Master’s in Aerospace Engineering in Canada

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A Master’s in Aerospace Engineering is a post-graduate degree awarded for the completion of a program of study in aerospace and aeronautics. Graduates leave the university with the skills to work on the research, design, development, testing, and production of flight vehicles. Studying aerospace engineering at a Canadian university is a good choice for international students looking to graduate with hands-on experience in this dynamic field. For students who find themselves fascinated by the workings of flying machines – from jets to spacecraft – aerospace engineering is an excellent choice.

What Is a Master’s Program in Aerospace Engineering?

At the graduate level, students work toward either a Master’s of Science or a Master’s of Engineering degree with aerospace as a specialisation. This is an interdisciplinary degree, and it requires a strong background in science and engineering before more focused study in the field. Undergraduate degrees in aerospace engineering are good preparation for advanced coursework and include study of the following:

  • Propulsion systems.
  • Structural analysis.
  • Thermodynamics.
  • Vehicle design.
  • Avionics.

A Master’s in Aerospace Engineering provides students with advanced knowledge, problem-solving capabilities, and rigorous research experience. Students develop their analytical and design skills as they relate to aerospace issues; they also learn to understand and solve complex technological problems.

Options for specialisations within an aerospace engineering degree are numerous and may include the following:

  • Aeronautics, combustion, and propulsion.
  • Aerodynamics and fluid dynamics.
  • Structures, materials, and manufacturing.
  • Space engineering – including dynamics, sensor processing, and rover navigation.
  • Aircraft conceptual design, optimisation, and analysis.

Prospective students should research individual universities to determine what specialisations are possible. There are a number of unique programs available so students can find the best program for their individual skills and interests.

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

Aerospace engineering is an evolving field with exciting and challenging career opportunities. Though it is possible to obtain a Bachelor’s in Aerospace Engineering, Master’s level study puts job applicants into a higher tier. An advanced degree allows graduates to apply for more challenging and highly paid positions in the field. With a Master’s degree, students can enter professional careers immediately or continue their graduate studies in a doctoral program.

Many Master’s programs offer additional training beyond traditional coursework to give students a leg up in the job market, including:

  • Internships with partner aerospace companies where students gain experience working on customer-focused projects.
  • Case study examinations of existing real-world aerospace scenarios and problems.
  • Collaborative research with aerospace companies and organisations outside the university.

These supervised training opportunities allow students to gain real-world experience solving the complex problems they will deal with in their professional careers. This experience tells employers that students have more than a theoretical understanding of the issues in the field; students are ready to jump in and start finding solutions to aerospace questions.

Many schools also offer online or part-time degree options for professionals already working in the field. Current aerospace professionals can participate in advanced study while continuing to work in their existing jobs.

What Kind of Career Can You Expect With a Master’s in Aerospace Engineering?

Graduates with a Master’s in Aerospace Engineering will enter a dynamic and high-demand field with their choice of career paths. While there are numerous opportunities available in Canada, many graduates go on to careers across North America and around the world. Many graduates find employment with large aeronautics or aerospace contractors but also may begin their careers at government agencies or research institutions.

Employment opportunities include hands-on work in aircraft production and testing, or the more theoretical work of design and development. Some aerospace engineers’ work involves computer simulations, improving the efficiency of simulations to reduce the time it takes a product to reach the market.

Some of the varied job positions held by graduates include:

  • Aircraft or spacecraft designers.
  • Consulting engineers.
  • Manufacturing plant managers.
  • Engineering, science and data processing managers.

Those who wish to continue their studies at the doctoral level go on to become university professors and advanced researchers.
With the opportunities afforded by this wide and dynamic field, international and domestic students in aerospace engineering have numerous options. Investigate the various programs available for Master’s study in aerospace engineering in Canada, and discover which schools offer the best programs for you.