30 Best Biomedical Engineering Schools
For some students, becoming a biomedical engineer has been their lifelong dream. If you wish to pursue Biomedical Engineering at undergraduate level, then you should consider doing so in one of the best biomedical engineering schools.
Engineering discipline is an innovative field. Ideas, ranging from skyscrapers to automobiles, even aerospace have their origin from engineering. However, the field of bio-engineering focuses on innovative ideas that generally improve healthcare.
With the high demand for biomedical engineers all over the world, you should be willing to get quality education. In doing so, it’s vital to find a university that offers a challenging, yet comprehensive curriculum at a reasonable price.
In this article, we’ve compiled a list of the best biomedical engineering schools to help you choose. But first, let us answer a few questions frequently asked about biomedical engineering.
What is Biomedical Engineering?
Biomedical engineering, often referred to as BME or Biomed, is a fascinating and growing field of study. It is an interdisciplinary study which combines engineering principles with medical knowledge to address medical needs at all levels.
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How Long Does it Take to Obtain a Degree in Biomedical Engineering?
Most biomedical engineering schools offer degrees from Bachelor to PhD level. Normally, Bachelor’s degree in biomedical engineering take four years of full-time study. Students can choose to further their education by acquiring a master’s degree or PhD. With a minimum of two years, full-time students can complete a master’s degree in biomedical engineering. For a PhD in biomedical engineering, the time required is dependent on the specific program, as well as the student’s progress. Although a doctorate degree is not required for many jobs, some biomedical engineers have furthered their education up to PhD level.
What do Biomedical Engineers Do?
The work of biomedical engineers covers different areas. For instance, they often design computer software to make complicated instruments, such as three-dimensional x-ray machines, work. Through the combination of medical knowledge and technology, biomedical engineer usually does the following:
- Designing systems and products
- Install, modify, or provide technical support to biomedical devices.
- Assess the efficiency and effectiveness of biomedical devices.
- Training physicians and other personnel in the proper use of equipment.
- Investigating technical aspects within human and animal biological systems.
What’s the Demand for Biomedical Engineers?
Due to the increase in technology and its applications to medicine and healthcare, there’s a high demand for biomedical engineers all over the world. In fact, research shows that the employment of biomedical engineers will grow by 6% between 2020 and 2030, almost as fast as the average for all occupations.
How Much Do Biomedical Engineers Earn?
The amount earned by biomedical engineers differs according to region and country. In the United Kingdom, for instance, Biomedical Engineers are paid according to the Agenda for Change Pay Rates (https://www.healthcareers.nhs.uk/working-health/working-nhs/nhs-pay-and-benefits/agenda-change-pay-rates/agenda-change-pay-rates). The estimated salary for Biomedical Engineers in the UK ranges from £21,909 to £41,373, even higher.
The Bachelor’s portal (https://www.bachelorsportal.com/articles/2435/is-a-bachelors-in-biomedical-engineering-right-for-you.html) offers some career opportunities for biomedical engineers with starting salary, according to US statistics, at $44,000.
Many schools have successfully taught Biomedical Engineering for many years, but only a few of these schools are recognized above others. Below is a list of top 30 biomedical engineering schools in no particular order:
#1 Johns Hopkins University (www.jhu.edu)
#2 Georgia Institute of Technology (www.gatech.edu)
#3 Massachusetts Institute of Technology (mit.edu)
#4 University of Toronto (www.utoronto.ca)
#5 University of Tokyo (www.u-tokyo.ac.jp)
#6 Purdue University (purdue.edu)
#7 Duke University (duke.edu)
#8 Harvard University (www.harvard.edu)
#9 University of Michigan – Ann Arbor (umich.edu)
#10 Pennsylvania State University (www.upenn.edu)
#11 University of Washington – Seattle (washington.edu)
#12 University of Pittsburgh (www.pitt.edu)
#13 Case Western Reserve University (case.edu)
#14 National University of Singapore (nus.edu.sg)
#15 University of California – San Francisco (www.ucsf.edu)
#16 Columbia University (www.columbia.edu)
#17 Imperial College London (www.imperial.ac.uk)
#18 University College London (www.ucl.ac.uk)
#19 University of Utah (www.utah.edu)
#20 University of California – San Diego (ucsd.edu)
#21 Washington University in St. Louis (wustl.edu)
#22 University of Minnesota – Twin Cities (Twin-cities.umn.edu)
#23 University of Wisconsin – Madison (www.wisc.edu)
#24 University of California – Los Angeles (www.ucla.edu)
#25 Shanghai Jiao Tong University (www.sjtu.edu.cn)
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#26 Stanford University (stanford.edu)
#27 University of Texas at Austin (www.utexas.edu)
#28 Rice University (www.rice.edu)
#29 Tufts University (www.tufts.edu)
#30 University of Rochester (rochester.edu)
These are the best undergraduate schools where the highest engineering degree offered is a PhD. To pursue a career in biomedical engineering, it’s important to research the various programs available to prospective biomedical engineers around the world. Also, you can take advantage of variety of research opportunities and explore entrepreneurial ventures in some of the world’s best biomedical engineering schools.
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