The future of healthcare has never looked brighter. From wearable devices to artificial intelligence, developments in these fields are changing our lives forever. As technology continues to improve, the way we live, work, play, and even sleep will change drastically. Biomedical Engineering science will continue to advance at a rapid pace and new technologies will continue to develop. In this scenario, considering to study Biomedical Engineering in Canada is a great career option.
According to Canadian Medical Association (CMA), Canada ranks top for having the highest literacy rate for medical personnel. In addition, Canada’s healthcare system is considered the best in the world. If you want to study Biomedical Engineering programs in Canada, Canada has excellent schools and universities. In this blog, we will discuss biomedical engineering, its specialization, admission requirements, top universities and colleges, courses, and so on. Let’s get started.
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The application of engineering principles and problem-solving methodologies to biology and medicine is known as biomedical engineering. Biomedical engineering is a distinct branch of engineering in which parts of mechanical engineering, electrical engineering, chemical engineering, materials science, chemistry, mathematics, and computer science and engineering are all merged with human biology to improve human health.
Studying Biomedical Engineering in Canada has become one of the most popular and pursued courses among international students studying in Canada, as biomedical engineers are in high demand, and that need is only expected to grow in the future years.
Canada is one of the most developed countries in the world. Apart from being the most developed country, Canada is a melting pot of various cultures around the world. Canadian are known to be the most welcoming and wholesome people around the world.
Some of the reasons to consider why Study Biomedical Engineering in Canada are:
If you are planning to Study Biomedical Engineering in Canada, there’s a high demand for Biomedical Engineers
Biomedical Engineer’s work involves designing equipment such as x-ray machines, MRIs, CT scanners, ultrasound systems, pacemakers, and artificial joints. The Bureau of Labor Statistics (BLS) predicts employment opportunities for biomedical engineers in Canada will increase between 22% and 29% through 2024. The median annual wage was $97,470 in May 2018.
The latest edition of the World Economic Forum (WEF) Global Competitiveness Report ranked Canada 26th worldwide. Canada has a unique advantage in terms of being able to develop innovative solutions thanks to the country’s strong network of research institutions. These include international and national labs such as CERN and the National Research Council, and universities such as McGill University. This is great if you are considering to Study Biomedical Engineering in Canada.
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Canada has one of the best educational systems in the world. It has been ranked first in terms of quality and provides students with a strong chance of success. The education system in Canada is about more than just receiving a degree. It is about giving students the chance to study, grow, and live meaningful lives. So there’s nothing to think twice about Study Biomedical Engineering in Canada.
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Canada is a country where everyone is welcome, regardless of race, religion or sexual orientation so it has an extraordinary open culture which increases your chance of success in your career after Study Biomedical Engineering in Canada compared to closed cultured eastern countries and not so wholesome western counterpart.
Biomedical engineers design a range of medical equipment to aid patients, such as MRI machines, prosthetics, surgical robots, artificial joints, tissues, and organs, prosthetic kidneys hearts, synthetic blood arteries, joints, limbs, etc.
Some of the Specializations in Biomedical Engineering in Canada are:
Biochemical engineers specialize in biological activity to understand illness progression and discover solutions to treat or prevent it before it becomes fatal. To solve larger challenges, this biomedical engineering specialization operates at the microscopic level.
Orthopedic Engineering blends ideas of tissue engineering, cell biology, and biomechanical concepts in order to gain a new understanding of bone and soft tissue biology and develop novel treatments to treat musculoskeletal disorders.
This is a subfield of bioengineering that uses direct manipulation to change an organism’s genetics (phenotype) in a specific way. Genetic engineers change, spice up, remove, and rearrange genes to alter an organism’s genetic composition.
The systematic use of engineering disciplines to design, create, adapt, test, evaluate, implement, and provide technical solutions to difficulties faced by people with impairments is known as Rehabilitation Engineering. Rehabilitation engineers develop and create equipment and systems to aid persons with mobility, communication, hearing, vision, and cognition.
This type of engineering is a biomedical engineering specialization that is in charge of optimizing healthcare delivery. Clinical Engineers ensure that clinical procedures based on the use of electro-medical technologies have beneficial impacts.
Before you apply to Study Biomedical Engineering in Canada, here are some minimum admission requirements for studying Biomedical Engineering in Canada:
Eligibility Requirements to study Biomedical Engineering in Canada are:
Documents required to study Biomedical Engineering in Canada are:
Canada has some of the most prestigious Colleges and Universities in the world. There are over 400 institutions offering undergraduate and graduate degrees across Canada. The most important thing to consider when selecting a school is location and affordability.
There are many great options out there for those looking to study business administration in Canada. The following section of the blog highlights the top universities and colleges to Study Biomedical Engineering in Canada with their programs.
Top Universities offering Biomedical Engineering courses in Canada are:
The University of British Columbia is a public research university in Kelowna, British Columbia, with campuses near Vancouver. It is British Columbia’s oldest university, having been founded in 1908. The university is ranked among the top three in Canada. So, the University of British Columbia is an excellent choice to Study Biomedical Engineering in Canada.
Some of the Biomedical Engineering Programs at the University of British Columbia are:
|Bachelor of Applied Science in Biomedical Engineering||4 years|
|Master of Engineering in Biomedical Engineering (MEng)||1 year to 16 months|
|Master of Applied Science in Biomedical Engineering||2 years|
McGill University is a very well institution of higher learning in Canada and one of the world’s premier universities. International students from more than 150 countries account for over 30% of the student body at McGill, the greatest proportion of any Canadian research institution. As a result, McGill University is an ideal alternative for students interested to Study Biomedical Engineering in Canada.
Biomedical Engineering Programs at the McGill University are:
|Bachelor of Engineering (BEng) in Bioengineering||4 years|
|Master of Science, Applied (M.Sc.A.) Bioresource Engineering||1.5 to 2 years|
|Master of Engineering (M.Eng.) Biological and Biomedical Engineering||1.5 to 2 years|
|Graduate Certificate in Translational Biomedical Engineering||1 year|
|Graduate Certificate in Translational Biomedical Engineering||1 year|
|Master of Science (M.Sc.) Bioresource Engineering||1.5 to 2 years|
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York University is the third-largest university in Canada. This campus is the largest campus in Canada when it comes to post-secondary institutes. Currently, York University is home to around 2,300 students and 7,000 faculties and staff across the world. York University is an excellent choice to Study Biomedical Engineering in Canada.
Some of the Biomedical Engineering Courses at York University are:
|Master of Engineering in Biomedical Engineering||1 year|
|BSc Hons in Biomedical Toxicology||4 years|
|MASc in Biomedical Engineering||2 years|
|Master of Science in Biomedical Communications(MScBMC)||2 years|
Trent Institution is a public liberal arts university located in Peterborough, Ontario, with a satellite campus in Oshawa that serves the Durham Regional Municipality. Trent University is famous for its Oxbridge college structure and small class sizes. Trent University is an excellent choice to Study Biomedical Engineering in Canada for international students.
Some of the Biomedical Engineering Courses at Trent University are:
|Biomedical Engineering- MEng (Hons)||4 years|
|Biomedical Engineering- BEng (Hons)||3 years|
|Biomedical Engineering (with Foundation Year)- BEng (Hons)||4 years|
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The University of Saskatchewan is one of Canada’s most affordable universities. In addition to institutions, the cost of living in Saskatchewan is cheap comparably. The province is very affordable for overseas students because of the low tuition prices. As a result, the University of Saskatchewan is an excellent alternative for overseas students to study Biomedical Engineering in Canada.
The University of Saskatchewan offers the following Biomedical Engineering Courses:
|M.Eng. in Biomedical Engineering||2 years|
|M.Sc in Biomedical Engineering||2 years|
|PGDip in Biomedical Engineering||1 year|
It is a public research university in the Canadian province of Manitoba that was founded in 1877. It is also known as the U of M. It is also the largest university in Manitoba. The University of Minnesota is committed to embracing challenges, taking action, and effecting positive change. Which makes the University of Manitoba an excellent alternative for overseas students to study Biomedical Engineering in Canada.
Some of the available Biomedical Engineering Courses at the University of Manitoba are:
|Master of Science in Biomedical Engineering||2 years|
The University of Waterloo is a public research university in Waterloo, Ontario, Canada, with the main campus. Waterloo is ranked among the top 175 institutions in the world by QS World University Rankings 2021 and within the top 250 by Times Higher Education World University Rankings 2021. So the University of Manitoba is an outstanding option for international students interested to Study Biomedical Engineering in Canada.
The following Biomedical Engineering Courses are available at the University of Waterloo:
|Bachelor of Applied Science in Biomedical Engineering||5 years|
Medical engineering has become a highly specialized field within the broader discipline of applied science, technology, engineering, and mathematics. Medical device companies hire qualified Biomedical Engineers to design medical equipment and the career prospect is ever increasing.
Some of the career prospects in Biomedical Engineering in Canada are:
Microbiology is crucial for understanding the complex interactions between humans and the rest of the living world. This knowledge helps scientists develop new ways to diagnose and treat infectious diseases.
The annual income of a microbiologist in Canada ranges from CAD $60,000 up to CAD $170,000 with more expertise and experience which is way higher than an average annual income in Canada. This is one of the highest-paying careers in the area of Biomedical Engineering in Canada.
A toxicologist is a scientist who analyzes chemicals and other substances to assess if they are toxic or damaging to people, other living beings, or the environment.
Toxicologists make an average of CAD $62,700 per year in Canada, with the potential to earn up to CAD $109,100 per year as a senior. This is one of the highest-paying careers in the area of Biomedical Engineering in Canada.
A bio technician, or biological technician, has expertise in biology and computer science on solving scientific problems dealing with living organisms. Biotechnology combines biology with aspects of chemistry, engineering, and computer science.
The annual salary of a biotechnologist in Canada ranges from CAD $45,000 up to CAD $124,000 with more expertise and experience.
Biomedical engineers are involved in designing machines and equipment that help doctors diagnose illnesses and treat patients. These include the heart pacemaker, artificial joints, stents, MRI scanners, X-ray machines, and other medical instruments.
In Canada, the average biomedical engineer’s pay is CAD $67,770 per year, or CAD $34.75 per hour.
Biomedical research helps improve our understanding of diseases and develop new ways to treat them. The goal of biomedical research is to discover new drugs and therapies that can prevent, diagnose, and cure diseases.
The average biomedical scientist’s annual income in Canada is CAD $90,000 per year, or CAD $46 per hour while more experienced individuals make up to CAD $141,000 per year
What’s not to love about studying Biomedical Engineering in Canada? International students prefer to study Biomedical Engineering in Canada because the country provides everything an Engineering Enthusiast looks for: employment prospects, exposure to growth, and a safe environment to live in.
The Canadian Study Center guides students through the decision-making process and the application procedure for study in Canada. From aiding with university/college, the application process, language proficiency, counseling, and much more.
How much does it cost to study Biomedical Engineering in Canada?
The cost to study Biomedical Engineering in Canada varies depending on bachelors or masters degree, college, and university, however, pursuing a masters in biomedical engineering from Canada (including tuition) range from CAD $26,000-58,000.
Which University is best to study Biomedical Engineering in Canada?
Canada houses many top universities and Colleges around the world. Some of the top Universities to study Biomedical Engineering in Canada are:
– University of British Columbia
– McGIll University
– York University
– Trent University
– University of Saskatchewan
– Manitoba University
– University of Waterloo
How long does it take to become a Biomedical Engineer in Canada?
A bachelor’s degree is required to become a professional biomedical engineer. This typically requires four years of full-time education.
Is Biomedical Engineering in Canada a good career?
Yes, Biomedical Engineering is a rewarding profession regarding post COVID scenario, the awareness of the need for more healthcare infrastructure, and the rise of biomedical equipment companies in recent decades.