Last updated on 2026-04-02
Program overview
Build a strong foundation in the science behind flight and turn your passion for aerospace into real-world skills. The Aerospace Engineering program at Ontario Tech University provides students with a solid grounding in the science and technology of flight. This program is designed to introduce core disciplines that enable the design and operation of aircraft and spacecraft, focusing on fluid mechanics, thermodynamics, materials, and control systems. Students will gain a deep understanding of aerodynamics, propulsion, structures, and flight dynamics, integrating theoretical learning with applied problem-solving and relevant simulation tools used in the aerospace industry.
Program structure
The Aerospace Engineering program is structured to provide a comprehensive educational experience over a four or five-year period, depending on the chosen path. Key features of the program include:
- Full-time study load
- In-class delivery method
- Direct-entry co-op option available
- Capstone project to apply learned skills in real-world scenarios
All engineering students begin with a common foundation year, allowing them to explore various engineering disciplines before specializing. Additionally, students have the option to pursue a Bachelor of Engineering and Management (Honours) to complement their technical studies with business and management courses.
Featured Experiences
- Hands-on labs that enhance practical learning and prepare students for professional engineering roles.
- Access to modern facilities, including specialized labs such as the Energy Systems and Nuclear Science Research Centre and the Electric Machines Lab.
- Opportunities for co-op positions that provide full-time, paid employment, allowing students to gain valuable industry experience while studying.
- Participation in the Women in Engineering program, which supports female students in exploring career opportunities and gaining workforce experience.
Career Options
- Controls Engineer: Design and implement control systems for aerospace applications, ensuring optimal performance and safety.
- Energy Systems Engineer: Focus on the development and management of energy systems within aerospace technologies.
- Mechanical Engineer: Work on the design, analysis, and manufacturing of mechanical systems in aircraft and spacecraft.
- Robotics Engineer: Develop robotic systems for aerospace applications, enhancing automation and efficiency in flight operations.
- Project Engineer: Oversee engineering projects from conception to completion, ensuring they meet technical specifications and deadlines.
DISCLAIMER: The information above is subject to change. For the latest updates, please contact LOA Portal's advisors.
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