Revit Structure is a specialized module within the Revit suite focused on BIM (Building Information Modeling). It handles structural components and integrates with structural analysis software. This module includes all the features found in Revit Architecture, so collaborative workflows and drawing generation operate the same way as in Revit Architecture.
For best results, it is recommended to first learn Revit Architecture before moving on to Revit Structure. Based on my personal experience, I have divided the learning process into three levels: beginner, intermediate, and advanced. Below, I will share guidance for each stage.
In practical workflows, structural design and analysis usually begin after the architectural design reaches a certain milestone. Therefore, it is advisable to import the Revit Structure model into the Revit Architecture project file. This allows you to reference existing geometry while creating, editing, and analyzing structural components. Any changes made will update both models, ensuring consistent data between architectural and structural design teams.
Beginner Level
Course Objective: Learn how to link with other Revit project files and create or modify structural elements such as beams, columns, and slabs. After completing this level, students will be able to:
- Import Revit project files and use the Copy/Monitor tool for key components.
- Create and edit grid lines.
- Create and edit columns.
- Create and edit beams.
- Create and edit slab components.
- Create and edit foundational elements.
Intermediate Level
Course Objective: Understand workflows for connecting structural components, creating Steel Reinforced Concrete (SRC) structures, and adding steel reinforcement. Upon completion, students will be able to:
- Handle beam connections effectively.
- Establish SRC structures step-by-step.
- Model steel rebar shapes and reinforcement components.
- Produce detailed drawings for steel structure joints.
Advanced Level
Course Objective: Master the analytical modeling capabilities of Revit Structure, including load analysis, integration with external structural analysis tools, truss functionality, and custom structural component creation. Students will learn to:
- Analyze and verify structural model functionality.
- Apply loads and load combinations to the model.
- Define boundary conditions for structural analysis.
- Utilize truss functions and create custom beam and column components.
- Link the model with external structural analysis programs.
Today, I have shared my guidelines for learning Revit Structure. These recommendations reflect my personal opinions, so feel free to adapt them according to your needs and skill level. I hope this guide proves helpful in your learning journey.
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