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Course Outline
Review of Core Concepts
- Sketch constraints and best practices
- Parametric modeling refresher
- File structure, templates, and document properties
Advanced Part Modeling Techniques
- Lofted and swept features
- Multibody part design
- Using surfaces for complex geometry
- Advanced pattern and mirror tools
Design Tables, Equations, and Configurations
- Using equations to control dimensions and features
- Creating and managing design tables
- Multiple part configurations and design variations
Assembly Design and Management
- Top-down and bottom-up assembly strategies
- Advanced mates and mechanical interactions
- Using subassemblies and smart components
- Large assembly performance tips
Drawings and Detailing
- Custom drawing templates and sheet formats
- Advanced annotations, symbols, and GD&T
- Detail views, broken views, and exploded views
- Managing revisions and bill of materials (BOM)
Simulation and Motion Studies
- Setting up static analysis simulations
- Running motion studies and interpreting results
- Basic thermal and frequency analysis
- Simulation tips for model preparation
Productivity and Collaboration Tools
- Custom properties and design automation
- Task scheduler and design checker
- Using SolidWorks PDM for file management
- Collaboration tools and sharing options
Summary and Next Steps
Requirements
- An understanding of SolidWorks fundamentals and 2D/3D modeling
- Experience with basic part design and assemblies
- Familiarity with engineering drawing standards
Audience
- Mechanical designers and engineers
- Product developers and CAD professionals
- Users seeking to improve productivity in advanced SolidWorks functions
21 Hours
Testimonials (1)
Learning all the things that I wasn't understand it.
