Event
BIM webXperience
AutoCAD Plant 3D in the Cloud – From Data Chaos to Real Collaboration
Many plant engineering projects still rely on scattered data versions, local files, and unclear responsibilities. This leads to coordination friction, duplicated work, and avoidable errors.
In this online event, we show you how to structure and efficiently organize AutoCAD Plant 3D projects in a shared cloud environment. The focus is on the Forma Industry Cloud as a central data foundation for collaboration, access, and version control.
Building on this, we look at how existing workflows can be extended in a targeted way with auxalia PlantTools. You’ll gain insights into how the typical limitations of AutoCAD Plant 3D can be overcome — for example, in data integration, reporting, and project-specific requirements. The content is practice-oriented and based on typical challenges from real-world projects.
Agenda
Erhan Saupe, B.Sc. Mechanical Engineering (Process Engineering), Application Engineer, auxalia GmbH
Where does your project data live, and how do the various stakeholders access it?
We'll show you how to use the Forma Industry Cloud to create a shared working environment where everyone works from the same data version. The result is a clear structure instead of version chaos.
Erhan Saupe, B.Sc. Mechanical Engineering (Process Engineering), Application Engineer, auxalia GmbH
PlantTools extend existing processes precisely where standard functionality reaches its limits. We'll show you how the tools integrate into cloud projects and what impact this has on data management and collaboration.
Carsten Beinecke, Product Manager, auxalia GmbH
In complex plant engineering projects, the standard functionality of AutoCAD Plant 3D often isn't enough.
Using concrete use cases, we'll show you how PlantTools extend and structure processes. The focus is on data integration, reporting, and project-specific requirements.
Bring your own questions and experiences to the table. Together we'll discuss typical challenges from real projects and possible approaches to solving them.