Use Generative Design in Fusion to create multiple designs that meet your geometric, performance, and manufacturing requirements.

Get familiar with options you can access from the Generative Design browser. The browser presents an organized view of the data in your design in a tree-like format.

Generative Design is a cloud based tool that enables fast and easy exploration of design ideas with a secure and integrated concept-to-production toolset.

Get familiar with tools in the Generative Design workspace toolbar. You access commands in the panels of the Generative Design workspace toolbar.

This topic shows a quick overview of the generative design process. Open or create the model.

This topic describes the network requirements for Generative Design . Generative Design communicates with external services through the secure HTTPS protocol.

The selection of materials is a very important part of the design requirements in a generative study.

Access the command by selecting Symmetry Plane in the Design Space panel of the Generative Design toolbar.

You can access it from the Materials panel of the Generative Design toolbar. Use the Material Browser dialog to manage material libraries or modify material properties to create a custom material.

You can access it from the Design Conditions panel of the Generative Design toolbar.

A constraint that restricts the movement of the generative model from a point in space that is distant from the model.

Define manufacturing constraints using Manufacturing which you can access from the Design Criteria panel of the Generative Design toolbar.

Learn how to select materials for the generative design process. On the Define tab, click Materials > Study Materials .

A force of the specified magnitude applied to the selected objects faces, edges, bodies, or vertices to simulate the effects of such force on the generative model.

A self-weight load applied to the generative model, also referred to as gravity.