REVIT Course Content
REVIT Course Content
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For Architects & Structural Engieers
For Architects & Structural Engieers
- Introduction to Revit
Overview of Revit interface and tools
Setting up a Revit project
Navigating Revit families and templates
- Australian Drafting Standards
Understanding Australian building codes and regulations
Incorporating local drafting conventions
Creating standard Australian title blocks, legends, and annotation styles
- Modeling for Australian Projects
Creating architectural models based on local site conditions
Structural and MEP systems integration
Modeling building components specific to Australian design
- Walls, Doors, and Windows
Detailed wall types and materials used in Australian construction
Configuring and modifying wall assemblies and layers
Working with door and window families according to Australian standards
Creating custom doors and windows for specific building designs
- Floors, Roofs, and Ceilings
Modeling floor types, including timber, concrete, and tiled flooring
Roof modeling techniques, including gabled, hip, and skillion roofs common in Australia
Creating and detailing ceiling systems for commercial and residential buildings
- Stairs, Ramps, and Railings
Designing and modeling stairs and ramps in compliance with Australian accessibility codes
Creating custom railing systems for residential and commercial buildings
- Detailing and Documentation
Preparing detailed development drawings for local approvals
Australian-specific schedules and annotations
Workflows for generating construction documentation, including detail callouts, sections, and elevations
- Custom Families and Components
Creating custom families for building components common in Australian design
Modifying and importing families for furniture, fixtures, and site elements
Building and managing custom families to suit project needs
- Collaboration and Coordination
Working with consultants in the Australian context
Clash detection and project coordination
Exporting and importing data for collaboration with external software tools commonly used in Australian projects
- Creating Custom Templates for Australian Projects
Developing Revit templates aligned with Australian drafting practices
Using templates for faster project setup and compliance with local regulations
- Advanced Features and Tools
Advanced family creation for Australian designs
Energy analysis and sustainability tools relevant to Australian climates and regulations
3D visualization and rendering using local data, incorporating Australian-specific landscaping and site elements
- Preparing for Industry Use
Finalizing drawings for Australian building approvals
Preparing models for local standards in construction and documentation
Working with local suppliers and contractors to ensure accurate material specifications
- Additional Advanced Topics
- View Range, Plan Region, and Section Box
Working with View Range and creating Plan Regions for better control over views and detail levels
Using Section Box for specific view areas
- Walls and Wall Layers
Creating and customizing multi-layered walls
Detailing Australian-specific wall types and material layers
Wall connection techniques such as Attach and Join
- Modeling Details
Detailing floor and wall connections, including sloped and irregular elements
Using Split Face, Paint, and Decals for advanced finishes
- Level Lines and Floor Detailing
Drawing and managing Level Lines for different floor levels
Detailing floor systems and construction assemblies
- Structural Modeling
Modeling steel and concrete columns, foundations, and main framing elements
Techniques for creating roofs, trusses, and braces
Structural connections, beam placements, and detailing
- Linking and Coordination
Introduction to linking Revit files for collaboration
Copy/Monitor for coordination with other disciplines
Linking with AutoCAD files and other project models
- Roof and Ceiling Work
Techniques for creating complex roof and ceiling systems, including false ceilings
Ceiling modeling for different types of buildings and usage
- Topography and Site Design
Creating architectural site levels and topography using point data and Pad/Subregion tools
Importing AutoCAD for site modeling
Modeling site features like ramps, walkways, and landscape elements
- Family Creation and Management
Developing custom families, including stairs, railings, and windows
Use of Detail Component and Repeating Detail for quick library creation
Converting AutoCAD blocks into 2D Revit families for faster project setup
- Advanced Render and Visualization Techniques
Using Enscape for real-time rendering
Rendering in Revit, including setting up camera views and lighting
Creating high-quality renders and animations for client presentations
- Exporting and Integration
Exporting Revit models to 3ds Max, Lumion, and Enscape for visualization
Exporting to AutoCAD for detailed construction documentation
- Dynamo for Parametric Design
Introduction to Dynamo for advanced parametric design and automation
Creating forms with nodes and generating automated building elements
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