CATIA Design Course Syllabus
1. Introduction to CATIA
- Overview of CATIA and its applications
- Installation and user interface
- Basic commands and workspace navigation
- Setting up project environment
- Understanding CATIA design flow
2. 2D Sketching Fundamentals
- Creating and modifying 2D sketches
- Sketch constraints and relations
- Geometric and dimensional constraints
- 2D drafting basics
- Sketching tools and techniques
3. Part Design Basics
- Introduction to Part Design workbench
- Creating solid models from sketches
- Basic features like pad, pocket, and shaft
- Fillet, chamfer, and hole features
- Workbench-specific tools
4. Advanced Part Design
- Creating complex shapes using multi-body design
- Rib and groove features
- Advanced fillet and patterning techniques
- Draft analysis tools
- Managing large assemblies
5. Surface Design
- Introduction to surface modeling
- Creating basic surfaces: boundary, sweep, and loft
- Surface patching and trimming
- Joining and healing surfaces
- Analysis and debugging of surfaces
6. Assembly Design
- Creating assembly files
- Inserting components and positioning
- Using constraints and degrees of freedom
- Assembly management tools
- Dynamic simulation of assemblies
7. Assembly Constraints and Joints
- Defining assembly constraints: contact, offset, angle, etc.
- Understanding degrees of freedom in assemblies
- Mechanical joints for kinematic studies
- Managing large assemblies
- Hierarchical assembly structures
8. Drafting and Technical Drawings
- Creating 2D views from 3D models
- Detailing drawings: dimensioning, tolerances, and annotations
- Sections and projections
- Bill of materials (BOM) integration
- Drawing sheets and templates
9. Sheet Metal Design
- Introduction to sheet metal workbench
- Creating sheet metal parts: flange, hem, and bend
- Flat pattern generation
- Sheet metal design rules
- Converting 3D parts to sheet metal
10. Generative Shape Design
- Advanced surface modeling techniques
- Creating and editing complex surfaces
- Surface continuity analysis
- Using wireframe geometry
- Generating solid models from surface geometry
11. 3D Scanning and Reverse Engineering
- Importing scanned data into CATIA
- Surface reconstruction from point clouds
- Reverse engineering workflows
- Editing and modifying scanned models
- Converting scan data into CAD-ready formats
12. Parametric Modeling
- Defining parametric relationships between features
- Using equations and formulas for parameter control
- Driving changes in model features using parameters
- Defining design tables and variants
- Automation of repetitive design tasks
13. Kinematics Simulation
- Introduction to kinematic analysis
- Defining motions and constraints
- Analyzing the movement of assemblies
- Simulating robotic and mechanical motions
- Detecting interferences during motion
14. Finite Element Analysis (FEA)
- Introduction to FEA in CATIA
- Meshing and model setup
- Solving static and dynamic simulations
- Interpreting FEA results (stresses, displacements)
- Optimizing designs based on simulation results
15. CATIA Visualization Tools
- Rendering techniques for realistic images
- Lighting, texture, and camera settings
- Creating high-quality visual presentations
- Animation of assemblies and parts
- Using rendering tools in product design
16. Plastic Part Design
- Introduction to plastic part design rules
- Design of plastic parts with features like ribs, bosses, and snap fits
- Draft analysis for injection molding
- Parting line definition
- Advanced plastic part manufacturing processes
17. Geometric Tolerancing and Datum System
- Introduction to geometric dimensioning and tolerancing (GD&T)
- Defining datum points and planes
- Tolerance analysis tools
- Application of GD&T symbols
- Creating engineering drawings with GD&T
18. Mold and Die Design
- Designing for molds and dies in CATIA
- Core and cavity design
- Draft analysis for molds
- Creating parting surfaces and tooling components
- Mold simulation and analysis
19. Reverse Engineering and 3D Scanning
- Introduction to reverse engineering in CATIA
- Techniques for 3D scanning and point cloud processing
- Data conversion from scan to CAD
- Surface creation and editing
- Reverse engineering workflows and best practices
20. Design Automation with CATIA
- Automating design tasks using macros
- Using CATIA scripting and VBA for automation
- Creating custom design templates
- Parametric automation workflows
- Using knowledgeware for automatic decision-making
21. CATIA Knowledgeware and PLM Integration
- Introduction to Knowledgeware tools in CATIA
- Defining product knowledge templates
- Integrating CATIA with PLM systems (ENOVIA, Teamcenter)
- Creating design rules and guidelines
- Using knowledge capture for reuse and standardization
22. Tool Design and Manufacturing Integration
- Introduction to tool design in CATIA
- Designing cutting tools and fixtures
- CAM integration for manufacturing
- CNC programming for toolpath generation
- Manufacturing validation and optimization
23. CATIA for Aerospace Design
- Aerospace-specific features in CATIA
- Designing complex aerospace structures
- Materials selection for aerospace components
- Assembly management for large aircraft assemblies
- Aerodynamic design principles and simulations
24. CATIA for Automotive Design
- Automotive-specific design processes
- Designing vehicle parts and assemblies
- Sheet metal design for automotive components
- Packaging and layout in vehicle design
- Integration with manufacturing systems for automotive parts
25. Product Lifecycle Management (PLM) Integration
- Introduction to PLM tools in CATIA
- Collaboration and data sharing in design
- Managing product data throughout the lifecycle
- Integration with enterprise resource planning (ERP)
- Version control and configuration management
26. CATIA Data Exchange and Interoperability
- Importing and exporting various CAD formats
- Working with STEP, IGES, and STL files
- CATIA’s compatibility with other CAD software
- Maintaining data integrity across platforms
- Best practices for data exchange
27. CATIA for Structural Design
- Structural analysis and design principles
- Creating frame structures and load analysis
- Design of complex bridges and frame systems
- Stress and strain analysis using CATIA
- Component testing and validation
28. CATIA for Electrical and Fluid Design
- Designing electrical schematics and circuits
- Fluid dynamics and hydraulic systems design
- Modeling electrical systems in 3D
- Electromechanical systems integration
- Simulation of fluid flows and pressures
29. Advanced Surface Modeling Techniques
- Creating and editing complex freeform surfaces
- Surface continuity and quality analysis
- Advanced surface construction tools
- Class-A surfacing techniques
- Advanced lofting and blending operations
30. CATIA Advanced Assembly Management
- Managing large assemblies in CATIA
- Using simplified representations and configurations
- Assembly optimization and performance enhancement
- Managing assembly structure with components and sub-assemblies
- Simulation and validation of complex assemblies
This comprehensive CATIA Design course will equip participants with the knowledge and practical skills to use CATIA for a wide range of industrial design applications. The course covers everything from basic modeling to advanced surface and assembly design, ensuring students are well-prepared for real-world design challenges.