Autodesk Inventor: Configurable Designs and Automation

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Free Online Course: Autodesk Inventor: Configurable Designs and Automation provided by LinkedIn Learning is a comprehensive online course, which lasts for 3-4 hours worth of material. The course is taught in English and is free of charge. Upon completion of the course, you can receive an e-certificate from LinkedIn Learning. Autodesk Inventor: Configurable Designs and Automation is taught by Nathan Eliason.

Overview
  • Learn how to iterate and automate your designs with the intelligent tools in Autodesk Inventor: parameters, iFeatures, iMates, iParts, iAssemblies, and iLogic.

Syllabus
  • Introduction

    • Avoiding design fatigue
    • What you should know
    • Overview of the data sets
    1. Parameters: Foundation to Automation
    • Importance of parameters and equations
    • Parameter basics
    • Equations in parameters
    • User parameters
    • Functions in parameters
    • Summary and best practices
    2. Data Reuse with iFeatures
    • iFeatures overview
    • Setting up a part to be an iFeature
    • Publishing iFeatures
    • Adding parameters to iFeatures
    • Creating table-driven iFeatures
    • Adding intelligence to iFeatures
    • Summary and best practices
    3. Streamlining Assembly Creation with iMates
    • What are iMates?
    • Creating a simple iMate
    • Creating composite iMates
    • Inferring iMates from existing constraints
    • Summary and best practices
    4. iParts: Creating Part Configurations
    • Introduction to iParts
    • Creating and defining a simple iPart
    • Creating and defining a more complex iPart
    • Placing iParts in assemblies
    • Standard iParts vs. custom iParts
    • Summary and best practices
    5. iAssemblies: Creating Assembly Configurations
    • Overview of iAssembly configurations
    • Creating iAssemblies
    • Example of iAssembly
    • Creating multiple iAssembly configurations
    • Summary and best practices
    6. Introducing Product Configurations with iLogic
    • Overview of iLogic configurations
    • Preparing a part for iLogic
    • Part-level rules
    • Building an iLogic configurator form
    • Configuring the front frame
    • Configuring the step assemblies
    • Configuring the rear frame and platform
    • Introduction to generative design
    • Summary and best practices
    Conclusion
    • Next steps