MasterAcademy - Classroom 1

Training

Autodesk Inventor Level 2

Inventor Professional 2009Recommended Course Length: 2 days
Cost: Call for pricing

1.4 CEUs available from Herzing College

This class is run on a "by request" basis. Fill out our Request more information form to learn more.

Summary

This hands-on class is a continuation of the Autodesk Inventor Level 1 class and will cover advanced functionality found in Autodesk Inventor and best design practices will be taught.

Who Should Attend

This course is designed for Mechanical Designers/Drafters as well as Engineering Managers who have completed the Autodesk Inventor Level 1 class.

Objectives

Students will be exposed to advanced sketching and modeling techniques that will make them more proficient. We recommend 20 to 40 hours of practice after class in order to reinforce these new skills.

Prerequisites

It is recommended that the student have a working knowledge of:

  • Microsoft® Windows® XP, or Microsoft® Windows® Vista.
  • Completion of Autodesk Inventor Level 1 class combined with approximately 120 hours working with Autodesk Inventor.
  • Drafting, design, or engineering experience.

Each Student Receives

  • A Student Guide
  • Telephone support on class topics for 30 days
  • Certificate of completion

Topics Covered*

Note: Company specific design practices and processes can be implemented into company specific classes. Call for more information.

  • Advanced Part Modeling Techniques

    • Using Open Profiles Rib And Web Features
    • Embossed Text And Closed Profiles
    • Sweep Features
    • 3d Sketching
    • Coil Features
    • Loft Features
    • Part Split And Face Split
    • Bend a Part
    • Copying Features
    • Mirroring Features
    • Suppressing Features
    • Reordering Features
    • Feature Rollback
    • Derived Parts
    • Part Materials
    • Overriding Mass And Volume Properties

  • iComponents and Parameters

    • iMates
    • Parameters
    • iParts
    • iAssemblies
    • iFeatures

  • Advanced Assembly Modeling Techniques

    • Design View Representations
    • Flexible Assemblies
    • Positional Representations
    • Creating Overlay Views
    • Capacity and Performance
    • Level of Detail Representatives
    • Contact Detection Solver
    • Mirroring an Assembly
    • Copying an Assembly
    • Assembly Work Features
    • Assembly Features
    • Skeletal Modeling Techniques
    • The Frame Generator
    • Content Center
    • Design Accelerator

*Note: The course topics are a guideline and class topics may be modified by the instructor based upon the class flow.

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