Solid Edge Training

• Handle interface, file management, and design workflow
• Use dimension and annotation tools
• Construct the models using pre-synchronous tools
• Develop fully synchronous models and assemblies
• Work on production level sheet metal design
• Efficiently use assembly design tools and document all files
• Differentiate between traditional and synchronous design
• Implement assembly models and relationship between them
• Work with Solid Edge Embedded Client

• Mechanical engineers
• Designers
• Drafters

Module 1: Prime

1. Interface - The Look

• Learning Tools
• Help
• Tooltips
• Command Finder
• Tutorials
• Take a tour of the User Interface

2. Design

• Design Workflow
• Application Button
• Quick Access Toolbar
• The Ribbon with Tabbed Groups
• Command Bar with Docking Window and Tab Sets
• Prompt and Status Bar
• Mouse Button Options
• Traditional Part Design Workflow
• Creating Models
• Edit and Change
• Adding to the Model
• Manage the Completed Model

3. Draft

• Interface
• Sheets
• Views
• Dimensions and Annotation Tools
• 2D to 3D to 2D Workflow
• Custom Sheets and Title Blocks

4. Assembly

• Interface
• Building the Foundation: Relationships
• Changing that Foundation, No Cracks!
• Component Design Changes
• Tools for Managing the Growing Assembly

5. Assembly Draft

• Views
• Bill of Materials / Parts List
• Explode/Render/Animate – Exploded Views

Module 2: Synchronous Transition

6. Itinerary

• Interface - The New Look
• Learning Tools
• Help
• Tooltips
• Command Finder - Take a Tour of the User Interface

7. Design Workflow

• Application Button
• Quick Access Toolbar
• The Ribbon with Tabbed Groups
• Command Bar with Docking Window and Tab Sets
• Prompt and Status Bars
• Mouse Button Options

8. Design

• Optimized Part Design Workflow
• PRE-ST Design Tools
• Creating HYBRID Models: History-based and PRE-ST
• Working with HYBRID Models
• Synchronous Design
• Workflow
• Real-time Changes
• Live Rules

9. Assembly

• Interface
• Building the Foundation: Relationships
• Changing that Foundation…No Cracks!
• Component Design Changes
• Tools for Managing the Growing Assembly
• Synchronous Assemblies
• Synchronous Assembly Design

Module 3: Sheet Metal

1. Itinerary

• Sheet Metal Design Methods
• Sheet Metal Material's Table
• Sheet Metal Features
• Tab
• Flange
• Contoured Flange
• Lofted Flange
• Close Corner

2. Sheet Metal Features

• Tab
• Flange
• Contoured Flange
• Lofted Flange
• Close Corner

3. Sheet Metal Deformation

• Jogs
• Louvers
• Drawn Cuts
• Dimples
• Beads
• Gussets

4. Additional Sheet Metal Features

• Normal Cutout
• Bend, Unbend, and Rebend
• Break Corner
• Flattening Sheet Metal Parts

5. Documenting Sheet Metal Parts

• Creating Sheet Metal Drawings
• Flat Pattern
• Bend and Punch Tables

6 . Convert to Sheet Metal

• Rip Corner
• Mid-Surface

Module 4: Advanced Part & Assembly Design

1. Part Breakdown

• Where to start, Sketches or Regions?
• Traditional or Synchronous design? Which features to model first

2. Profile/Sketch Tools

• 2D designs that will improve your use of Intellisketch
• Tips for faster more reliable sketching
• Predictable/reliable profiles that won't blow up

3. Optimize Design

• Which features to draw?
• Which featured to model?
• Learn to model the part - not draw it, what are LIVE RULES?
• Combining features to reduce file overhead and control changes
• Model intermediate to difficult parts w/SMART PARTS

4. Assembly Methods and Relationships

• Interface
• Methods (bottom-up / top-down)
• Applying relationships

5. Additional Relationships

• All relationships w/Rapid part placement
• Using ref planes and patterns

6. Editing Assemblies

• Checking tools
• Interference checks
• Dynamic movement
• Editing relationships/models
• Controlling updates
• Move and replace parts

7. View Types

• tools for faster display and response on large assemblies
• 3D Sections, view styles and shortcut
• Modeling assemblies
• Creating detailed drawings
• Practicing your skills with projects
• Working with Solid Edge Embedded Client