Inventor Training Course

  Part 1: Autodesk Inventor
Lecture-1 Getting Started 
·      Understanding the User Interface

·      Designing Parametric Parts

·      Using Project Files for Part Design

·      Practical Exercise              

Lecture-2 Sketching, Constraining & Dimensioning 
·      Creating 2D Sketches

·      Constraining the Sketches

·      Adding Dimensioning to Sketches

·      Practical Exercise              

Lecture-3 Creating and Editing Placed Features 
·      Creating and Editing Sketched Features

·      Intermediate Sketching

·      Editing Parametric Parts

·      Creating Work Features

·      Creating Basic Swept Shapes

·      Creating Chamfers and Fillets

·      Creating Holes and Threads

·      Patterning and Mirroring Features

·      Creating Thin-Walled Parts

·      Practical Exercise              

Lecture-4 Creating and Editing Drawing Views 
·      Drawing Creation Environment

·      Creating Styles

·      Setting Drawing Standards

·      Drawing Sheet Preparation

·      Creating Title Blocks and Borders

·      Base and Projected Views

·      Section Views

·      Detail Views

·      Managing Views

·      Practical Exercise              

Lecture-5 Creating and Documenting Assemblies 
·      Designing Assemblies

·      Using Project Files for Assembly Design

·      Placing Existing Components in an Assembly

·      Constraining Components

·      Placing Standard Components Using the Content Center

·      Basic Part Design in an Assembly

·      Identifying Parts in an Assembly

·      Analysis and Motion Tools

·      Presenting Your Assembly

·      Bill of Materials

·      Creating and Customizing Parts Lists

·      Creating Balloons

·      Practical Exercise              

Lecture-6 Dimensions, Annotations, and Tables 
·      Automated Dimensioning Techniques

·      Manual Dimensioning Techniques

·      Annotating Holes and Threads

·      Creating Centerlines, Symbols, and Leaders

·      Creating Tables

·      Practical Exercise

  Part 2: Autodesk Inventor Advanced
Lecture-7 Getting Started 
·      Design Philosophies

·      Sketching, Modeling, Modification, Display Tips

·      Practical Exercise              

Lecture-8 Multi-Body Tools 
·      Multi-body Part Modeling

·      Practical Exercise              

Lecture-9 Advanced Work Features 
·      User Coordinate System

·      Grounded Work Points

·      Practical Exercise              

Lecture-10 Lofts & Loft Options 
·      Area Lofts

·      Advanced Sweeps

·      Coils

·      Analyzing a Model

·      Analysis Types, Analysis Procedures

·      Practical Exercise              

Lecture-11 Introduction to Surfacing 
·      Basic Surfaces

·      Patch Surfaces

·      Stitch Surfaces

·      Sculpting with Surfaces

·      Thickening and Offsetting a Surface

·      Extend and Trim Surface

·      Replace Face

·      Delete Face

·      Copy Surface

·      Importing Surfaces

·      Repairing Imported Surfaces

·      Practical Exercise              

Lecture-12 Custom Sketches 
·      Create Sketch Symbols

·      Place Sketched Symbols

·      AutoCAD Blocks in Inventor

·      Practical Exercise              

Lecture-13 Engineers Notebook 
·      Notes

·      Practical Exercise              

Lecture-14 Effective Assembly Tools 
·      General Assembly Tips

·      Constraint Tips

·      Motion Constraints

·      Transitional Constraints

·      Practical Exercise              

Lecture-15 Introduction to Top-Down Design 
·      Top-Down Design

·      Top-Down Design Technique

·      Additional Top-Down Design Tools

·      Practical Exercise              

Lecture-16 Derived Components 
·      Derived Component

·      Modifying Derived Components

·      Practical Exercise              

Lecture-17 Assembly Parts and Features 
·      Assembly Parts

·      Assembly Features

·      Practical Exercise              

Lecture-18 Associative Links and Adaptive Parts 
·      Associative Links

·      Adaptive Assembly Parts

·      Practical Exercise              

Lecture-19 Skeleton Models and Derived Components 
·      Working with Skeletons

·      Practical Exercise              

Lecture-20 iFeatures & iParts 
·      Creating / Inserting / Editing iFeatures

·      Table-Driven iFeatures

·      Creating / Inserting / Editing iParts

·      Table-Driven iParts

·      Practical Exercise              

Lecture-21 Translation 
·      Import and Export Data

·      Import Data Formats

·      Importing Solids

·      Practical Exercise              

Lecture-22 Drawing Tools 
·      Create Hole Tables

·      Revision Tables and Tags

·      Tables for Factory Members

·      Surfaces in Drawing Views

·      Practical Exercise              

Lecture-23 Design Accelerator 
·      Design Accelerator

·      Generators

·      Calculators

·      Practical Exercise              

Lecture-24 Inventor Studio 
·      Introduction to Inventor Studio

·      Rendering

·      Animation

·      Creating a Standard Room

·      Practical Exercise              

Lecture-25 iAssemblies 
·      Introduction

·      Create Basic iAssemblies

·      Create Multi-Level iAssemblies

·      Derived Components

·      Modify Derived Components

·      Practical Exercise              

Lecture-26 Applying Motion with Constraints 
·      Driving Constraints

·      Motion Constraints

·      Transitional Constraints

·      Practical Exercise              

Lecture-27 Positional / Level of Detail Representations 
·      Introduction to Positional representations

·      Create and Edit Positional representations

·      Using a Positional Representation

·      Level of Detail Representations

·      System-Defined Level of Detail representations

·      User-Defined Level of Detail Representations

·      Using Level of Detail Representations

·      Practical Exercise              

Lecture-28 Assembly Duplication Options 
·      Pattern Components

·      Mirror Components

·      Copy Components

·      Practical Exercise              

Lecture-29 Assembly Bill of Materials 
·      Create Virtual Components

·      Create Bill of Materials

·      Frame Generator

·      Frame Generator

·      Structural Shape Author

·      Practical Exercise

  Part 3: Autodesk Inventor-Sheet Metal
Lecture-30 Understanding Sheet Metal Modeling 
·      Sheet Metal Concepts

·      Sheet Metal Terminology

·      Sheet Metal Environment

·      Sheet Metal Design Process

·      Working With Sheet Metal Rules

·      Sheet, Bend and Corner Tab Options

·      Bend Tables

·      Practical Exercise              

Lecture-31 Creating Sheet Metal Features 
·      Applying Existing Sheet Metal Defaults

·      Creating a Face as a Base Feature

·      Creating a Contour Flange as a Base Feature

·      Creating a Contour Roll as a Base Feature

·      Sheet Metal Parameters

·      Bend Relief Shapes

·      Faces as Secondary Features

·      Contour Flanges as Secondary Features

·      Contour Rolls as Secondary Features

·      Practical Exercise              

Lecture-32 Working with Flanges and Rips 
·      Creating Flanges

·      Corner Relief Options

·      Lofted Flanges

·      Rips

·      Practical Exercise              

Lecture-33 Bending Sheet Metal 
·      Hems

·      Folds

·      Bend Features

·      Practical Exercise              

Lecture-34 Sheet Metal Cuts 
·      Creating Cut Features

·      Creating Straight Holes

·      Using Punch Tool Features

·      Cuts Using Surfaces

·      Practical Exercise              

Lecture-35 Flat Pattern Environment 
·      Creating Flat Patterns

·      Orienting Flat Patterns

·      Punch Representations

·      Bend Angle

·      Flat Pattern Cleanup

·      Exporting to DXF/DWG

·      Practical Exercise              

Lecture-36 Documentation 
·      Documentation and Annotation

·      Sheet Metal Drawing Terminology

·      Creating Sheet Metal Drawings

·      Bend and Punch Notes

·      Bend Tables

·      Punch Tables

·      Bend Order

·      Cosmetic Centerlines

·      Practical Exercise              

Lecture-37 Converting Parts to Sheet Metal 
·      Converting Solid Model to Sheet Metal

·      Non-Ruled Surfaces

·      Practical Exercise              

Lecture-38 Corner Rounds, Chamfers and Seams 
·      Creating Corner Rounds

·      Creating Corner Chamfers

·      Creating Corner Seams and Miters

·      Creating Corner Rips

·      Using Corner Seams and Bends

·      Practical Exercise

  Part 4: Autodesk Inventor- Simulation
Lecture-39 Introduction to Engineering Analysis 
·      Stress Analysis Overview

·      Practical Exercise              

Lecture-40 Stress Analysis 
·      Preparing and Running a Simulation

·      Viewing Results

·      Analyzing Assemblies

·      Performing a Parametric Design Study

·      Mesh Control and Convergence

·      Performing a Modal Analysis

·      Practical Exercise              

Lecture-41 Engineering Problems and Solution 
·      Solving Design Problems

·      Practical Exercise

  Part 5: Autodesk Inventor Professional
Lecture-42 User Interface 
·      Describe how to use the heads up display (HUD) to create and edit features

·      Identify how to use visual styles to control the appearance of a model

·      Practical Exercise              

Lecture-43 Project Files 
·      Describe the options for controlling a project file

·      Practical Exercise              

Lecture-44 Sketching 
·      Recall the function of each sketch constraint

·      Demonstrate how to create dynamic input dimensions

·      Practical Exercise              

Lecture-45 Part Modeling 
·      Create extrude features

·      Create fillet features

·      Create hole features

·      Create a pattern of features

·      Describe how to use the Project Geometry and Project Cut Edges commands

·      Create revolve features

·      Create a shell feature

·      Create work features and a UCS

·      Practical Exercise              

Lecture-46 Drawing 
·      Explain how to edit a base and

·      projected views

·      Describe how to create a slice view in a drawing

·      Demonstrate how to create and edit dimensions in a drawing

·      Describe how to edit a hole table

·      Describe how to modify a parts list

·      Demonstrate how to edit a section view

·      Practical Exercise              

Lecture-47 Assembly Modeling 
·      Describe the process of finding the minimum distance between parts and components

·      Describe the function of the different assembly constraints

·      Describe how to modify a bill of materials

·      Explain the method of creating a frame using the frame generator command

·      Identify uses for surfaces in the modeling process

·      Practical Exercise              

Lecture-48 Presentation Files 
·      Describe how to animate a presentation file

·      Practical Exercise              

Lecture-49 Advanced Modeling 
·      Describe the procress to emboss text and a profile

·      Create and constrain sketch blocks

·      Describe the process of creating an iAssembly

·      Describe the process to create an iPart

·      Practical Exercise              

Lecture-50 Sheet Metal 
·      Demonstrate how to create and edit a sheet metal flat pattern

·      Describe the different types of sheet metal flanges that Inventor can create

·      Demonstrate how to annotate a sheet metal part in a drawing

·      Practical Exercise

  Part 6: Autodesk Inventor Expert
Lecture-51 Part Modeling 
·      Create extrude features

·      Create hole features

·      Practical Exercise                      

Lecture-52 Drawing 
·      Demonstrate how to edit a section view

·      Create a slice view in a drawing

·      Demonstrate how to modify a style in a drawing

·      Practical Exercise              

Lecture-53 Assembly Modeling 
·      Apply assembly constraints

·      Create a part in the context of an assembly

·      Create components using the Design

·      Accelerator commands

·      Create and edit a frame using the Frame

·      Generator command

·      Create a level of detail

·      Create a positional representation

·      Practical Exercise              

Lecture-54 Advanced Modeling 
·      Create a 3D path using the Intersection Curve and the Project to Surface commands

·      Create a multi-body part

·      Create a part using surfaces

·      Create an iPart

·      Create a loft feature

·      Create plastic part features

·      Create a sweep feature

·      Practical Exercise              

Lecture-55 Sheet Metal 
·      Create flanges using the Flange, Contour Flange, and Lofted Flange commands

·      Practical Exercise              

Lecture-56 Weldments 
·      Create a weldment

·      Practical Exercise

  Part 7: Project Development
Project Development