Last updated on 2026-10-01
Program overview
Take your passion for aerospace to new heights with the Aerospace specialization in the Mechanical Engineering program. This program provides a solid foundation in the science and technology of flight, focusing on the design and performance of aircraft and spacecraft. You will explore essential topics such as aerodynamics, propulsion, structures, and flight dynamics, all while utilizing cutting-edge tools and technologies that are shaping the future of aerospace.
Program structure
The Aerospace specialization is designed to be completed in a four or five-year timeframe, depending on the chosen path. This program is offered as a full-time study option and includes:
- Experiential learning opportunities through co-op and internship placements.
- A common foundation year for all engineering students, allowing exploration of various engineering disciplines.
- Access to modern facilities and innovative labs, enhancing the learning experience.
Students can also opt for a Bachelor of Engineering and Management (Honours) program, which combines technical studies with business and management courses. This program is delivered in-class at Ontario Tech University, North Oshawa, with a start date in September.
Featured Experiences
- Direct-entry co-op program, allowing students to apply for co-op positions directly on their application.
- Hands-on labs that provide practical experience, setting the program apart from others.
- Access to specialized facilities such as the Energy Systems and Nuclear Science Research Centre and the Jeffery Boyce Engineering Innovation and Design Studio.
- Support programs for women in engineering, including scholarships and career exploration opportunities.
- Collaboration with over 200 companies offering internship and co-op opportunities.
Career Options
- Aerospace Engineer: Design and develop aircraft and spacecraft, ensuring they meet safety and performance standards.
- Machine Learning Engineer: Utilize algorithms and data to create systems that can learn and adapt, particularly in aerospace applications.
- Controls Engineer: Focus on designing and implementing control systems for aerospace vehicles, ensuring stability and performance.
- Energy Systems Engineer: Work on the development of energy-efficient systems for aircraft and spacecraft, contributing to sustainable aviation.
- Manufacturing Engineer: Oversee the production processes of aerospace components, ensuring quality and efficiency in manufacturing.
- Mechanical Engineer: Apply principles of mechanics to design and analyze mechanical systems within the aerospace sector.
- Project Engineer: Manage engineering projects from conception to completion, ensuring they meet technical and budgetary requirements.
- Robotics Engineer: Design and develop robotic systems for aerospace applications, enhancing automation and efficiency.
- Systems Engineer: Integrate various engineering disciplines to ensure the successful operation of complex aerospace systems.
DISCLAIMER: The information above is subject to change. For the latest updates, please contact LOA Portal's advisors.
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