Structural engineering technologists provide technical support and services to engineers, architects, scientists, and other professionals. By studying a broad range of content areas, they develop a diverse skill set that makes them employable in a wide variety of positions.

The Structural Engineering Technology program combines skills and knowledge in structural design and analysis for careers in the built environment. Students learn the principles of structural and geotechnical analysis and how to design shallow and deep foundations or structural elements using reinforced concrete, steel, and timber. They develop skills in project management, detailing, and computer-aided drafting, while becoming familiar with design codes and standards. The curriculum, created with input from industry partners, culminates in a capstone project that allows students to apply their knowledge to a real-world problem. The program also provides opportunities for work experience in relevant industries through two co-op work terms.

To enter the Structural Engineering Technology program, students must register in and successfully complete Year 1 of Civil Engineering Technology. They can then transition into Structural Engineering Technology in Year Two after completing their first six-month co-op work term.

In the Structural Engineering Technology program, students take more advanced courses and build on the competencies gained in their first year, focusing on application in design and construction. Courses include subjects such as timber, steel, masonry, and reinforced concrete design; structural analysis; soil mechanics; structural detailing practices; foundation design; and materials testing. An applied research project is incorporated into the final term courses.