Aerospace Engineering Jobs in Canada

Aerospace Engineering Jobs in Canada 2024 – Visa Sponsorship

We are seeking an aerospace engineer to join our team in Canada, where responsibilities will include the design of new aircraft, as well as the repair and evaluation of existing ones. Developing conceptions for new aircraft designs, conducting prototype and material testing in advance of future manufacturing, and analyzing the results to develop new aircraft components and products are all responsibilities of an aerospace engineer.

You will ultimately collaborate with an engineering team to support the development of new aircraft technologies and enhance the efficacy of our existing aircraft.

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Benefits of Aerospace Engineering Jobs in Canada:

  • Ingenuity and Innovation: Aerospace engineers are engaged in pioneering endeavors that expand the limits of technological development. The domain presents prospects for individuals to demonstrate ingenuity and originality in resolving intricate engineering dilemmas.
  • Contribution to Technological Advancements: Aerospace engineers are of utmost importance in the progression of technology, particularly about space exploration and aviation. Their contributions to the development of navigation technologies, propulsion systems, and materials are substantial.
  • The Potential for Global Opportunities: The global nature of the aerospace engineering industry provides prospects for engaging in international initiatives, collaborating with experts from various nations, and potentially securing employment overseas.
  • The Diversity of Careers: Aerospace engineering comprises a multitude of fields, among which aeronautics and astronautics are included. Individuals are able to specialize in fields such as aircraft design, propulsion systems, avionics, and space exploration due to this diversity.
  • Maintaining job stability: Aerospace is an indispensable sector of the worldwide transportation and defense industries. Consequently, aerospace engineering occupations frequently offer stability, even during periods of economic adversity.
  • Compensatory Competitiveness: Salaries for aeronautical engineers are generally competitive, which is commensurate with the field’s specialized knowledge and educational demands.
  • Rewarding and Difficult Work: The responsibility of aeronautical engineers is to resolve intricate engineering issues. Engaging in the design and construction of aircraft and spacecraft presents both intellectual stimulation and personal fulfillment in the form of obstacles.
  • Working in Concert with Multidisciplinary Groups: Aerospace initiatives frequently necessitate the cooperation of experts from diverse fields, such as materials science, computer science, mechanical engineering, and others. This environment of collaboration promotes a dynamic and diverse workplace.
  • Opportunities for professional development: Aerospace engineers are granted continuous professional development opportunities, which encompass conferences, seminars, and training programs. It is vital to remain updated on the latest developments in the respective discipline.
  • Consequences for Society: Aeronautical engineering facilitates advancement in space exploration, satellite communication, weather monitoring, and transportation. Aerospace engineers possess the capacity to exert a constructive influence on society by their profession.
  • Travel Possibilities: The opportunity to travel may be presented to aerospace engineers in connection with project implementation, field testing, conferences, or other project-related activities.
  • Prestige and Acknowledgment: Aerospace engineering is a domain renowned for its prestige, and contributors to significant aerospace undertakings may be bestowed with industry recognition.


  • Primarily, the application of scientific, engineering, and mathematical principles to the development, upkeep, and improvement of aircraft and spacecraft components, facilities, materials, safety protocols, and manufacturing processes.
  • Additionally, research and analysis to generate designs and identify solutions
  • In addition, inspecting spacecraft, missiles, and aircraft for possible flaws by quality, safety, and functionality standards.

Additional Responsibilities

  • Assemble and assemble control panels, computer systems, navigation systems, propulsion systems, and additional essential components and systems.
  • Subsequently, analyze, develop, and enhance production methods, safety regulations, and infrastructure.
  • Next, coordinate operations with other departments, such as research, testing, and production, to enhance safety and productivity.
  • Additionally, establish budgets, schedules, and quality and safety standards, and ensure that initiatives adhere to them.
  • Drafts of technical papers, design concepts, and additional documents

Requirements and skills

  • Experience in aerospace engineering or an equivalent professional background
  • Thorough understanding of production procedures, materials, mathematics, science, thermodynamics, mechanics, robotics, and aerodynamics, as well as potential safety and functionality concerns and their solutions.
  • Additionally, exceptional reasoning, problem-solving, and research abilities
  • Additionally, exceptional verbal and written planning, project management, and communication abilities
  • Aside from that, computer proficiency
  • Predominantly, a bachelor’s degree in engineering is required.

Other Tasks

  • Construct and execute computational models encompassing aircraft, vehicle, and component systems.
  • Utilize lab, craft, field investigation, lectures, and audiovisual presentations to educate students.
  • Deliver lectures at conferences, seminars, and symposia, in addition to instructing classes.

List of Canada Aerospace Engineering Jobs

1. Aerospace Engineer

  • Capstone: Engineering Academy
  • Location: Calgary
  • Salary: $68,000 annually
  • Country: Canada
  • Develop and execute computational simulations about vehicle components, aircraft systems, and such.
  • Fieldwork, laboratories, factories, lectures, discussions, and audiovisual presentations should all be incorporated into the curriculum.
  • In addition, participate in conferences, workshops, and symposiums by delivering lectures and presentations.

2. Aerospace Engineer

  • Canadian Armed Forces
  • Location: Ottawa (ON)
  • Salary: $35,820 – $62,424 annually
  • Construct vehicles, aircraft systems, and components.
  • Additionally, observe other technicians, engineers, and technicians.
  • Furthermore, institute protocols governing the production, maintenance, restoration, or alteration of aircraft.
  • In addition, direct Canadian policy.
  • Aside from that, provide technical and knowledgeable advice.
  • Lastly, designed, developed, and coordinated the organization’s policies and procedures.

More Info

3. Aerospace Engineer

  • Location: London (ON)
  • Salary: $120,000 – $140,000 annually
  • Construct and execute computational models encompassing aircraft, vehicle, and component systems.
  • Additionally, coordinate flight and ground testing of spacecraft and aircraft
  • In addition, operating specifications, maintenance schedules, and operator manuals should be developed.

More Info

4. Aeronautical Engineer

  • Stelia Aéronautique Canada Inc.
  • Location: Mirabel (QC)
  • Salary: $24.55 hourly

This compensated apprenticeship promotes skill development and practical education. It is intended for the applicant who is interested in gaining work experience or exploring career options.

Qualifications: A minimum of a bachelor’s degree in mechanical, aerospace, aeronautical, or astronautical engineering, or equivalent professional experience

More Info

5. Aeronautical Engineer

  • SII Canada
  • Location: Various locations
  • Salary: $70,000 – $90,000 annually
  • Construct vehicles, aircraft systems, and components.
  • Construct and execute computational models encompassing aircraft, vehicle, and component systems.
  • Furthermore, institute protocols governing the production, maintenance, restoration, or alteration of aircraft.
  • Additionally, supervise and coordinate the assembly, maintenance, and refurbishment of aircraft and spacecraft.
  • Coordinate the flight and ground testing of aircraft and spacecraft in addition.
  • Produce operating specifications, operator manuals, and maintenance schedules similarly.
  • Additionally, inspect and document any system, component, or structure failures.
  • Deliver the final phases of operational and logistical support for aircraft and aeronautical systems.

More Info


Canada offers the opportunity to launch a rewarding profession as an aerospace engineer. Consider these opportunities to contribute to aviation technology and history. Collaborate with industry experts, apply your skills, and actively participate in shaping the trajectory of aviation. You, as an aerospace specialist, should not overlook this chance to herald in a new era.

  1. Is aerospace engineering in demand in Canada?

    Due to the high demand, there are new job openings for aerospace engineers. From 2022 to 2031, 14,600 new jobs will be available for aerospace engineers, and around 18,100 new job seekers are expected to fill these positions.

  2. Where can an aerospace engineer work in Canada?

    They are employed by aircraft and spacecraft manufacturers, air transport carriers, the government, and educational and research institutions.

  3. How much money does an aerospace engineer make in Canada?

    The average salary for an aerospace engineer is $83,972 per year in Canada. The average additional cash compensation for an aerospace engineer in Canada is $3,415, with a range from $2,314 to $5,040.

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