Algorithmic 3D Modeling with Python in Rhino

In the modern design landscape, manual drafting is no longer enough to keep pace with the possibilities of digital fabrication and parametric form-finding. This course introduces you to design computing, where you stop being just a user of software and start becoming a creator of your own design tools. By learning to script within a 3D environment, you unlock the ability to generate intricate patterns and structures that would be impossible to model by hand. You will transform your creative process from manual manipulation to algorithmic thinking, allowing you to control 3D space through logic and code. This shift enables you to iterate faster, manage complex data, and explore a wider range of design possibilities. What you'll learn: - Understand the fundamental concepts of computational design and algorithmic logic - Master Python syntax and its specific application within the Rhino environment - Create generative geometry using loops, vectors, and conditional statements - Automate repetitive modeling tasks to streamline your professional workflow - Apply modern data structures to manage and manipulate complex 3D information - Develop custom scripts that extend the native capabilities of your modeling software - Practice debugging and refining code to ensure precise geometric output The course begins with an introduction to key terminology and the basic logic of scripting before guiding you through practical exercises that apply these concepts to real-world design problems. You will read through detailed explanations and analyze code snippets to build a solid foundation in design computing. This course is designed for architects, product designers, and students who are new to programming and want to incorporate code into their creative practice. No prior coding experience is required. Start building your own custom design tools and master the art of computational modeling today.