Reinforced concrete design

Model reinforced concrete details in 3D within an advanced BIM environment. Create detailed designs and shop drawings.

Steel structure design

Connect steel details with a scientific process. Design with a higher level of detail for steel connections in the Revit model, maximizing support for the BIM process.

Create design documentation

Create more accurate and detailed documentation for steel-concrete design. The model elements are presentations that directly convey information from the building's BIM database.

Structural analysis

Perform structural analysis and export to analyze the structure using various methods with the physical model designed in Revit.

Learn about structural elements

Learn about the components in the structure and analyze the structural model.

Create structural wall

See how to create a load-bearing structural wall.

Learn about structural column families

Learn the differences between family types and control parameters.

Create beam system

Learn how to create a beam frame in Revit.

Create structural bracing

Create vertical bracing by using framing components.

Create Assembly

Combine elements into an assembly to generate schedules, tags, and filters.

Link the Revit model

Link the existing Revit model with other Revit models and set the positions of the linked models to align properly.

Understand about Phase Statuses

Learn how to change the Phase status of elements in the model.

Standardize the annotations

Review the annotation methods in Revit, standardize them, and use them to develop a design presentation standard.

Create calculated values in the Tag

Learn additional formulas for labeling in tags.

Manage the setup of symbols in the structure

Control the display settings for structural elements.

Use Shape Section parameters

Explore how to provide input parameters for shaped elements.