Computational Design Inquiry: Foundations of Design Thinking

Design is more than just aesthetics; it is a systematic process of inquiry, calculation, and representation. Understanding how computational logic shapes the way we conceptualize and build spaces, objects, and digital interfaces is essential for modern creators. This text-based course guides you through the fundamental principles of design inquiry, helping you view computation not just as a set of software tools, but as a core methodology for creative problem-solving. You will learn to analyze design processes, evaluate digital and manual techniques, and develop a critical awareness of your own design philosophy. What you'll learn: - Understand the core concepts of computational thinking and design inquiry - Compare manual and digital design processes to identify their unique strengths - Analyze how algorithms, rules, and generative patterns shape physical and digital forms - Apply structured inquiry methods to break down complex design challenges - Evaluate modern design workflows, collaborative patterns, and generative design concepts - Develop a critical, self-aware framework for your own creative practice The course begins with foundational definitions of design inquiry and computational logic, exploring how ideas transition from abstract concepts to structured systems. As you read through the material, you will engage with theoretical frameworks, practical case studies, and written exercises that challenge you to rethink the relationship between technology and craft. Designed specifically for beginners in architecture, design, and digital media, this course requires no prior programming or drafting experience. Begin reading today to transform how you conceptualize, analyze, and execute your design ideas.