Learning Autodesk Revit Structure 2016

Course Curriculum

Chapter 1: Introduction To Revit Structure 2016

Lecture 1: Important – Download These First – Working Files

Lecture 2: Overview

Lecture 3: About The Author

Lecture 4: Exploring The User Interface

Lecture 5: Customizing The User Interface

Lecture 6: Keyboard Shortcuts

Lecture 7: Using The Included Working Files

Lecture 8: Working With Views

Lecture 9: Project Files – Templates

Lecture 10: Family Files – Templates

Lecture 11: System Families

Lecture 12: In-Place Families

Chapter 2: Revit Structure 2016 – At A Glance

Lecture 1: What Is New In 2016?

Chapter 3: Basic Creation Tools

Lecture 1: Opening A Revit Structure Project

Lecture 2: Viewing The 2D Model

Lecture 3: Viewing The 3D Model

Lecture 4: Structure Tab – Structure

Lecture 5: Structure Tab – Foundation

Lecture 6: Structure Tab – Reinforcement

Chapter 4: Basic Editing Tools

Lecture 1: Selecting Elements

Lecture 2: Using Filters

Lecture 3: Use Of The Tab Key

Lecture 4: Moving And Copying

Lecture 5: Copy And Paste

Lecture 6: Rotate

Lecture 7: Mirror

Lecture 8: Linear Array

Lecture 9: Radial Array

Lecture 10: Extend And Trim

Lecture 11: Align

Lecture 12: Offset

Lecture 13: Re-Hosting Elements

Lecture 14: Groups – Model

Lecture 15: Groups – Best Practices

Chapter 5: Starting Structural Projects

Lecture 1: Starting A New Structural Project

Lecture 2: Linking An Architects Revit Model

Lecture 3: Copy Monitor – Levels And Grids

Lecture 4: Copy Monitor – Columns

Lecture 5: Initial Plan Views

Lecture 6: The Coordination Review Message

Lecture 7: Project Information

Lecture 8: Saving Your Structural Project – Standalone

Lecture 9: Saving Your Structural Project – Worksharing Enabled

Lecture 10: Creating Local Files

Lecture 11: Linking CAD Files

Lecture 12: Using Linked CAD Files – Architectural Approach

Lecture 13: Using Linked CAD Files – Architecture Floor Plans

Lecture 14: Using Linked CAD Files – Architecture Elevations

Chapter 6: Views

Lecture 1: Controlling Visibility

Lecture 2: Duplication Views – Which Types To Use

Lecture 3: Sections

Lecture 4: Elevations

Lecture 5: Creating Callouts

Lecture 6: Understanding Floor Plans

Lecture 7: Understanding Ceiling Plans

Lecture 8: View Templates

Lecture 9: Matchlines

Lecture 10: Scope Box

Lecture 11: Section Box

Chapter 7: Levels And Grids

Lecture 1: Setting Up Levels

Lecture 2: Modifying Levels

Lecture 3: Adding Grids

Lecture 4: Modifying Grid Lines

Chapter 8: Structural Columns And Walls

Lecture 1: Placing Vertical Structural Columns

Lecture 2: Modifying Columns

Lecture 3: Changing Column Sizes

Lecture 4: Loading Structural Column Types

Lecture 5: Attaching Columns To Elements

Lecture 6: Placing Slanted Structural Columns – Elevations Or Sections

Lecture 7: Placing Slanted Structural Columns – 3D

Lecture 8: Placing Structural Walls

Lecture 9: Modifying Walls

Chapter 9: Adding Foundations

Lecture 1: Creating Wall Footings

Lecture 2: Step Footings

Lecture 3: Isolated Footings

Lecture 4: Working With Custom Families – Part 1

Lecture 5: Working With Custom Families – Part 2

Lecture 6: Piers And Pilasters

Lecture 7: Slab Foundations

Lecture 8: Editing A Slab

Lecture 9: Slab Edges

Chapter 10: Structural Reinforcement

Lecture 1: Structural Reinforcement

Lecture 2: Structural Reinforcement Settings

Lecture 3: Adding Rebar

Lecture 4: Multi-Planar Rebar

Lecture 5: Viewing Rebar In 3D

Lecture 6: Modifying Rebar Placement

Lecture 7: Rebar Types

Lecture 8: Editing Rebar Shapes

Lecture 9: Reinforcing Walls, Floors And Slabs