Analysis of timber, steel, and concrete structural elements in low-rise buildings.
Course overview
Structural Systems I introduces you to the fundamental principles of structural engineering as they apply to low-rise buildings. You will explore how timber, steel, and concrete elements carry loads and maintain stability. The course focuses on the analysis of these materials, helping you understand their strengths, limitations, and appropriate applications in architectural design.
You will learn to calculate basic loads and stresses, allowing you to evaluate the structural integrity of building components. This knowledge is essential for ensuring that designs meet safety standards and building code requirements. The course combines theoretical analysis with practical application, preparing you for more advanced structural topics in later terms.
Who takes this course
This course is a required component for students in the following program:
Credits: 3 · Hours: 45
Prerequisites
None
Learning outcomes
- Identify the mechanical properties of timber, steel, and concrete used in construction.
- Calculate loads and stresses for basic structural members under various conditions.
- Select appropriate structural materials based on building requirements and span.
- Evaluate the structural integrity of low-rise building designs.
- Apply relevant building code standards to structural system selection.
Evaluation
| Component | Weight (%) |
| Mid-term examination | 30 |
| Structural design project | 40 |
| Final examination | 30 |