Autodesk Inventor 2008 Training

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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.

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Features & Benefits of Autodesk Inventor 2008 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.
• Intelligent History
  Track the lessons you’ve completed or restart a lesson exactly where you left off.
• Server-Based - Optional
  Share lessons across your network (multi-user license required for this option).
• 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.

Join thousands of corporate repeat customers in receiving the highest quality training products on the market.

AutoDesk Inventor 2008 Training Series

System Requirements: x86/400 mhz processor (minimum), CD-ROM Drive,
128 MB RAM, Sound Card. 1024x768 Screen Resolution & 32 bit true color display required. Available Hard Disk Space 500 MB. Windows 2000, Windows XP, or Windows Vista.
NOT COMPATIBLE with Windows 95, 98, NT 4.0, or ME.

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.

*Overseas orders, please contact us.

AUTODESK INVENTOR 2008 TRAINING COURSE OUTLINE:
(127 Individual Video Lessons - 14 Hours of Instructor-Led Training)

Getting Started

• Getting started with Autodesk Inventor
• Creating a Single User Project
• Changing Inventor's Application Options
• Inventor's User Interface and Help Tools
• Inventor Command, customizing short cuts and Undo and Redo tool
• Inventor's viewing tools

Sketch, Constraining and Dimensioning

• Inventor's Sketch and Part Application Options, Units and Templates
• Sketches and Default Planes, auto project origin, planes, new sketch
• Inventor's 2D sketching tools
• Selecting and Deleting Objects
• Measuring sketches and parts
• Adding 2D sketch constraints
• 2D sketch constraints
• Construction geometry
• Snaps and dragging
• Move, Copy, Rotate, Scale, Stretch tools
• Applying sketch dimensions
• Importing AutoCAD DWG file
• Overview technique to open SAT, STEP, ProE, DXF, IGES files

Creating and Editing Sketched Features

• Introduction to features
• Define active sketch
• Extrude a sketch
• Revolve a sketch
• Editing a feature and a features sketch
• 3D Grip option and the Move Face tool
• Rename feature, feature color, delete feature, Project edges

Creating Placed Features

• Create fillet features
• Create chamfer features
• Create hole features
• Create thread features
• Create shell features
• Create face draft features
• Create work axis and work planes features- Part I
• Create work axis and work planes features- Part II
• Create work points and grounded work points
• Controlling the visibility of work features
• Creating rectangular patterns
• Creating circular patterns
• Creating linear patterns

Creating and Editing Drawing Views

• Starting and preparing a drawing
• Creating base and projected views
• Creating auxiliary, section and detail views
• Creating broken views
• Creating break out views
• Creating and Editing Slice Views
• Creating draft views
• Editing drawing views
• Retrieving model dimensions and placing drawing dimensions
• Create baseline dimensions
• Create ordinate dimensions
• Working with Styles
• Moving dimensions in a drawing view
• Adding centerlines to drawings
• Placing text and symbols in a drawing
• Placing hole notes and chamfer notes
• Creating a hole table
• Create a table in a drawing

Creating and Documenting Assemblies

• Creating an assembly file and the assembly browser
• Inserting Parts and creating parts in place
• Create a subassembly and work with grounded parts.
• Apply basic assembly constraints
• Apply motion constraints
• Enable, disable and control the visibility of components.
• Edit components in an assembly and isolate constraint errors.
• Create adaptive parts
• Pattern assembly components
• Analysis tools in an assembly
• Drive assembly constraint to simulate motion
• Create a presentation file
• Create drawing views from an assembly and presentation file
• Place balloons, create a parts list and edit it via a bill of material
• Create a revision table

Advanced Sketching and Constraining Techniques

• Import points and create splines
• Create and edit pattern sketches.
• Share and copy a sketch
• Use the 2D mirror tool and symmetric constraint
• Slice the graphics in a part and assembly.
• Change the display of dimensions and create a relationship between dimensions.
• Parameters and spreadsheets

Advanced Part Modeling Techniques

• Use open profiles to create a feature
• Create ribs and webs
• Emboss text and sketches
• Sweep features
• 3D sketches
• Coil feature
• Loft features
• Create and edit surfaces
• Split a face and part
• Copy and paste features
• Mirror features on a part
• Suppress, Conditionally Suppress, and reorder features and feature rollback
• Create a derived part and assembly
• Create AutoLimits

Design Automation Techniques

• Create iMates
• Create, use and document iParts
• Create, use and document iAssemblies
• Create iFeatures and reuse them on other parts
• Design views
• Create level of detail in an assembly and use when creating drawing views
• Flexible assemblies, positional representations and overlay drawing views.
• Use the contact solver
• Mirror components in an assembly
• Copy components in an assembly
• Create assembly features
• Content Center
• Design Accelerator
• Frame Generator

Sheet Metal Design

• Using sheet metal styles
• Face tool
• Contour Flange tool
• Flange tool
• HEM tool
• Fold tool
• Bend tool
• Cut tool
• Corner Seam tool
• Corner Round and Chamfer tool
• Punch Tool
• Creating flat pattern
• Common Sheet Metal and Feature Tools
• Document sheet metal designs

Weldments

• Creating a new weldment
• Weld preparations
• Create fillet and Groove (Gap) welds
• Create machining operations
• Document weldments