Architectural 3D Modeling with Rhino and Grasshopper

Mastering computational architectural design begins with understanding precise geometry and algorithmic logic. This comprehensive text-based guide teaches you how to conceptualize, build, and manipulate complex 3D architectural forms using Rhino and Grasshopper. You will start with core terminology, interface logic, and fundamental NURBS modeling concepts before transitioning to computational thinking and parametric workflows. Through clear written explanations and structured walkthroughs, you will develop the ability to create dynamic models that respond to design parameters and geometric constraints. What you'll learn: - Understand core geometric concepts including curves, surfaces, polysurfaces, and NURBS modeling logic in Rhino - Build accurate architectural models using fundamental 2D drafting and 3D transformation commands - Create parametric definitions in Grasshopper using components, parameters, and math operations - Manage data flows, list manipulations, and data trees for complex geometric patterns - Apply algorithmic techniques to design responsive facades, structural grids, and organic forms - Prepare computational models for downstream architectural documentation and fabrication The curriculum progresses smoothly from essential Rhino modeling techniques into visual scripting with Grasshopper, reinforcing every concept through practical text-driven exercises. This course is designed for beginner architecture students, design professionals, and 3D enthusiasts with no prior experience in Rhino or parametric design. Start reading today to build your architectural modeling and computational design skill set.