Have you ever wondered how artificial they make organ and body aids? Biomedical Engineers are the brains behind it. You can advance your career by applying to study any of the Best Biomedical Engineering Masters Programs available for you.
Biomedical engineers are true masters of science and design. You are working diligently to solve the problems of the future. Biomedical engineers apply knowledge of engineering, biology, and biomechanical principles to the design, development, and evaluation of biological and health systems and products.
People with a biomedical background largely invented things like artificial organs, prostheses, medical information systems, and health management.
So, in this particular special piece, we shall be equipping you with all you need to know about the Best Biomedical Engineering Masters Programs in 2024.
Table of contents
- About Biomedical Engineering Programs
- How Much do Biomedical Engineers Earn?
- Why should I do a Masters in Biomedical Engineering?
- How Long Does It Take to Get A Masters Degree in Biomedical Engineering?
- How Much Does Master in Biomedical Engineering Cost?
- What are the Universities that offer Masters in Biomedical Engineering?
- #12 Cornell University
- #11 Georgia Institute of Technology
- #11 Brown University
- #10 George Washington University
- #9 Duke University
- #8 Rice University
- #7 Johns Hopkins University
- #6 Colorado State University-Fort Collins
- #5 Carnegie Mellon University
- #4 Lawrence Technological University
- #3 Michigan State University
- #2 Florida International University – University Graduate School
- #1 Purdue University
- Admissions Requirements for Masters in Biomedical Engineering Program
- What can I do with a Masters in Biomedical Engineering?
- Conclusion
- References
- Editor’s Recommendations
About Biomedical Engineering Programs
Biomedical engineers and bio-engineers use their knowledge of life sciences and technology to solve problems that affect life on earth. From manufacturing to orthopedics and pharmacy to medical imaging and biosensors, there is no shortage of options for those with a degree in biomedical engineering.
The boom in life science professions means that the industry needs better trained professionals to work in these positions. For medical and technology students, biomedical engineering combines both areas into a convincing industry.
How Much do Biomedical Engineers Earn?
A master’s degree in biomedical engineering increases earnings potential and makes employees more attractive to employers. This degree also provides employees with innovative skills to help them develop the next generation of medical devices.
Employees who want to take the next step in their careers must find the right master’s degree in biomedical engineering. Each master’s degree in biomedical engineering offers its own advantages.
The average annual salary for biomedical engineers is $87,000. Not a bad change for those who want to change the world! In 2017, CNN Money ranked the Biomedical Engineer as the No. 1 in the U.S. and the outlook is still looking good.
Not only do these engineers make a lot of money, they also get creative and innovative when they work at universities, hospitals, laboratories, etc.
Why should I do a Masters in Biomedical Engineering?
Students who love the technical aspect of medicine can gain a master’s degree in biomedical engineering. Most schools with a master’s degree in the discipline also offer a bachelor’s degree in this area.
However, many students with a background in life sciences or natural sciences enroll in biomedical engineering programs. Once enrolled, students can explore the class format.
On-campus courses appeal to students seeking traditional college experience with a lecturer and a written curriculum.
Online programs are best for self-starters, those who need little guidance and whose busy schedules prevent them from taking traditional courses. Students on campus appreciate the personal contact and the individual attention of the trainers.
How Long Does It Take to Get A Masters Degree in Biomedical Engineering?
Student candidates can complete their master’s degree in biomedical engineering in a maximum of two years, depending on how many credits they receive per semester.
Most programs comprise 30 credits or more. Students can also choose a concentration that includes additional courses. Most schools want students to take 12 electives and complete a thesis or project.
The final thesis includes a seminar course and a final examination by the board members. Learners need to get a grade on their project in order to graduate.
To complete on time, the students take the maximum number of credits per semester. Students also take part in summer and winter session courses.
These accelerated programs take several weeks to complete and students use their financial support to pay for them. Students who need over two years to graduate pay more for their program as prices change yearly.
Click on the link below to explore the How can I Become a Biomedical Engineer? Schools, Cost, Program.
How Much Does Master in Biomedical Engineering Cost?
The price of a master’s degree in biomedical engineering depends on the school. Various factors influence teaching, especially how the school divides tuition fees.
Schools can charge students a flat fee per semester, a credit area rate, or cost per credit. With flat-rate tuition, students pay a fee for the entire semester.
The price also includes additional university fees. The price of options for the credit spectrum covers a full course load, usually 12 to 18 credits per semester.
Students who want to take less than 12 or over 18 credits pay individually for the course. The cost per credit option covers one course. Most courses are worth 1-4 credits.
Most students use grants, loans, and grants to pay tuition fees. However, some grant packages contain provisions that require students to earn a certain number of credits per semester to receive grants.
The cost of graduation also depends on the institution. Private universities tend to cost more than public universities. Some schools charge for certain programs or courses, e.g. Online courses, different tuition fees. Participation costs start at $27,000 per semester.
What are the Universities that offer Masters in Biomedical Engineering?
Here is the list of universities that offer Masters in Biomedical Engineering that are available for you.
#12 Cornell University
Tuition Fee: $30,014
This Ivy League research university is in Ithaca, NY, and was founded in 1865. The graduate school now offers almost 100 subjects. The engineering school at Cornell University is consistently among the best in the country, and doctoral students focus on hands-on learning.
Cornell may be the perfect choice for you. The school offers both a Doctor of Philosophy (Ph.D.) and a Master of Science (M.S.) in biomedical engineering.
#11 Georgia Institute of Technology
Tuition Fee: $13,340
The Georgia Institute of Technology was founded in 1885 and is a leading research university in Atlanta, GA. With six colleges, engineering, business / marketing, computer and information sciences are among the most popular degrees.
Wallace H. Coulter’s Biomedical Engineering Department at Georgia Tech is highly regarded. In fact, the department is number 3 in the latest US News & World Report ranking among the country’s best biomedical engineering programs.
The Georgia Tech Master in Biomedical Innovation and Development (BioID) is an intensive-year professional master’s program.
#11 Brown University
Tuition Fee: $25,264
Brown is one of the eight Ivy League schools in Providence, RI, and was founded in 1764. With 51 doctoral programs and 28 master’s programs, the university hosts students from all 50 states and over 115 countries.
Brown’s biomedical engineering program attracts many and is consistently ranked as one of the best programs of its kind in the country.
The Graduate College for Biomedical Engineering at Brown is a joint venture between the Department of Biology and Medicine and the School of Engineering. Doctoral students will take courses in engineering, biology and medicine.
#10 George Washington University
Tuition Fee: $39,562
A private research university in Washington, DC, GW, comprises 10 schools and colleges. With students from all 50 states and over 130 countries, this university is consistently one of the best in the country.
Despite being a little over 3 years old, the GW Department of Biomedical Engineering is already making a name for itself.
If you want to get a degree in biomedical engineering from a school with first-class facilities in the center of the state capital, GW is the right place for you
#9 Duke University
Tuition Fee: $19,950
Duke, a private research university in Durham, North Carolina, is currently ranked 8th in the 2017 U.S. News’ Best Colleges edition. Duke comprises 10 schools and colleges and is home to over 6,000 graduates and professional students.
Duke’s Pratt School of Engineering is one of the most popular. In 2016 alone, the Biomedical Engineering Department received new research awards of $27 million!
BME is the second largest graduate program at Duke, but offers students a close community and a lot of practical experience. Students can gain a Master of Science (MS) or a Master of Engineering (MEng) in biomedical engineering.
#8 Rice University
Tuition Fee: $22,061
Rice University is research-oriented and home to Sammy the Owl. It currently ranks 15th in the 2017 edition of US News’ Best Colleges. This private research university, founded in 1912, is in the fourth largest city in the country: Houston, Texas.
Reis is a leader in many fields of study, but the technical department is good. In fact, it is number 9 in the nation.
The M.B.E. is a degree without a thesis that has two tracks. The GMI-Track (Global Medical Innovation) is aimed at people who are looking for a career in the global medical technology industry, while the Track Applied Bioengineering is designed as a flexible degree for careers in research, medicine or related fields.
#7 Johns Hopkins University
Tuition Fee: $27,352
This private research university in Baltimore, Maryland, was founded in 1876 and takes its name from the American entrepreneur and philanthropist Johns Hopkins.
The university currently ranks 10th among national universities in the Best Colleges report by U.S. News & World 2017. Hopkins graduate programs include the Whiting School of Engineering and the School of Medicine. Both house the school’s biomedical engineering program.
The Whitaker Biomedical Engineering Institute combines the best of biology, medicine and technology. With state-of-the-art laboratories, sophisticated equipment and exceptional skills, Johns Hopkins is an excellent choice if you are looking for a BME degree.
#6 Colorado State University-Fort Collins
Tuition Fee: $16,232
This Fort Collins, CO public research university is home to eight colleges and offers over 175-degree options. CSU graduates can complete programs at the Faculties of Business, Engineering and Education.
The renowned Walter Scott Jr. College of Engineering is innovative and is home to one of the best schools for biomedical engineering.
It has over 40 state-of-the-art research laboratories for biomedical engineering. Students who want to do research in the industry or who want to complete a doctorate often follow the M.S..
If you’re looking for a flexible degree without sacrificing quality, the M.E. Online program gives students the same opportunities to watch the same lectures on campus and interact with leading faculty members.
#5 Carnegie Mellon University
Tuition Fee: $35,250
Carnegie Mellon University, based in Pittsburgh, Pennsylvania, is a private research university founded in 1900 by American industrialist Andrew Carnegie.
The school has a consistently high status, especially in the areas of mathematics, natural sciences and engineering. Particularly noteworthy is Carnegie Mellon’s biomedical engineering department, which offers students unique training.
If you want to get a degree in biomedical engineering, Carnegie Mellon offers a program that is worth applying for. A research option or a Practicum option can complete the M.S..
#4 Lawrence Technological University
Tuition Fee: $27,504
Lawrence Technological University in Southfield, Michigan is a private university founded in 1932. While the campus is small, the learning opportunities at the LTU are great.
With over 100 courses offered, the LTU is about combining theory with practice and solving tomorrow’s problems with today’s abstract ideas.
Many choose the LTU College of Engineering to generate these ideas and build a better tomorrow.
#3 Michigan State University
Tuition Fee: $14,970
This public research university was founded in 1855 and is based in East Lansing, Michigan. It is consistently one of the 100 best universities in the world.
With students from all 50 states and over 130 countries, the MSU is a pioneer in research and innovation. In fact, the MSU School of Engineering is growing steadily and recently received a $12.7 million gift from a computer scientist.
If you want to learn more about the interface between medicine and human biology and technical research, design and practice, the Biomedical Engineering program at MSU may be just the thing for you.
#2 Florida International University – University Graduate School
Tuition Fee: $12,966
Florida International University in Miami is a public research university dedicated to learning, research, entrepreneurship, innovation, and creativity.
With over 120 graduate schools and one of the largest libraries in the Florida State University system, the FIU is a great, vibrant community to advance your education.
The school’s biomedical engineering division is nationally recognized to meet the needs of clinical medicine and the biomedical industry.
#1 Purdue University
Tuition Fee: $11,693
Purdue University in Lafayette, Indiana is a public research university that is consistently ranked among the top universities in the United States. Purdue comprises 12 schools and colleges, many of which are very well ranked – including the College of Engineering.
In fact, Purdue’s College of Engineering is one of the largest in the United States. Purdue’s Weldon School of Biomedical Engineering offers both master’s and doctoral programs.
Students benefit from a rich and diverse faculty, including those from the Purdue College of Engineering, the College of Science and the School of Veterinary Medicine, as well as professors from the Indianapolis school campus.
Admissions Requirements for Masters in Biomedical Engineering Program
Admission to a master’s degree in biomedical engineering is very competitive. Schools want the best and smartest students, so they need high GPAs and test scores.
Students should apply to schools at least one year before a program begins. Schools take over the admission process via online portals.
The students create an online profile with their personal data, upload their documents and apply to the school.
When selecting candidates, schools review professional experience, research experience and academic performance. A committee that heads the biomedical engineering program reviews applications, but the graduate school makes the final decisions.
The schools also set their own application deadlines. Some programs only accept students in the fall or spring semester.
What can I do with a Masters in Biomedical Engineering?
Biomedical engineers have unique skills because they understand the complexity of engineering combined with the properties of medicine.
You can create, use and sell devices in many functions. Most scientists need to know how to use advanced technology to do their jobs.
A master’s degree in biomedical engineering prepares graduates to work with this device and thus carry out research and test samples. Some professions you can enter with Masters in Biomedical Engineering and their annual salary include:
Biomedical engineers
Biomedical engineers use technical principles to design medical devices and equipment for patients and healthcare professionals. They develop artificial organs and prosthetic body parts.
They not only create medical devices but also repair them and fix errors. These engineers work with life scientists and medical professionals.
Annual salary: $88,040
Biochemist
Most biochemists and biophysicists work in laboratories to research cells, diseases and other living organisms. Biochemists often test the effects of drugs and hormones on body tissues. They use lasers, microscopes and computer software to do much of their work.
Annual salary: $91,190
Environmental scientist
These professionals’ study the environment to determine their impact on human health. They deal with environmental problems such as pollution, collect data and write reports on their results. Environmental scientists strive to inform the public and the government about environmental changes.
Annual salary: $69,400
Medical scientist
These people explore the external factors that affect human health. They use medical samples during research trials to study diseases and pathogens. They also create medical devices. Medical scientists test drugs to understand their effectiveness and determine the correct dosage for users.
Annual salary: $82,090
Agricultural scientist
These professionals, also known as food scientists, study soil, crops, and farm animals to improve their sustainability. You are working with other researchers to develop new foods and packaging. Animal scientists, plant scientists and soil scientists come under the umbrella of agricultural scientists.
Annual salary: $62,910
Conclusion
A master’s degree in biomedical engineering familiarizes students with the world of scientific technology and the ever-growing healthcare industry.
During this program, students visit hospitals, laboratories, and other healthcare facilities with medical staff and patients who rely on engineers to develop the technology they use every day.
That is why this information is of great importance to you. So that you can make an informed decision and decide on it.
References
- www.collegechoice.net › rankings › masters-in-biomedical-engineering
- www.usnews.com › Grad Schools › Best Engineering Schools
- www.masterstudies.com › Master
- www.bestcolleges.com › features › masters-biomedical-engineering-d
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