Computational Design: Parametric Product Modeling from Concept to Production

Traditional design approaches often limit your ability to adapt products quickly, but computational design allows you to generate endless variations through rules and parameters. This course guides you through the entire lifecycle of a parametric product, using the practical logic of designing a customizable lamp. You will transition from a static design mindset to a dynamic, algorithmic approach to physical objects. By reading through detailed explanations, structural breakdowns, and step-by-step geometric logic, you will understand how to translate a creative idea into a production-ready parametric model. You will learn to think in systems, ensuring your designs can automatically adapt to different material thicknesses, scale requirements, and manufacturing constraints. What you'll learn: - Understand foundational concepts of computational thinking and parametric design. - Translate initial creative concepts into structured, rule-based geometric logic. - Define parameters, constraints, and relationships to build flexible product models. - Prepare parametric geometry for modern digital fabrication, including laser cutting and 3D printing. - Optimize nesting layouts and assembly joints to minimize material waste. - Apply sustainable design-to-production workflows for physical manufacturing. The course begins with key terminology, basic coordinate systems, and foundational definitions before guiding you through the logical steps of structuring, refining, and preparing a physical model for assembly. This text-only format lets you focus deeply on the underlying algorithmic logic, formulas, and structural principles. This program is designed for beginner designers, makers, and hobbyists with no prior parametric modeling experience. Start reading today to unlock the power of algorithmic product design.