Bachelor of Engineering – Building Systems Engineering (International Students)

Bachelor of Engineering – Building Systems Engineering (International Students) only accepts applications from International Students.

The Bachelor of Engineering – Building Systems Engineering (BSE) co-op degree program focuses on the design, automation, and sustainability of modern buildings. It explores the integration of control-based and computerized systems to create resource-efficient, environmentally conscious, and socially responsible buildings. Students in the program learn specialized skills in building automation, controls, thermodynamics, fluid dynamics, and mechanical, electrical, and control system design for optimizing energy performance.

Through hands-on experience with digital design tools and Building Information Modeling (BIM) software, students work on integrating sustainable systems into buildings and communities. A project-based approach helps develop real-world engineering problem-solving skills, project management, teamwork, and environmental protection expertise.

The program includes twelve months of paid co-op experience, allowing students to apply their knowledge in practical settings. This, combined with eight project courses, prepares graduates for careers in mechanical and electrical design, building automation, renewable energy, utility management, and building operations and management.

Admission Requirements

• Ontario Secondary School Diploma (OSSD), or equivalent, OR 19 years of age or older.
• For students with transcripts from outside of Canada, a comprehensive course-by-course credential evaluation is required.

What You’ll Learn

• Use university-level mathematics, sciences, and engineering principles to solve building system-related engineering problems.
• Apply critical thinking to analyze and solve complex engineering challenges, drawing conclusions supported by research.
• Conduct investigations in natural science, mechanical, and building systems, utilizing research, experiments, and data analysis to form well-supported conclusions.
• Transform ideas into engineering solutions that meet stakeholder needs while addressing health and safety, standards, and economic, environmental, and societal constraints.
• Design, model, and integrate building systems following design principles to meet specifications and requirements, ensuring compatibility with industry standards.
• Select, adapt, and apply modern engineering tools and techniques for the design, analysis, and implementation of building systems, considering their limitations.