Parametric Geometry and Paneling in Revit with Dynamo

Designing complex, parametric geometry in modern BIM workflows can be challenging when restricted to standard user interfaces. By leveraging visual programming, you can automate repetitive tasks, generate intricate shapes, and control architectural panels with precision. This text-based course guides you from the foundational concepts of computational design to practical geometric manipulation. You will gain the confidence to translate complex design ideas into structured, parametric Revit elements using Dynamo logic. What you'll learn: Understand foundational BIM geometry concepts and coordinate systems; Create complex parametric curves, surfaces, and solids using Dynamo logic; Design responsive paneling systems that adapt to architectural surfaces; Apply data-driven workflows to manipulate Revit element parameters automatically; Practice troubleshooting common geometric errors and alignment issues; Explore modern computational design workflows for sustainable and efficient modeling. The course starts with essential definitions of vector math and coordinate systems before moving into practical step-by-step written guides on node logic, surface division, and panel placement. Designed for beginner Revit users, architects, and BIM coordinators looking to enter the world of computational design, this course requires no prior programming experience. Start reading today to unlock the power of automated geometry in your architectural projects.