Introduction to SolidWorks 3D Experience:

• Overview of SolidWorks 3D Experience platform and its features.
• Understanding the user interface and navigation in the software.
• Exploring the various workspaces and tools available.

Sketching and Basic Part Modeling:

• Learning the fundamentals of sketching in 2D and creating basic shapes.
• Applying dimensions, constraints, and relations to sketches.
• Extruding, revolving, and sweeping sketches to create 3D parts.

Advanced Part Modeling Techniques:

• Creating complex geometry using features like fillets, chamfers, and patterns.
• Working with advanced modeling tools like lofts, sweeps, and blends.
• Utilizing configuration management to create multiple variations of a part.

Assembly Modeling:

• Building assemblies by inserting and positioning parts in relation to each other.
• Applying mates and constraints to define the assembly’s motion and behavior.
• Exploring tools for managing and analyzing large assemblies.

Creating Drawings and Detailing:

• Generating 2D engineering drawings from 3D models.
• Adding dimensions, annotations, and geometric tolerances to drawings.
• Understanding best practices for creating clear and accurate technical documentation.

Simulation and Analysis:

• Introduction to simulation capabilities in SolidWorks 3D Experience.
• Performing finite element analysis (FEA) to validate designs.
• Analyzing stress, displacement, and factor of safety for parts and assemblies.

Sheet Metal Design:

• Creating sheet metal components with specialized tools and features.
• Unfolding and flattening sheet metal parts for manufacturing purposes.
• Applying bend allowances, reliefs, and other sheet metal-specific features.

Surface Modeling:

• Working with advanced surfacing techniques to create complex shapes.
• Generating aesthetically pleasing and ergonomic designs.
• Importing and manipulating surface data from other CAD systems.

Design Automation and Customization:

• Automating repetitive tasks using macros and design automation tools.
• Customizing the user interface and creating shortcuts for increased productivity.
• Implementing design rules and logic to streamline the design process.

Collaboration and Data Management:

• Collaborating with team members using SolidWorks 3D Experience cloud-based features.
• Managing design files, revisions, and version control.
• Sharing and accessing design data across multiple devices and platforms.