00. Introduction

1. Welcome
2. Using the exercise files
3. Certification overview
4. Interface changes

01. Basic Concepts

1. Exploring major workflow steps
2. Home dashboard
3. Reviewing different file types

02. Leveraging the Project

1. Project file introduction
2. Create a project
3. Setting up the project file

03. Navigating the Interface

1. Navigating using the ViewCube
2. Navigating using the navigation tools
3. Using the browser
4. Using the ribbon bar
5. Using the Quick Access Toolbar
6. Using the Marking menu

04. Sketching Concepts

1. Introducing sketching
2. Working with origin geometry
3. Understanding constraints

05. Create Sketch Geometry

1. Drawing lines
2. Create rectangles and arcs
3. Create splines
4. Construction geometry
5. Dimensioning
6. Parameters

06. Modifying Sketch Geometry

1. Trim, Extend, and Split tools
2. Offsetting sketch geometry
3. Pattern and mirror sketch geometry

07. Work Features

1. Understanding work features
2. Create offset work planes
3. Create work planes
4. Create work axes and points

08. Projecting and Importing Geometry

1. Projecting geometry
2. Import AutoCAD data
3. Autodesk AnyCAD

09. Understanding Part Modeling

1. Part feature introduction
2. Create a base extrusion feature
3. Create an extrusion to next face
4. Extrude enhancements
5. Create revolves
6. Complex shapes with the Loft tool
7. Add control to a loft by creating rails
8. Create a sweep feature
9. Create a sweep feature with model edges

10. Building Parts with Placed Features

1. Adding concentric holes
2. Adding linear holes
3. Adding threaded holes
4. Bi-directional holes
5. Modify edges with fillets and chamfers
6. Partial chamfers
7. Hollowing parts with the shell feature

11. Create Patterns of Features

1. Create rectangular feature patterns
2. Add intelligence to a rectangular pattern
3. Create rectangular feature patterns along a path
4. Create circular feature patterns
5. Mirroring part features
6. Sketch pattern

12. Create Sculpted Objects

1. T-Splines introduction
2. Create a base form
3. Understanding the Edit Form tool
4. Taking advantage of symmetry
5. Inserting and modifying edges

13. Adding Parts to an Assembly File

1. Introduction to assemblies
2. Placing components
3. Creating and editing components in an assembly
4. Placing fasteners from the content center

14. Using Constraints to Position Parts

1. Mate or Flush constraint
2. Angle constraint
3. Insert constraint
4. Driving constraints
5. Translational constraint
6. Motion constraint
7. Contact sets

15. Assembly Visualization Techniques

1. Adding materials to parts in an assembly
2. Visual styles
3. Enhancing the design experience with visual settings

16. Create Drawing Views

1. Exploring initial drawing creation
2. Placing views Base and projected views
3. Create section views
4. Create detail views
5. Create breakout views

17. Create Basic Annotations

1. Create general dimensions
2. Changing dimension precision
3. Create baseline, ordinate, and chain dimensions

Conclusion

1. Next steps

Exercise Files

01. Introduction

1. Avoiding design fatigue
2. What you should know
3. Overview of the data sets

02. Parameters - Foundation to Automation

1. Importance of parameters and equations
2. Parameter basics
3. Equations in parameters
4. User parameters
5. Functions in parameters
6. Summary and best practices

03. Data Reuse with iFeatures

1. iFeatures overview
2. Setting up a part to be an iFeature
3. Publishing iFeatures
4. Adding parameters to iFeatures
5. Creating table-driven iFeatures
6. Adding intelligence to iFeatures
7. Summary and best practices

04. Streamlining Assembly Creation with iMates

1. What are iMates
2. Creating a simple iMate
3. Creating composite iMates
4. Inferring iMates from existing constraints
5. Summary and best practices

05. iParts - Creating Part Configurations

1. Introduction to iParts
2. Creating and defining a simple iPart
3. Creating and defining a more complex iPart
4. Placing iParts in assemblies
5. Standard iParts vs. custom iParts
6. Summary and best practices

06. iAssemblies - Creating Assembly Configurations

1. Overview of iAssembly configurations
2. Creating iAssemblies
3. Example of iAssembly
4. Creating multiple iAssembly configurations
5. Summary and best practices

07. Introducing Product Configurations with iLogic

1. Overview of iLogic configurations
2. Preparing a part for iLogic
3. Part-level rules
4. Building an iLogic configurator form
5. Configuring the front frame
6. Configuring the step assemblies
7. Configuring the rear frame and platform
8. Introduction to generative design
9. Summary and best practices

08. Conclusion

1. Next steps

Exercise Files

01. Introduction

1. Welcome
2. What you should know before watching this course
3. Using the exercise files

02. Rendering an Image

1. What is rendering
2. Getting started quickly
3. Modify output
4. Style tab

03. Appearance Styles

1. Applying existing appearance styles
2. Modify appearance styles

04. Cameras

1. Current view
2. Create a custom camera

05. Lighting Styles

1. Overview and General tab
2. Modify existing light styles
3. Create custom lights

06. Scene Styles

1. Exploring the Background and Environment tabs
2. Add a custom background

07. Animations

1. Exploring the animation timeline
2. Animate components
3. Animate constraints
4. Animate fade
5. Animate cameras
6. Animate light
7. Video Producer

08. Conclusion

1. Next steps

Exercice Files

00. Introduction

1. Wel
2. Intro
3. Files

01. Preparing to Create Your Parts

1. Defaults
2. Unfoldcalculations

02. Creating Sheet Metal Features

1. Face
2. Flange
3. Contourflange
4. Contourroll
5. Hem
6. Bend
7. Fold
8. Loftedflange

03. Tools that Modify Parts

1. Cut
2. Cornerseam
3. Punchtools
4. Riptool
5. Fasteners
6. Cornertreatments
7. Unfoldrefold
8. Patterns

04. Documenting Your Design

1. Flatpattern
2. Drawingviews
3. Dimensioning
4. Tables
5. Export

05. Conclusion

1. Goodbye

Exercise Files