SolidWorks

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Module 1: Introduction to SolidWorks

• Overview of CAD (Computer-Aided Design) and SolidWorks
• Importance and Applications of SolidWorks in Engineering and Design
• SolidWorks User Interface (UI)
• Understanding the Command Manager, Feature Tree, and Property Manager
• Customizing the Interface and Shortcut Keys
• File Management in SolidWorks (Saving, Importing, Exporting)
• Setting Up Units and Document Properties

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Module 2: Sketching Fundamentals

• Introduction to 2D Sketching
• Sketch Entities (Lines, Arcs, Circles, Rectangles, Polygons, Splines)
• Applying Geometric Constraints (Horizontal, Vertical, Coincident, Parallel, Perpendicular)
• Dimensioning and Relations (Smart Dimension, Driven Dimensions)
• Using Sketch Tools (Trim, Offset, Convert Entities, Mirror)
• Creating Reference Geometry (Planes, Axes, Points)
• Sketching Best Practices

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Module 3: Part Modeling and 3D Features

• Introduction to 3D Modeling
• Extrude and Revolve Features
• Sweep and Loft Features
• Fillets, Chamfers, and Drafts
• Shell, Rib, and Wrap Features
• Hole Wizard and Standard Fasteners
• Patterning and Mirroring (Linear, Circular, Feature Patterns)
• Understanding the Feature Tree and Editing Features

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Module 4: Advanced Part Modeling

• Multibody Part Design
• Advanced Loft and Boundary Features
• Creating Complex 3D Shapes using Surfacing Tools
• Working with Splines and 3D Sketches
• Using Move/Copy Bodies for Part Manipulation
• Design Tables and Configurations for Variant Models
• Importing and Working with Scanned Data (Mesh and Point Clouds)

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Module 5: Assembly Design

• Introduction to Assemblies
• Creating and Managing Assembly Files
• Applying Mates (Standard, Advanced, and Mechanical)
• Bottom-up vs. Top-down Assembly Approach
• Using Subassemblies
• Working with Assembly Constraints and Motion Analysis
• Interference Detection and Clearance Verification
• Exploded Views and Animations

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Module 6: Sheet Metal Design

• Introduction to Sheet Metal Features
• Base Flange, Edge Flange, and Miter Flange
• Bending, Hem, Jog, and Gusset Features
• Creating Sheet Metal Patterns and Unfolding
• Working with K-Factor and Bend Allowance
• Exporting Flat Patterns for Manufacturing

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Module 7: Weldments and Structural Design

• Introduction to Weldments
• Creating Weldment Profiles
• Applying Structural Members and Trimming
• Working with Weld Beads and End Caps
• Creating and Managing Cut Lists

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Module 8: Surface Modeling

• Introduction to Surface Modeling
• Creating and Editing Surface Features
• Using Lofted, Swept, and Boundary Surfaces
• Offset, Extend, Trim, and Knit Surface Operations
• Converting Surface Models to Solid Models

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Module 9: Motion Study and Animation

• Introduction to Motion Study
• Applying Motors and Forces
• Simulating Mechanical Motion
• Creating Animations with Keyframes
• Rendering Motion Studies

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Module 10: Simulation and Analysis

• Introduction to Finite Element Analysis (FEA) in SolidWorks
• Static Structural Analysis
• Applying Loads and Constraints
• Understanding Mesh Quality and Refinement
• Running Simulations and Interpreting Results
• Thermal and Fatigue Analysis
• Design Optimization and Parametric Study

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Module 11: Rendering and Visualization

• Introduction to SolidWorks Visualize
• Applying Materials and Textures
• Setting Up Lighting and Environments
• Creating High-Quality Renders
• Exporting Images and Animations

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Module 12: 3D Printing and CAM Integration

• Exporting Models for 3D Printing (STL, OBJ, 3MF)
• Basics of Additive Manufacturing and Prototyping
• Introduction to SolidWorks CAM
• Toolpath Generation and CNC Programming

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Module 13: Collaboration and Data Management

• Working with SolidWorks PDM (Product Data Management)
• Version Control and Design Revisions
• Collaborating on Cloud with 3DEXPERIENCE