Autodesk Revit Structure Essentials
Revit in a Nutshell
Introducing Revit as a BIM tool
- What is BIM and what does it mean?
- The benefits of BIM
- What will BIM deliver?
- Industry drivers
- Introducing Levels of BIM
- Implications on team and workflow; fee and deliverables; contract and insurance issues
UI Tour, Project Navigation and View Creation
- Interactive session introducing the menu and screen layout
- Interrogating the model to extract views
- Plans, sections and elevations
- Displaced views, callouts and drafting views
- 3D isometrics, perspectives and walkthrough movies
- Placement and properties of grids, levels and dimensions
- Introduction to basic Revit elements
Element Selection and Manipulation
- Interactive session introducing object selection methods
- Element properties and manipulation
- Instance and Type parameters
- Modify tools, Nodes and Snaps
Visibility Control and Categorisation
- Project-Wide Settings
- View Specific Overrides
- Element Specific Overrides
- Individual Line Overrides
Model Development Methodology
- Is BIM just about 3D?
- Information timeline and overload
- How a project develops from a base template
- The complexity of components
- Controlling graphical display
Establishing a Project
- Project units - Common and Structural
- Structural settings and symbolic representation
- Analytical settings
- Linking CAD and Revit Architecture
- Copy monitor and coordination review
Modelling Basics - Walls, Columns, Beams and Bracing
- Basic definitions
- Relating slabs to walls and supporting framework
- Column and beam placement and behaviour
- Element connectivity and display
- Bracing characteristics
Foundations and Piling
- Footings and foundations types
- Isolated pads, piles and strip foundations
- Slabs, standard and in-place family foundations
- Slab edges, ground beams
- Foundation walls, piers and pilasters
System Family
- Editing Principles of composite system family definition
- Understanding properties such as function, and wrapping of layers
- Creating and utilising a system family library
Basic Schedules and Legends
- Generation of tabular interrogations of the model
- Scheduling Components
- Style schedules
- Legends
Geometry Formation and In-Place Families
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Interactive session on the creation and manipulation of basic solid and void forms
- Extrusion, Blend
- Revolve
- Sweep
- Swept Blend
Slab and Roof Tools
- Sketching Rules
- Relating to slabs to walls and supports
- Cantilevers, span direction and adding slopes
- Slab foundation and slab edge
- Basic Roof Designs
Stairs Ramps and Railings
- Basic stair creation
- Non-standard and multi-storey stairs
- Characteristics of simple ramps
- Hosted and stand-alone handrailing
Beam and Truss Systems
- Beam systems creation and placement
- Sketching boundaries and rules
- Modifying beam system properties
- Concrete framing systems and pan joist slabs
- Truss elements, placement and family creation
- Attaching trusses to roofs and floors
Construction sequencing (Phasing)
- Project phasing, properties and creation
- Phase filters and graphic overrides
- Combining phases, infill and the demolition of elements
2D Draughting and Annotation
- Introducing annotation tools and component categories
- Detail component libraries
- Repeating details
- Lines and arcs
- Text, Tags and keynotes
Sheet Compilation and Publication
- Project browser organisation – WIP and Publish
- Creating and populating sheets
- Working with schedules
- Publishing and document management
Basic Subdivision and Collaboration
- Introducing a BIM Strategy
- Document Model management
- Project team collaboration techniques
- Transmittal and model issue protocols
- Basics of large-model sub-division
Introduction to the Principles of Family Editing
- The basic process
- 10 stages for trouble-free family creation
Considering options and alternatives
- Design option terminology and workflow
- Utilising design option sets
- Considerations when using design options
- Design sets and incorporating design options