The convergence of product manufacturing and building design is an emerging trend in the industry. For manufacturers, establishing and strengthening their digital relationship with architects is crucial. Through connected workflows, they can better understand the architects' needs and preferences and, in turn, deliver products that accurately meet these requirements. This digital connectivity not only enhances the working relationship between manufacturers and architects but also optimizes the overall design and construction process.

Approach #1

Summary

Collaborate with architectural designers by creating configurable models of your building products. This simplifies the generation of product documentation at scale and effortlessly generates the necessary outputs for fabrication. It is best used by manufacturers looking to productize their offering and give architectural designers a model configurator directly embedded in Revit.

Entitlements Required

Inventor, Revit, Docs, (Tokens)

Product Versions

2026, 2025, 2024

Untitled

Important References

Video Demo - Informed Design

Website - Informed Design for Inventor

Website - Informed Design for Revit

Help - Informed Design

https://videos.autodesk.com/zencoder/content/dam/autodesk/www/products/informed-design-for-inventor/fy24/overview/videos/what-is-informed-design-for-inventor-video-1920x1080.mp4


Approach #2

Summary

A live connection between Inventor and Revit to push and pull models. This approach is most effective in a project-based design environment, where custom applications of mechanical design are necessary. SolidWorks can also be substituted for Inventor. This approach is currently in beta.

Entitlements Required

Inventor, Revit, Docs

Product Versions

2025, 2024, 2023

Untitled

Important References

Website - Data Exchange

Help - About Data Exchanges for Inventor

Help - About Data Exchanges for Revit

Add-in - Data Exchange for Inventor

Add-in - Data Exchange for Revit

Add-in - Data Exchange for SolidWorks

https://www.youtube.com/watch?v=qA7xoNaRH2k


Approach #3

Summary

Use this approach if you have customers continuously submitting orders for custom configurations of your product. This is a web-based configurator approach that you can deploy by utilizing iLogic rules from an Inventor design alongside your own custom code to give end-users the ability to configure your product. File downloads available after the model is configured include Inventor parts and assemblies, Revit families, drawings, or a bill of materials.

Entitlements Required

Inventor, (Tokens)

Product Versions

Latest and previous 3 versions

Untitled

Important References

Example - Proof of Concept

Help - About iLogic Functionality

Visual Studio Template - Design Automation for Inventor

https://www.youtube.com/watch?v=ZUXBTW2Gsuc


Approach #4

Summary

A way to coordinate models between Inventor and Revit. This approach is most effective in a project-based design environment, where custom applications of mechanical design are necessary. Inventor maintains a reference to the primary Revit project and exports a new Revit project just containing the mechanical design. The new Revit project can then be imported back into the primary Revit project for a closed-loop workflow.