Sketch Techniques

• Exploring the Options and Settings for Sketches
• Sketching Basics
• Creating a Sketch in a New Part
• Taking a Closer Look at Sketch Constraints
• Gaining More Sketch Skills
• Creating Sketches from AutoCAD Geometry
• Creating and Using 3D Sketches
• Best Practices for Working with Sketches

Advanced Modeling Techniques

• Creating Complex Sweeps and Lofts
• Creating Multi-Body Parts
• Creating Derived Parts and Assemblies
• Working with Patterns
• Setting iProperties and Parameters
• Adding Part Tolerances
• Troubleshooting Failures with the End-of-Part Marker

Sheet Metal

• Understanding Sheet-Metal Parts
• Getting to Know the Features

Using Sheet-Metal Templates and Rule

• Working with the Flat Pattern
• Using Sheet-Metal iPart Factories
• Modeling with Non-Sheet-Metal Features
• Working with Imported Parts
• Annotating Your Sheet-Metal Design

Reusing Parts and Features

• Working with iParts
• Working with iFeatures
• Reusing Existing Geometry

Assembly Design Workflows

• Assembly Relationships
• Understanding Subassemblies
• Top-Down Design
• Adaptivity
• Assembly Features
• Managing the Bill of Materials
• Assembly Reuse and Configurations
• Use Assembly Design Accelerators
• Simplifying Parts

Large Assembly Strategies

• Selecting a Workstation    
• Working with Performance Settings
• Large Assembly Best Practices
• Managing Assembly Detail

Weldment Design

• Exploring Weldment Design Methodologies
• Modeling Preparations
• Exploring Cosmetic Welds
• Creating Weld Beads
• Creating Fillet Welds
• Creating Groove Welds
• Performing Machining Operations
• Exploring Weld Properties and Combinations
• Using the Weld Symbol
• Understanding Bead Property Report and Mass Properties
• Creating Drawing Documentation
• Generating a Bill of Materials and Parts List

Presentations and Exploded Views

• Working in the Presentation Environment
• Creating Advanced Presentations
• Creating and Sharing Assembly Instructions

Documentation

• Using the Drawing Manager
• Creating Templates and Styles
• Utilizing Drawing Resources
• Editing Styles and Standards
• Creating Drawing Views
• Annotating Part Drawings
• Annotating Assembly Drawings
• Working with Sheet-Metal Drawings
• Working with Weldment Views
• Working with iParts and iAssembly Drawings
• Sharing Your Drawings outside Your Workgroup

Tools Overview

• Exploring the BIM Exchange
• Using the Design Assistant
• Using the Drawing Resource Transfer Wizard
• Using the Style Library Manager.
• Using the Task Scheduler
• Using iProperties
• Using the Measure Tools
• Using Miscellaneous Tools
• Exchanging Data with Other Systems
• Importing and Exporting Geometry
• Using Inventor File Translators
• Working with Imported Data and Using Inventor Fusion
• Viewing DWF Markup

Frame Generator

• Accessing Frame Generator Tools
• Exploring the Anatomy of a Frame Member
• Inserting Frame Members
• Adding End Treatments
• Maintaining Frames
• Performing Calculations and Analysis
• Publishing Frame Members
• Frame Assemblies and BOMs

Inventor Studio

• Exploring the Inventor Studio Environment
• Creating and Managing Styles
• Animating with Inventor Studio

Stress Analysis and Dynamic Simulation    

• Introduction to Analysis
• Conducting Stress Analysis Simulations
• Conducting Dynamic Simulations
• Exporting to FEA
• Using the Dynamic Simulation Information in Stress Analysis

Routed Systems

• Tube and Pipe
• Cable and Harness

Plastic Design Features

• Creating Thicken/Offset Features
• Creating Shell Features
• Creating Split Features
• Creating Grill Features
• Creating Rule Fillet Features
• Creating Rest Features
• Creating Boss Features
• Creating Lip and Groove Features
• Creating Snap Fit Features
• Creating Rib and Web Features
• Creating Draft Features
• Mold Design Overview

iLogic

• What is iLogic?
• Understanding the iLogic Elements and Interface
• Creating iLogic Parameters, Rules, and Forms