Autodesk Inventor 2011 Training

Autodesk Inventor® 2011 Training Course

Discover the program structure and essential features of Autodesk Inventor with this Autodesk Inventor 2011 training DVD covering 312 individual topics and over 22 hours of instructor-led training. Your instructor, Allen Gager, is a highly capable Design Engineer who is proficient with large assembly models. He has over eighteen years of design experience and has had successes in streamlining design cycles and helping others effectively utilize the latest version of Autodesk Inventor Professional software.

As a flexible CAD training solution, you can sort the lessons and progress from beginner to advanced topics; or just review seldom used commands and added functionality of new releases.

TESTIMONIAL:
"This tutorial is awesome! I've been trying to learn ADT on my own, and with some incorrect advice from others trying to learn on their own. My frustration has completely subsided and I have started a new project with confidence and ease. It took me about a day and a half to get through the 'beginner' portion of the DVD and now I'm actually building an intelligent set of dwgs. With the DVD, if I forget how to do a command, I simply click on that lesson again and then I can move-on. I give it an A+."
Melissa C. - USA

Features & Benefits of Autodesk Inventor 2011 Training CBT:

• Use at Your Office or at Home
  Training software can be installed on a PC or laptop.
• Powerful Keyword Search
  Quickly locate relevant lessons or reference seldom used commands.
• Sort Lessons By Skill Level
  Work your way from Beginner to Advanced level topics.
• Project Files
  Make the most of your learning experience by opening the included project files directly in your own software while following along with the instructor-led video tutorials.
• Intelligent History
  Track the lessons you’ve completed or restart a lesson exactly where you left off.
• Multimedia DVD based Training
  With DVD based training, the lectures were video taped and then digitized and presented to you in Full Motion Video, Audio, & Graphics.

System Requirements: 1 GHz Processor (minimum), DVD-ROM Drive (Does not play on TV DVD players), 512 MB RAM, Sound Card. Available Hard Disk Space 500 MB. 1024x768 Screen Resolution & 32 bit true color display required. Internet Explorer 6.0 or later. Adobe® Flash® Plugin. Windows 2000, XP, Vista, or Windows 7.
NOT COMPATIBLE with Windows 95, 98, NT 4.0, ME, or MAC OS X.

User License: This is a single user licensed product and user can authorize the product on a maximum of 2 of his/her computers (for example, on a work machine and a home or laptop computer). Please call for multi-user license information.

Course Outline - Autodesk Inventor 2011 Training Series:

(312 Individual Video Lessons - Over 22 Hours of Instructor-Led Training)

Getting Started

• Installation Highlights
• Ribbon: Get Started Tab
• Navigating the Autodesk Inventor Environment
• Multiple Document Tools
• Using Standard View Navigation tools
• Using ViewCube
• Using the Navigation Bar
• Using SteeringWheel or Navigation Wheel
• Using a 3D Mouse
• Information Center and Help
• Using the Quick Access Toolbar
• Application Menu
• Application Menu Management Tools
• Using the Inventor Ribbon Interface
• Introduction to Project Files
• Creating New Inventor Files
• Opening Inventor Existing Files

Working With Assemblies

• Understanding Assembly Files
• Identifying Assembly Components
• Browser Folders
• Introduction to Component Visibility
• Introduction to Browser Filter and Find
• Degrees of Freedom and Constrained Drag Concepts
• Grounded Components
• Identifying Existing Assembly Constraints
• Editing Existing Assembly Constraints
• Drive Assembly Constraints to Simulate Motion
• Replace a Component in an Assembly
• Editing an Assembly Component
• Measuring Assembly Components
• Center Of Gravity
• Creating a New Assembly
• Placing a Component in an Assembly
• Create a Component in Place
• Place Component From Content Center
• Analyze Interference
• Introduction to the Bill of Materials
• Place a Virtual Component in an Assembly
• Move and Rotate an Assembly Component
• Creating 3D Constraints: Mate and Flush
• Creating 3D Constraints: Tangent and Insert
• Creating 3D Constraints: Angle
• Creating 3D Constraints: Motion
• Creating 3D Constraints: Transitional
• Creating 3D Constraints: Constraint Set
• Creating 3D Constraints: Contact Solver
• Creating 3D Constraints: Assemble
• Creating 3D Constraints: Constraint Limits
• Assembly Features
• Copy Components
• Pattern Components
• Mirror Assembly Components
• Promote and Demote Assembly Components

View Appearance

• View Appearance: Overview
• View Appearance: Realistic
• View Appearance: Materials
• View Appearance: Shaded
• View Appearance: Wireframe
• View Appearance: Monochrome, Illustration and Watercolor
• View Appearance: Shadows
• View Appearance: Reflections
• View Appearance: Ground Plane
• View Appearance: Section Views
• View Appearance: Standard Lighting
• View Appearance: Image‐Based Lighting

Assembly Management

• View Representation
• Documenting View Representations
• Positional Representations
• Documenting a Positional Representation Using Overlay
• Creating a Level of Detail
• Documenting a Level of Detail
• Shrinkwrap and Substitute: Single Body
• Shrinkwrap and Substitute: Solid Body, Keep Planar Faces
• Shrinkwrap and Substitute: Single Composite
• Shrinkwrap and Substitute: Multi‐Body

Presentations

• Create a Presentation
• Tweaking Components
• Animate Views

Assembly and Presentation Documentation

• Introduction to the Drawing Environment
• Introduction to the Drawing Environment: Tools Tab
• Creating Presentation and Assembly Drawings
• Create and Edit a Parts List
• Parts List Filters
• Manually Place Balloons in an Assembly Drawing
• Automatically Place Balloons in an Assembly Drawing
• Create and Edit Bill of Materials
• Revision Tables and Revision Tags

Create and Edit Parts

• Introduction to Part Modeling
• Modifying a Sketched Feature
• Modifying a Placed Feature
• Modifying a Work Feature
• Creating a New Part
• Introduction to the Sketch Environment
• Sketch Overview
• Basic Sketch Tools
• Geometric Constraints
• Dimensional Sketch Constraints
• Design Intent and Model Parameters
• User Parameters
• Modify Sketch Tools: Trim, Extend
• Extruded Feature: Base, Cut, Join
• Extruded Feature: Intersect
• Extruded Feature: Extents
• Extruded Feature: Alternate Solution and Taper
• Revolved Feature: Base, Cut, Join and Intersect
• Bend Feature
• Work Feature: Work Axis
• Work Feature: Work Plane
• Work Feature: Work Point
• Hole and Thread Data
• Hole: Linear Placement
• Hole: Concentric Placement
• Hole: Point Placement
• Hole: Sketch Placement
• Hole: Operations and Options
• Hole: Terminations and Types
• Hole: Direct Manipulation
• Fillet: Edge Mode
• Fillet: Setback Options
• Fillet: Loop Select and Feature Select
• Fillet: Face Fillet and Full Round Fillet
• Fillet: Variable Radius
• Chamfer
• Thread Feature
• Spilt Tool
• Draft Tool
• Shell Tool
• Parameters Linked to Models

Documenting Parts

• Creating a New Drawing
• Borders and Title Blocks
• Base and Projected Views
• Auxiliary View
• Section View
• Detail View
• Broken View
• Break Out View
• Crop View
• Slice View
• Draft View
• Editing Drawing Views
• Replace Model Reference
• Retrieving Model Dimensions and Auto Arrange
• Dimension Isometric View
• Baseline Dimension and Baseline Dimension Set
• Ordinate Dimension and Ordinate Dimension Set
• Chain Dimensions and Chain Dimension Set
• Moving Annotation Dimensions and Adjusting Properties
• Annotation Centerlines
• Annotation Centerlines in Multiple Drawing Views
• Create a Sketched Symbol
• Placing Annotation Text and Symbols
• Annotation Leader Text and Annotation Symbols
• Annotation Text Stacking with Superscript and Subscript
• Annotate the Center of Gravity
• Hole, Thread and Chamfer Notes
• Hole Table
• Create a General Table
• Edit Dimension Annotations
• Dimension Annotation Styles
• Drawing Sketches: Projected Geometry
• Dimension to Intersection
• Dual Dimension and Alternate Unit Dimension
• Dimension Highlight
• Spline Dimensions
• Add a Tolerance to Dimensions
• Hatching: Overview
• Hatching: Load a Custom Hatch Pattern
• Hatching: Break Around Text
• Hatching: Cut Views
• AutoCAD Blocks: Import
• AutoCAD Blocks: Pattern
• AutoCAD Blocks: Rotate and Scale

Multi‐body Parts

• Multi‐Body Parts: Create
• Multi‐Body Parts: Make Components

Weldment

• Creating a New Weldment and the Weldment Environment
• Welds: Fillet and Groove
• Weldment: Preparations
• Weldment: Machining
• Weldment: Documentation

Advanced Sketching and Constraining Techniques

• 2D Spline
• Import Points
• Sketch Patterns
• Shared Sketches and Copied Sketches
• Mirror Sketch and Symmetric Constraints
• Slice Graphics in a Part File
• Linking Spreadsheet Parameters
• Edit Coordinate System
• Automatic Dimensions

Frame Generator

• Frame Generator: Overview
• Frame Generator: Insert Frame Member
• Frame Generator: Change Frame Member
• Frame Generator: Miter
• Frame Generator: Notch
• Frame Generator: Trim to Frame
• Frame Generator: Trim/Extend
• Frame Generator: Lengthen/Shorten
• Frame Generator: Frame Analysis Overview

Advanced Part Modeling Techniques

• Use Open Profiles to Create Part Features
• Create Rib and Web Features
• Emboss Features
• Geometry Text
• Create Swept Features
• 3D Sketch: Included Geometry
• 3D Sketch: Projected Geometry
• 3D Sketch: Sketching
• 3D Sketch: Helical Curve
• Create Coil Features
• Loft: Sections
• Loft: Centerline and Twist
• Loft: Area and Face
• Copy Feature
• Mirror Feature
• Suppress Features
• Reorder Features
• Derived Part
• Derived Assembly
• Derived Insert
• Decal: Part
• Decal: Assembly
• Auto Limits

Sheet Metal

• Sheet Metal: Overview
• Sheet Metal: Defaults
• Sheet Metal: Rules
• Sheet Metal: Bend Tables
• Sheet Metal: Style Library
• Sheet Metal: Face
• Sheet Metal: Flange Dialog Box Overview
• Sheet Metal: Flange
• Sheet Metal: Contour Flange
• Sheet Metal: Lofted Flange
• Sheet Metal: Hems
• Sheet Metal: Fold
• Sheet Metal: Bend
• Sheet Metal: Convert a Standard
• Part to a Sheet Metal Part
• Sheet Metal: Cut
• Sheet Metal: Corner Seam
• Sheet Metal: Corner Seam, Corner Rip
• Sheet Metal: Corner Round and Corner Chamfer
• Sheet Metal: Contour Roll
• Sheet Metal: Punch
• Sheet Metal: Rip
• Sheet Metal: Flat Pattern
• Sheet Metal: Common Tools between Part and Sheet Metal
• Sheet Metal: Export Flat Pattern
• Sheet Metal: Unfold and Refold
• Sheet Metal: Cosmetic Bend Lines
• Sheet Metal: Surface Using Thicken
• Sheet Metal: PEM Fastener

Documenting Sheet Metal

• Sheet Metal: Placing Views
• Sheet Metal: Orientation
• Sheet Metal: Bend Notes and Tables
• Sheet Metal: Punch Notes and Tables
• Sheet Metal: Bend Order
• Sheet Metal: iProperties on idw

Plastic Part Design

• Introduction to Plastic Part Design
• Plastic Part Feature: Grill
• Plastic Part Feature: Snap Fit
• Plastic Part Feature: Boss, Thread Side
• Plastic Part Feature: Boss, Head Side
• Plastic Part Feature: Rule Fillet
• Plastic Part Feature: Lip and Groove
• Plastic Part Feature: Rest

Sketch Blocks

• Sketch Block: Create
• Sketch Block: Insert, Edit and Constrain
• Sketch Block: Make Components

Drawing File Creation and Settings

• Images in Title Blocks
• Templates
• Drawing Resources
• Create and Edit Sheets
• Custom Borders
• Custom iProperties in the Title Block

Document Settings and Application Options

• Application Options: Document Settings
• Application Options: Prompt Tab
• Application Options: Sketch Tab
• Application Options: Save Tab
• Application Options: General Tab
• Application Options: Colors Tab
• Application Options: Files Tab
• Introduction to the Style Editor
• Document Settings: Bill of Materials

Content Center

• Introduction to Content Center Content
• Inserting Content from Content Center
• Using AutoDrop
• iMates
• Create Custom Content Center Libraries

iFeatures

• Extract and Create an iFeature
• Place an iFeature
• Edit an iFeature
• iParts
• iAssemblies
• Author iCopy Component
• Author iCopy Component: Create Derived Members
• iCopy: Create an iCopy Assembly

Import and Export

• Import and Export: Importing CATIA 5 and Other File Formats
• Import and Export: Exporting File Formats
• Import and Export: Pack and Go

Surfaces

• Create and Edit a Surface
• Replace Face and Sculpt
• Silhouette Curve

Design Accelerators

• Design Accelerator: Spur Gears
• Design Accelerator: Cylindrical Cam
• Design Accelerator: O‐Ring
• Design Accelerator: Bolted Connection
• Design Accelerator: Shaft

iLogic

• iLogic: Basic Overview
• iLogic: Parameters
• iLogic: Parameter Filters
• iLogic: Feature Suppression
• iLogic: Dimensions

Selection

• Selection Filters: Assembly
• Selection Filters: Part
• Selection Filters: Drawing

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