Top Master’s in Biomedical Engineering in Canada

Master’s in Biomedical Engineering in Canada

After earning a bachelor’s degree, it is possible to continue your education and earn a Master’s in Biomedical Engineering. Choosing to continue studying and earning a higher level degree offers many career benefits. The professional field of biomedical engineering in particular is suited for holding a master’s degree or higher. A master’s program also serves as an opportunity to figure out exactly how you plan to use your degree to begin a career. Even though biomedical engineering is already a subcategory, it is beneficial to specialise even further. To start working toward your Master’s in Biomedical Engineering, find out more about the top international opportunities for studying.

What is a Master’s in Biomedical Engineering in Canada?

A Master’s in Biomedical Engineering is a Master of Science. This degree can take between one and three years to complete. Before enrolling, however, you must have already completed a bachelor’s program in a related field. Most commonly, students interested in biomedical engineering will earn a Bachelor’s in Biomedical Engineering, which requires four years. The required length of study does depend on the school and program that you choose, but a few other factors may influence it. Most notably, studying in Quebec may allow you to only study for three years to earn your bachelor’s degree.


Biomedical engineering essentially is essentially the field that deals with all the different technologies that doctors and medical technicians use to practice medicine. Because this is a broad field, it is vital that you decide how you would like to specialise while studying. It may seem like biomedical engineering is already a specialisation, but there are still many subfields that you can enter. If you have already made these decisions, and took appropriate courses, you will have a head start upon graduation.

Master’s programs in biomedical engineering typically include:

  • Mixture of research and lecture-based courses
  • Thesis project
  • Internship or entrepreneurship requirement
  • Extensive examination

Some biology programs are based more in research and others are more traditional. You can research this aspect in advance to choose the option that is more appealing to you. While the thesis requirement is typical, some programs also do not include it, meaning you have that option as well.

What Are the Benefits of Getting a Master’s in Biomedical Engineering in Canada?

Earning a Master’s in Biomedical Engineering primarily benefits your career. With this degree, many careers are possible that would not be with only a bachelor’s or other undergraduate degree. Biomedical engineering is an advanced field, so most careers actually require at least a master’s degree. Earning a Master’s in Biomedical Engineering also qualifies you to enroll in a higher level program and continue your education even further. While this is an option, most careers specific to biomedical engineering do not require such a degree. In biology, you would usually only need to continue studying if you are interested in practicing medicine. In this case, there are other areas of study that would be more beneficial than biomedical engineering. Additionally, the salary that can be earned with a master’s degree is much higher than otherwise. Other benefits include:

  • More professional specialty
  • Opportunity for studying internationally
  • Option to choose from several top Canadian science schools, such as McMaster University, Ryerson University, and The Polytechnique in Montreal.

What Kind of Career Can You Expect with a Master’s in Biomedical Engineering in Canada?

With the increase in the amount of technology that is used in medicine, the need for biomedical engineers has been increasing a great deal. In fact, estimates project this field to increase more than twice as much as average. There have been much advancement in medicine technology, but there is still much to discover.

Biomedical engineers work with virtually any device that is used in medicine. As you can imagine, this is a huge field, covering hundreds of different machines. This means that you can still specialise quite a bit, just in the biomedical engineering field alone. There are professionals that deal with:

  • Biomechanics
  • Bioinformatics devices
  • Tissue or genetic engineering
  • General medical devices
  • Neuroengineering
  • Rehabilitation engineering

Additionally, there are growing regulatory issues in this field. Many medical devices are being recalled for not working properly or being unsafe for patients. Biomedical engineers are needed to make repairs, redesign these devices, and ensure medical equipment is fully operational going forward.

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