
DynamoAutomation is a batch-processing plugin for Revit that enables the execution of Dynamo graphs across multiple project files. DynamoAutomation functions as a technical utility designed to streamline repetitive BIM operations by facilitating headless execution of Dynamo scripts. It eliminates the need for manual file opening, allowing users to queue entire project directories for automated processing. The system architecture supports complex data manipulation tasks, parameter updates, and model maintenance routines. By shifting the workload to a background process, it ensures that standard graph outputs—such as data extraction or geometry generation—are applied consistently across large datasets, maintaining project integrity and reducing the risk of human error during repetitive design tasks.
The download is a 50.6 MB file containing .ZIP files.
Users integrate this tool by installing the package within the Revit environment, which then exposes new nodes or a dedicated interface for batch management. Once configured, the workflow involves selecting target RVT files and assigning the appropriate Dynamo graph to execute. The system then processes the queue sequentially. Professionals should verify graph compatibility with the target Revit version before initiating batch runs to avoid runtime errors during the automated execution sequence.
This plugin is essential for large-scale BIM management, particularly in firms handling high-volume residential, commercial, or industrial projects. It provides significant time savings during project delivery stages, such as model cleaning, parameter auditing, or bulk data updates across hundreds of linked files. BIM managers and coordinators use this tool to enforce project standards and automate routine documentation tasks. It pairs effectively with standard Revit workflows, ensuring that complex data management tasks are handled efficiently without interrupting the daily design process.
DynamoAutomation Batch Processing Plugin
Free
File formats
What changed in 1.0.0
Initial release.
MIT
Attribution: Andreas Dieckmann — licensed under MIT
Full terms have not been published for this listing. Contact the seller before using it on a commercial project.