The aerospace industry is at the forefront of technological innovation, pushing the boundaries of what is possible in flight and exploration. For those passionate about this dynamic field and seeking to advance their careers, pursuing a Master of Aerospace Engineering degree in Canada can open doors to exciting opportunities. Renowned for its cutting-edge research, world-class universities, and strong aerospace industry presence, studying in Canada offers a fertile ground for aspiring aerospace engineers to thrive.
This blog will explore the benefits and possibilities of pursuing a Master of Aerospace Engineering degree in Canada.
This course helps students get detailed knowledge of aerospace-related courses like-
- Aeroelasticity, unsteady, MAV and applied aerodynamics, nonlinear dynamics and chaos, fluid-structure interactions
- Aircraft conceptual design, multidisciplinary design optimization
- Composite materials, fibre metal laminates, high-temperature fatigue, materials characterization
- Computational structural and mathematical fluid dynamics, vibrations, mesh-reduction methods, intact/ defective aerospace composite structures
- Cooling of gas turbine blades, thermal management in aerospace systems
- Design optimization, fluid-structure interaction, noise propagation
- Spacecraft orbit, dynamics, and attitude estimation and formation control, sun sensors, star trackers, sensor processing, rover navigation
- Urban wind power generation
This program provides specialisations such as Aeronautics and Space Engineering, Structures and Materials, and Avionics and Control.
Why study Master of Aerospace Engineering in Canada?
- Low tuition fees
- Scholarships and funding opportunities are available.
- Career prospects after graduation are alluring.
- GRE/GMAT Score are not mandatory
- Good universities and colleges
Best Universities in Canada for Aerospace Engineering
Below, you will see the best universities in Canada to study for a Master of Aerospace Engineering.
University |
Macleans National Rankings |
University of Toronto |
#1 |
McGill University |
#4 |
Concordia University |
#10 |
#12 |
|
Carleton University |
#17 |
Also, Read Complete Guide to Intakes and Deadlines for Canada.
MS in Aerospace Engineering in Canada Cost
The tuition fee for a Master's in Aerospace Engineering in Canada is generally above CAD 20,000 per year.
The cost is affordable for graduate certificates in aerospace engineering programs.
University |
Annual fees in CAD |
Carleton University |
20,000- 40,000 |
Concordia University |
24,065.25 |
University of Toronto |
33,335.99 |
26,709.91 |
|
McGill University |
21,400 |
15,974 |
|
Centennial College |
18,063.59 |
Master of Aerospace Engineering in Canada Admission Process
Application Requirement
These are the application requirements while applying for a Master of Aerospace Engineering in Canada.
- Academic documents (transcripts, character and provisional certificates) from class 10, +2 and related bachelor’s level.
- Valid English test scorecards
- Experience letter
- Statement of Purpose
- 2-3 LORs
- GRE/GMAT Scores
- Application Fees
- Identification documents like passports
- Proof of Scholarships - If any
University-Specific Entry Requirements
Carleton University
- Course Name: MS in Aerospace Engineering
- Course Duration: 1-2 years
- English Test Scores:
- IELTS: Overall 6.5, with a minimum of 6.0 in each band.
- Academic Requirements: Applicants need to pass a Bachelor's degree in mechanical engineering, automotive engineering, aerospace engineering etc with a minimum grade of B.
Concordia University
- Course Name: Master of Engineering (MEng) in Aerospace Engineering
- Course Duration: 2 years
- English Test Scores:
- IELTS: Overall 6.5, with a minimum of 6.0 in each band.
- TOEFL: Overall 85, with a minimum of 20 in each component.
- Duolingo: Overall 115
- PTE: Overall 57, minimum 53
- Academic Requirements: Applicants must pass a Bachelor's degree in a relevant field with high standing.
Read All You Need to Know About GRE for Universities & Colleges in Canada
University of Toronto
- Course Name: Master of Engineering (Aerospace Science and Engineering)
- Course Duration: 2 years
- English Test Scores:
- IELTS: Overall 7.0, with a minimum of 6.0 in each band.
- TOEFL: Overall 93, with a minimum of 22 in each component.
- Academic Requirements: Applicants must pass a Bachelor's degree with a minimum grade of B in the final year.
- Course Name: Aerospace Engineering (MASc, MEng)
- Course Duration: 2 years
- English Test Scores:
- IELTS: Overall 7.0
- TOEFL: Overall 93, with a minimum of 22 in each component
- PTE: Overall 63
- Cambridge Assessment Test: Overall 185
- Academic Requirements: Applicants must pass a Bachelor's degree in aerospace engineering, related area, or applied science 3.33/4.33 in the last two years.
McGill University
- Course Name: Master of Engineering in Aerospace Engineering
- Course Duration: 2 years
- English Test Scores:
- IELTS: Overall 7.0
- Academic Requirements: Applicants must pass a Bachelor's degree in aerospace engineering with a minimum of 3.3 on a 4.0 scale.
- Course Name: Graduation certificate in Applied Aerospace Manufacturing
- Course Duration: 30 weeks
- English Test Scores:
- IELTS: Overall 6.5, minimum 6.0
- TOEFL: Overall 88
- PTE: Overall 59
- Cambridge Assessment Test: Overall 185
- Academic Requirements: Applicants must pass a Bachelor's degree or diploma in engineering.
Centennial College
- Course Name: Aerospace Manufacturing Engineering Technology (Optional Co-op)
- Course Duration: 1 year
- English Test Scores:
- IELTS: Overall 6.5, minimum 6.0
- TOEFL: Overall 88
- Academic Requirements: Applicants need to pass a diploma in a relevant area,
Scholarships
University |
Scholarship name |
Scholarship information |
University of Toronto |
University of Toronto Scholars Program |
CAD 7,500 |
President’s Scholars of Excellence Program |
CAD 10,000 |
|
The University of Toronto International Scholars Award |
CAD 80,000-1,80,000 |
|
Kata Scholars Program |
Varies |
Master of Aerospace Engineering in Canada: Scope and jobs
Aerospace engineering graduates can find jobs and applications in numerous places like-
- Fatigue, stress and high-temperature testing, aerospace structures, manufacturing, materials and composites
- Flight mechanics
- Flight vehicle design and analysis
- Guidance, navigation and control of space systems, UAVs
- Mechatronics, macro/micro-hybrid systems, design and control integration
- Powerless flights
- Robotics, control and aircraft systems
Career areas where you can find career prospects after graduation are:
- Bell Helicopter Textron Canada
- Bombardier Aerospace
- CAE Inc.
- Esterline CMC Electronics
- General Electric Canada - Aviation
- Héroux-Devtek
- L-3 MAS
- MDA Satellite Systems
- Messier-Bugatti-Dowty (Safran Group)
- Pratt & Whitney Canada
- Rolls-Royce Canada
- Siemens Canada
- Thales Canada, Aeronautics
Job Title |
Average |
Aerospace Engineer |
C$71,308 |
Production Manager, Manufacturing |
C$69,644 |
Continuous Improvement Manager |
C$73,136 |
Controls Engineer |
C$75,427 |
Customer Service Specialist |
C$55,293 |
Mechanical Engineer |
C$56,119 |
Mechanical Engineering Manager |
C$115,618 |
Network Analyst |
C$60,534 |
Product Engineer |
C$79,489 |
Senior Supplier Quality Engineer (SQE) |
C$80,769 |
Senior Systems Engineer |
C$98,950 |
|
FAQs
How long does it take to complete a Master of Aerospace Engineering degree in Canada?
The duration of a Master of Aerospace Engineering degree in Canada varies, but it typically takes two years of full-time study to complete the program. Some universities may offer accelerated or part-time options, which can affect the overall duration.
What career opportunities are available after completing a Master of Aerospace Engineering degree in Canada?
After completing a Master of Aerospace Engineering degree in Canada, graduates can pursue various career paths in the aerospace industry. They may work in research and development, design and manufacturing, aerospace systems analysis, or aerospace consulting. Job opportunities can be found in government agencies, aerospace companies, research institutions, and academia.