Bachelor of Applied Science (Honours) in Mechanical Engineering - Aerospace in Windsor Canada | University of Windsor

Launch your path toward a dynamic mechanical engineering career by building core expertise in machine design, CAD, and thermofluids, with practical applications across automotive, aerospace, manufacturing, and materials sectors. Specialization options cover automotive, aerospace, environmental, and materials engineering. Students hone practical skills in our specialized project courtyard, while faculty foster industry ties through collaborative projects, coursework, and co-op placements.

Enhance your aerospace knowledge by studying propulsion, aerodynamics, structural design, advanced materials, and drone systems. You can also pursue our distinctive option to earn a private pilot's license for academic credit or represent the university in global competitions with our aeronautical or rocketry teams.

Our Mechanical, Automotive and Materials Engineering Department provides comprehensive programs that enable you to solve practical challenges through partnerships with local industries while gaining valuable hands-on training.

Mechanical engineers design, analyze, build, maintain, and operate machinery and systems across diverse fields including automotive, aerospace, energy production, manufacturing, and materials processing. These professionals frequently expand beyond technical roles, occupying leadership positions across private enterprises and government agencies. Graduates develop specialized knowledge and research capabilities, securing positions with industrial firms, consulting agencies, government bodies, and research organizations.

The University of Windsor stands among Ontario's select institutions offering industrial engineering programs. Industrial engineers optimize production systems through smart processes and develop adaptable manufacturing solutions, drawing on operations research, production technologies, and enterprise systems integration. Our curriculum prepares you to design and improve complex system interactions.