Foundations of Computation and Design in Architecture

How do computation and design truly intersect when we move beyond basic software tutorials? To build meaningful structures and systems today, designers must understand the core principles that connect algorithmic thinking with physical form. This text-based course guides you through the fundamental theories, history, and practices that define computation in architectural design. You will transition from simply using CAD tools to thinking computationally, gaining a deep awareness of how algorithms, rules, and parametric systems shape our built environment. You will explore both traditional manual design logic and modern digital processes. What you'll learn: - Understand the core concepts of computational design and its historical evolution. - Analyze the relationship between rule-based logic, algorithms, and physical architectural forms. - Apply parametric thinking to solve complex spatial and structural design challenges. - Evaluate modern workflows, including basic automation, generative logic, and digital fabrication concepts. - Develop a critical perspective on how different technologies influence your creative design process. We begin with essential definitions, exploring how computation exists both on and off the computer. From there, you will read through conceptual frameworks, analyze real-world design structures, and complete written exercises that challenge you to map out your own computational design rules. This course is designed for beginner architects, design students, and creative thinkers who want to build a strong theoretical and practical foundation in computational design. No prior coding or advanced math experience is required. Start reading to unlock a deeper, more systematic approach to your creative design work.