SOLIDWORKS ADVANCED ASSEMBLY MODELING TRAINING
Course Description: SOLIDWORKS Assembly Modeling training course teaches you how to maximize your use of assembly modeling capabilities of the SOLIDWORKS mechanical design automation software.
SOLIDWORKS Assembly Modeling training runs over a span of two days and covers ten lessons which include advanced mate techniques; top-down assembly modeling; assembly features, smart fasteners and smart components; and assembly editing among others.
SOLIDWORKS Assembly Modeling training course is ideal for users who wish to enhance their skills of assembly modeling.
Advanced Mate Techniques
•SOLIDWORKS Assemblies
•Assembly File Structure
•Feature Manager Design Tree
•Opening Assemblies
•File References
•Solving Mates
•Advanced Mate Techniques
•Case Study: Mate Shortcuts
•Mate References
•Design Library Parts
•Capture Mate References
•Multiple Selection Mate References
•Multiple Mate Mode
•Width Free Mate
•Driven Mates
•Copying Multiple Components
•Differences in Mating
•Investigating the Mates
•Fixed Components
•Adding Components
•Copying Components
•Inserting and Mating Simultaneously
•Selection Aids
•The Belt / Chain Assembly Feature
•Slot Mate Constraints
•Profile Center Mate48
•Valid Faces for Profile Center
•Rack Pinion Mate

Top-Down Assembly Modeling
•Top-Down Assembly
•Making Changes to Dimensions
•Case Study: Editing and Building In-context
•Adding Features In-context
•Indicators of Edit Component
•Appearance of Components While Editing
•Inserting a New Part into an Assembly
•Locating the New Part Component
•Virtual Parts
•Building In-context Features
•Common Tools
•Working Outside the Assembly
•Propagating Changes
•Saving Virtual Parts as External
•In-Context Features
•Update Holders
•External References
•Out of Context
•Putting a Part Back Into Context
•Breaking and Locking External References
•List External References
•External Reference Report
•Machine_Vise Design Intent
•InPlace Mates
•Removing External References
•Why Remove External References?
•Editing to Remove References
•Exercise 6: In-context Features.
•Exercise 7: Top-Down Assembly Modeling
•Exercise 8: Removing External References
Assembly Features, Smart Fasteners, and Smart Components
•Assembly Features and Smart Fasteners
•Assembly Features
•Case Study: Assembly Features
•Smart Fasteners
•Smart Components
Assembly Editing
•Assembly Editing
•Key Topics
•Editing Activities
•Replacing and Modifying Components
•Troubleshooting an Assembly
•Replacing Components Using Save As
•Reloading Components
•Component Patterns
Using Configurations with Assemblies
•Using Configurations with Assemblies
•Case Study: Assembly Configurations
•Creating Configurations Manually
•Configuration Properties
•Using the Modify Configurations Dialog
•Changing Configurations using the Context Toolbar
•Managing the Tree Display
•Assembly Evaluation Tools
•Controlling Dimensions in an Assembly
•Global Variables
•Equations With Functions
•Comments
•Sensors
•Using the Mate Controller
Display States and Appearances
•Display States
•Bulk Selection Tools
•Case Study: Display States
•Advanced Select
•Envelopes
•Appearances, Materials and Scenes
Large Assemblies
•Large Assemblies
•Key Topics
•Lightweight Components
•Large Assembly Mode
•Using SpeedPak
•Using Configurations with Large Assemblies
•Defeature
•Modifying the Structure of an Assembly
•Assembly Visualization
•Large Design Review
•Drawing Considerations
Facility Layout
•Facility Layout
•Publishing an Asset
•Using Magnetic Mates
•Modeling Connection Point Geometry
Using SOLIDWORKS Treehouse
•SOLIDWORKS Treehouse
•Setting Treehouse Instances
•Setting Configurations in Treehouse
•Exporting Treehouse Data
Layout-based Assembly Design
•Layout-based Assembly Design
•Blocks
•Inserting Blocks
•Creating a Part from a Block
•Gear and Pulley Motion in Blocks