degree in biomedical engineering at Mercer requires a minimum of 30 credit hours, including a minimum of 18 hours within the major. Students who don’t already have an adequate background in medicine or biology may be required to take additional courses. An optional thesis is available as well for those who wish to further their educational development.
Mercer’s School of Engineering places an emphasis on real-world learning and one-on-one attention faculty to prepare students for issues in our modern society. Modern labs are also available to students to support their studies, as well as a study lounge and wireless access to the university network.
UC Berkeley is a public research university and has been ranked the #1 Public University in the United States. Overlooking the San Francisco Bay, this university has 14 schools and colleges – many of which earn top rankings year after year. One of the most noteworthy is UC Berkeley’s department of Bioengineering; in fact, the program was ranked 6th in the nation by U.S. News & World Report.
UC Berkeley’s Bioengineering Master of Engineering (M.Eng.) degree is fairly new and is rapidly growing. With a strong emphasis on both engineering and entrepreneurship, students can typically complete this degree in one year. Degree requirements focus on three areas of coursework:
Core Leadership Curriculum
Team Capstone Project
Students will study the fundamentals of bioengineering, physiology and disease, engineering design, core medical principles, clinical research methods, and clinical trials design, as well as the basics of business and management.
The Department of Bioengineering was established in 1998 and continues to thrive. Research is broken down into five primary areas in this department, including: regenerative medicine and therapeutic engineering, biomaterials and nanotechnology, instrumentation, computational biology and bioinformatics, systems and synthetic biology.
A private university located in Hoboken, NJ, Stevens Institute of Technology is home to nearly 4,000 graduate students. Innovation and research lies at the core of this Institute; the Stevens family designed steamboats, locomotives, railroad tracks and a host of other technical innovations that powered a new nation in the 1800s. Now, the school honors its namesake by pushing the boundaries and teaching the new technological leaders of tomorrow. The Schaefer School of Engineering & Science is particularly noteworthy and continues to gain momentum.
The Master of Science in Bioengineering at the Stevens Institute is tailored for those who already have a strong background in science. The Biomedical Engineering Master’s Degree is a separate, design-oriented program where students can choose a concentration of Biomechanics & Biomaterials or Bioinstrumentation. Core courses include:
Strategies and Principles of Biomedical Design
Advanced Biomedical Engineering Lab
Biomedical Digital Signals Processing
Students can choose part-time or full-time enrollment as well as an optional research or clinical thesis. If you need flexibility in a Master’s program, Stevens allows you to balance a mix of both online and in-person classes to suit your schedule.
Studying at Stevens means you’ll have support for your ideas, great mentors and the best tools for your research. Those who obtain a Biomedical Engineering Master’s Degree from Stevens can look forward to a variety of potential careers, including: clinical engineer, project engineer, research scientist, quality control analyst, and more.
Just a quick ride away from Boston, Tufts University is a private research university that is known for both innovation and interdisciplinary collaboration. With nearly 6,000 graduate students, Tufts offers excellent degree programs and an impressive faculty. One of the highlights at Tufts is their School of Engineering where students can pursue a research-oriented degree in Biomedical Engineering.
Research areas at the heart of the Biomedical Engineering M.S. at Tufts include: Regenerative Medicine and Sensing Systems. Students will feel the emphasis on independent research work, which is to be reflected in a thesis or dissertation. Courses may include:
If you’re looking to be accepted into the program, you should already have a basic knowledge of biology, math and engineering. Full-time students normally take two years to complete the M.S. with thesis program and four-five years for Tufts Ph.D program.
The Tufts School of Engineering is very collaborative; in fact, recently collaborators from all three of Tufts University’s campuses worked together to develop a novel heart tissue graft to repair of congenital heart defects in children. BME is the way of the future and you can be a part of the change at Tufts.
Located in Milwaukee, WI, Marquette is a private Catholic university that offers over 80 majors. With 11 nationally and internationally recognized colleges and schools, Marquette offers plenty of research opportunities for students to take part in. The Marquette University and Medical College of Wisconsin Department of Biomedical Engineering is particularly special and works to empower the next generation of innovative biomedical engineers, scientists and physicians.
The BME department at Marquette is extensive and offers the following degree options:
5-Year Bachelor of Science/Master of Science in Biomedical Engineering
Master of Science in Biomedical Engineering
Master of Engineering in Biomedical Engineering
Ph.D. in Biomedical Engineering
Ph.D. in Biomedical Engineering with a Specialization in Functional Imaging
The M.S. in Biomedical Engineering requires students to pick one of four specializations, including: Bioinstrumentation/Computers, Biomechanics/Biomaterials, Rehabilitation Bioengineering, and Systems Physiology. The Master of Engineering is a non-thesis degree option.
Graduate students in the BME department may be eligible to earn a stipend for their contributions to the program as a Research Assistant (RA), Teaching Assistant (TA) or through a Fellowship. Alumni of Marquette’s Department of Biomedical Engineering will excel in the medical device industry by designing better devices, advancing the R&D process from the corporate perspective, and holding regulatory positions in either government or industry.
This public research university was founded in 1905 and is located in Davis, California (a city west of Sacramento). UC Davis prides itself on academic excellence and is the third largest in the University of California system. It ranks among the nation’s top 20 universities in research funding; in fact, UC Davis received over $700 million in research funding for 2014-2015. If you’re looking to do research in the field of Biomedical Engineering, this may be the school for you.
The Master of Science in Biomedical Engineering at UC Davis offers two plans for graduate students:
Master of Science Plan I degree: includes four core courses and an MS thesis
Master of Science Plan II degree: includes four core courses and a comprehensive exam
No matter which plan is picked, students will have access to the UC Davis School of Medicine, the School of Veterinary Medicine, and many research centers to advance research from the molecular, cellular, tissue, to organism level, all the way through clinical practice.
Biomedical Engineering at UC Davis is ranked among the top 10 of national universities for research expenditures by the National Science Foundation. Research focus areas include: biomaterials, drug delivery, neuroengineering, stem cell and tissue engineering, and more.
The University of Florida is an American public land-grant, sea-grant, and space-grant research university; these grants foster the university’s commitment to solving the world’s toughest problems and making a greater difference. UF is consistently ranked among the nation’s top universities and the J. Crayton Pruitt Family Department of Biomedical Engineering helps to keep UF at the top.
UF offers an unmatched Master’s degree in Biomedical Engineering. Students can opt to pursue a thesis or non-thesis degree. The department also offers a combined bachelor’s/master’s degree program in collaboration with other departments within UF’s College of Engineering. Degrees offered include:
Master of Engineering
Master of Science (without a concentration or with a concentration in Medical Physics)
Doctor of Philosophy (without a concentration or with a concentration in Clinical and Translational Science, or Medical Physics)
Areas of faculty research include: neural engineering, imaging and medical physics, biomaterials and regenerative medicine, and biomedical informatics and modeling.
The J. Crayton Pruitt Family Department of Biomedical Engineering is one of only a few departments in the nation to be co-localized with a top-ranked medical school, veterinary school, and dental school. The biomedical engineering department is housed in a $90.5 million state-of-the-art building. Students will also have access to the high-tech Neuroprostheses Research Lab (NPR Lab) on campus.
Located in Tampa, Florida, USF is a public research university that is ranked 41st in the nation for research expenditures. Founded in 1956, USF continues to grow, boasting 14 colleges and over 180 majors for students to choose from. A particular point of pride is USF’s Department of Chemical and Biomedical Engineering.
The Master’s in Biomedical Engineering at USF can be completed with or without a thesis. A minimum of 30 hours is required for students to receive their degree. The school also offers:
PhD in Biomedical Engineering
Dual Degree in Biomedical Engineering and Medicine
Students can take advantage of various on-campus research facilities, including: the Drug and Gene Delivery Laboratory, Heterogenous Catalysis & Materials Chemistry Lab, the Bio-photonics lab, and more.
The Biomedical Engineering program at USF is a joint effort by the College of Engineering and the Morsani College of Medicine. The BME Department at USF is ever-growing and students are encouraged to work with faculty to research and discover solutions for tomorrow’s problems. Graduate students even get to spend time at Tampa General Hospital to meet with surgeons and observe operating rooms.
Founded in 1881, the University of Connecticut is a public land grant, National Sea Grant, and National Space Grant research university located in Storrs, Connecticut. With more than 30,000 students, UConn is home to 14 schools and colleges that offer a combined 17 graduate degrees; one of which is the Master’s Degree Program in Biomedical Engineering.
Master’s degrees in Biomedical Engineering may be earned under one of two plans:
Plan A M.S. degree program: emphasizes research
Plan B M.S. degree program: requires a more general comprehensive understanding
The department focuses on these four main research points: bioinformatics, biomaterials, biomechanics, and biosystems, imaging, & instrumentation. UConn’s diverse and dedicated staff make this department a top notch academic experience for all students. The department also offers a 5-Year BME BS & MS Academic Plan for current UConn undergraduates who wish to pursue a Master’s degree.
Graduates of Uconn’s Biomedical Engineering program can look forward to a variety of career options. These may include: working for pharmaceutical and medicine manufacturing, and medical instruments and supplies industries, working for hospitals and government agencies, or working as independent consultants. The opportunities are endless with a degree from UConn!
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