Shape Grammars: Algorithmic and Spatial Rules for Design

How do designers generate complex, highly structured forms from simple rules? Shape grammars offer a powerful mathematical and visual framework to transform basic shapes into intricate architectural and spatial designs. Through this course, you will transition from understanding simple geometric transformations to developing your own generative systems. You will learn to think algorithmically about form, space, and structure, building a solid foundation in computational design logic. What you'll learn: - Understand the foundational concepts of shape grammars and spatial rules. - Apply recursive transformations to generate complex architectural patterns from simple initial shapes. - Explore shape algebras to manipulate geometries, labels, and weights. - Analyze the relationship between rule-based computation and architectural structure. - Develop generative design workflows that bridge traditional design thinking with algorithmic logic. - Practice drafting and executing step-by-step shape rules through written exercises. The course begins with key terminology, basic spatial definitions, and foundational rule concepts before moving into formal shape algebras and practical application scenarios. You will progress through structured text explanations and theoretical exercises designed to build your rule-based design intuition. This course is built for beginners in architecture, design, and computational thinking, requiring no prior programming or advanced mathematics. Start reading today to unlock the power of rule-based design.