This educational set of Dynamo graphs for Revit provides structured exercises for learning computational BIM workflows and automation. The collection comprises a series of structured Dynamo graphs designed to teach core computational logic within the Revit environment. These files serve as practical exercises, demonstrating how to manipulate building data, automate repetitive modelling tasks, and establish parametric relationships between geometric elements. Each graph is organised to show node connections, input parameters, and output results, allowing users to deconstruct the logic behind complex BIM operations. The package includes documentation and sample datasets that bridge the gap between basic interface navigation and advanced algorithmic design, ensuring a clear progression for those developing their scripting skills.

The download is a 69.3 MB file containing .ZIP files.

Users should extract the contents of the zip folder and open the individual graph files directly within the Dynamo interface integrated into Revit. Once loaded, professionals can examine the node networks, modify input variables to test different design scenarios, and run the scripts to observe real-time changes in their active project models. It is recommended to test these graphs in a sandbox environment before applying them to live production files to ensure compatibility with specific project parameters.

These resources are primarily intended for architectural offices and engineering practices seeking to upskill their teams in computational design. They are ideal for BIM managers and designers working on complex geometry or data-heavy projects where manual modelling is inefficient. By studying these examples, practitioners can improve their proficiency in automating documentation, managing schedules, and optimising design workflows. The material is suitable for both individual self-study and structured internal training sessions, helping firms standardise their approach to parametric modelling and data-driven design processes.