Foundations of Structural Systems in Architecture

Every great architectural design must stand the test of gravity, wind, and time. For architects, understanding structural systems is not just about engineering formulas—it is about realizing a design vision while ensuring safety, stability, and spatial functionality. This text-based course bridges the gap between creative architectural design and structural reality, guiding you through the essential principles of structural behavior. You will learn how forces move through a building and how to select the right structural systems for various architectural forms. Through clear, written explanations and practical design scenarios, you will develop a strong foundation in structural logic. What you will learn: Understand fundamental structural concepts including loads, forces, tension, compression, and shear; Analyze load paths to determine how forces travel from the roof down to the foundation; Compare different structural systems such as post-and-beam, trusses, arches, vaults, domes, and tensile structures; Evaluate the structural properties of key architectural materials including wood, steel, concrete, and masonry; Explore modern sustainable structural practices and innovative engineered wood products; Apply structural logic to preliminary architectural space planning and form-finding. We begin with core terminology and the basic physics of structures before moving into detailed explorations of specific structural systems and material applications. This course is designed specifically for students of architecture, interior design, and building construction who have no prior engineering background. Start building your structural intuition today and design with confidence.