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Course Outline
Review of Foundational Principles
- Sketch constraints and established best practices
- Refresher on parametric modeling techniques
- File architecture, template utilization, and document properties
Advanced Part Modeling Methodologies
- Lofted and swept feature operations
- Multibody part design strategies
- Leveraging surfaces for complex geometry development
- Advanced pattern and mirror functionality
Design Tables, Equations, and Configurations
- Utilizing equations to control dimensions and features
- Creation and management of design tables
- Implementation of multiple part configurations and design variations
Assembly Design and Management
- Top-down and bottom-up assembly methodologies
- Advanced mating conditions and mechanical interactions
- Application of subassemblies and smart components
- Optimization strategies for large assembly performance
Drawings and Detailing
- Custom drawing templates and sheet formats
- Advanced annotations, symbols, and geometric dimensioning and tolerancing (GD&T)
- Detail views, broken views, and exploded views
- Revision control and bill of materials (BOM) management
Simulation and Motion Studies
- Configuration of static analysis simulations
- Execution of motion studies and interpretation of results
- Introduction to thermal and frequency analysis
- Best practices for simulation model preparation
Productivity and Collaboration Tools
- Custom properties and design automation workflows
- Task scheduler and design checker utilities
- Implementation of SolidWorks PDM for secure file management for government applications
- Collaboration tools and dissemination options
Summary and Next Steps
Requirements
- A comprehensive grasp of SolidWorks core principles alongside proficiency in two-dimensional and three-dimensional modeling techniques.
- Practical experience in developing fundamental components and managing complex assemblies.
- Working knowledge of established engineering drawing conventions and standards.
Target Audience
- Mechanical designers and engineering personnel.
- Product development specialists and computer-aided design professionals.
- Professionals seeking to enhance efficiency in advanced SolidWorks applications for government use.
21 Hours
Testimonials (1)
The practices and the fact that you can share your screen for guidance from the trainer
