
DURATION – COST – SKILL LEVEL

SELF-PACED AUTODESK INVENTOR TRAINING
Self-paced AUTODESK INVENTOR training is available whenever and wherever you need it. The duration of the AUTODESK INVENTOR training varies for each student. Some students complete the training in a few weeks, while others take a few months.
This AUTODESK INVENTOR class is available for you to access for one year from the date of your registration.
A COMPLETE AUTODESK INVENTOR SELF-PACED TRAINING CLASS – INCLUDES LECTURES, DEMONSTRATIONS, HANDS ON ACTIVITIES AND ASSESSMENT QUESTIONS
THIS FORMAT DOES NOT REQUIRE THE STUDENT TO COMPLETE EACH CHAPTER IN A PRE-DESIGNATED ORDER. THIS ALLOWS THE STUDENT TO LEARN ANY TOPIC AS THEY NEED THE SKILLS
DOES NOT INCLUDE A TRAINING CENTER CERTIFICATE OF COMPLETION UPON SUCCESSFUL COMPLETION – $125 ADDITIONAL FEE FOR CERTIFICATE
ATTEND YOUR AUTODESK INVENTOR TRAINING ANYTIME AND ANYWHERE WITH AN INTERNET CONNECTION
100% SATISFACTION GUARANTEED
AVAILABLE FOR ONE YEAR FROM CLASS REGISTRATION
SAME DAY SUPPORT AVAILABLE VIA E-MAIL
AFFORDABLE PRICING
– – – –
A COMPLETE SELF-PACED TRAINING CLASS – INCLUDES LECTURES, DEMONSTRATIONS, HANDS ON ACTIVITIES AND ASSESSMENT QUESTIONS
THIS FORMAT REQUIRES THE STUDENT TO COMPLETE EACH CHAPTER IN A PRE-DESIGNATED ORDER.
SUCCESSFULLY COMPLETING A CHAPTER BY PASSING THE ASSESSMENT WITH A MINIMUM SCORE OF 80% ALLOWS THE STUDENT TO PROGRESS TO THE NEXT LEVEL
INCLUDES A TRAINING CENTER CERTIFICATE OF COMPLETION UPON SUCCESSFUL COMPLETION
ATTEND YOUR TRAINING ANYTIME AND ANYWHERE
100% SATISFACTION GUARANTEED
AVAILABLE FOR ONE YEAR FROM DATE OF REGISTRATION
SAME DAY SUPPORT AVAILABLE VIA E-MAIL
AFFORDABLE PRICING
– – – –

AIA CONTINUING EDUCATION
Our Autodesk self paced online training courses are AIA / CES registered so you can use them for your required continuing education needs. Each class comes with an official Training Center certificate of completion that you use to self report your training to your governing body.
DESCRIPTION – OBJECTIVES – PREREQUISITES

AUTODESK INVENTOR – TRAINING OUTLINE
- General
- Interoperability
New – Parts and Sketching
- Part Modeling Updates
- Sheet Metal
- Changes to Sketching
New – Freeform Environment Updates
- Freeform Modeling
- Assemblies and Presentations
- Assembly Enhancements
- Presentation Enhancements
Introduction to Autodesk Inventor
- Getting Started with Autodesk Inventor
- Working with Drawing Display Tools
- Important Terms and Definitions
Drawing Sketches for Solid Models
- Understanding the Sketching Environment
- Drawing Sketched Entities I
- Drawing Sketched Entities II
- Fillets, Chamfers, and Splines
Adding Constraints and Dimensions to Sketches
- Working with Geometric Constraints
- Working with Dimensional Constraints
- Measuring Sketched Entities
Editing, Extruding and Revolving the Sketches
- Editing Sketched Entities
- Creating Patterns, Adding Text and Images
- Extruding, Revolving, Primitives and Freeforms
- Rotating the View and Controlling the Display
Other Sketching and Modeling Options
- Creating Work Planes
- Creating Work Axes and Points
- Other Extrusion and Revolution Options
Advanced Modeling Tools – I
- Creating Holes
- Creating Fillets and Chamfers
- Moving the Faces and Editing Features
- Project Entities in the Sketching Environment
Advanced Modeling Tools – II
- Sweeps, Lofts, Coils and Threads
- Shells, Drafts and Splits
- Editing Surfaces
- Editing without Using Sketches
Assembly Modeling – I
- Understanding Assembly Modeling
- Assembling Components using the Constrain Tool
- Applying Joints to the Assembly
- Relationships, Moving and Rotating Components
Assembly Modeling – II
- Editing Assembly Constraints and Components
- Modifying Components in An Assembly
- Analyzing Assemblies and Creating Representations
Working with Drawing Views
- Drawing Standards
- Dimension Styles
- Annotating the Drawing
Presentations
- The Presentation Module
- Animating An Assembly
Working with Special Design Tools
- Adaptive Parts and Defining Parameters
- iParts
- 3D Sketches
Working with Sheet Metal Components
- Understanding Sheet Metal
- Additional Sheet Metal Options
- Introduction to Weldments
Understanding Weldments
- Editing Weldments
- Adding the Finishing Touches
Miscellaneous Tools
- Sketches
- iMates
- Title Blocks
Introduction to Stress Analysis
- Introduction to Analysis
- More on Analysis
- Starting an Analysis
- Applying Constraints and Loads
Introduction to Plastic Mold Design
- Starting with Plastic Mold Design
- Adjusting the Model
- Generating the Core and Cavity
- Runners, Wells, and Channels