Cad Classes

The CATIA V (V5 or V6) course is designed to teach users the functionalities of CATIA, a leading CAD (Computer-Aided Design) software developed by Dassault Systèmes. CATIA is widely used in industries like automotive, aerospace, and product design for 3D design, modeling, and simulation. Below is a general course structure for CATIA V:

1. Introduction to CATIA V

Overview of CATIA and its applications
Introduction to the CATIA V5/V6 interface
Workbenches in CATIA (Part Design, Assembly, Drafting, etc.)
File management and CATIA’s data management tools

2. Sketcher Workbench

2D sketching basics
Using geometric tools (lines, arcs, circles, etc.)
Applying constraints (geometrical and dimensional)
Sketcher tools: trimming, mirroring, and patterns
Converting sketches to 3D features

3. Part Design Workbench

Introduction to part modeling
Creating basic features: pads, pockets, holes, ribs
Boolean operations (union, subtract, intersect)
Advanced features: fillets, chamfers, drafts, shells
Parametric modeling and editing

4. Assembly Design Workbench

Introduction to assembly modeling
Inserting and positioning components
Assembly constraints (fixing, aligning, offset)
Exploded view of assemblies
Managing large assemblies

5. Surface Design (Generative Shape Design Workbench)

Introduction to surface modeling
Creating and modifying complex surfaces
Sweep, loft, and blend operations
Surface trimming and joining
Working with wireframe geometry
Surface quality checks

6. Drafting Workbench

Creating 2D drawings from 3D models
Standard views, projection views, and section views
Adding dimensions, tolerances, and annotations
Bill of Materials (BOM) generation
Creating templates for drawings

7. Sheet Metal Design

Introduction to sheet metal workbench
Creating sheet metal parts: walls, bends, flanges
Creating flat patterns and exporting for manufacturing
Adding stamps, cuts, and other sheet metal features

8. Generative Structural Analysis

Introduction to structural analysis tools
Setting up basic finite element analysis (FEA)
Defining materials and boundary conditions
Mesh generation and result interpretation
Stress analysis and optimization

9. Design for Manufacturing

Introduction to design for manufacturing (DFM) principles
Tooling design and mold design (core and cavity)
Understanding manufacturing constraints

10. DMU Kinematics (Digital Mock-Up)

Introduction to kinematic simulations
Defining mechanical systems (joints, links)
Simulating motion and analyzing movements
Collision detection in mechanisms

11. Advanced Part Design

Multibody modeling
Working with complex shapes and hybrid design
Design tables and part parameterization
Managing large datasets and design alternatives

12. Knowledgeware (Automation and Templates)

Introduction to Knowledge Advisor
Creating and using rules, formulas, and reactions
Parameter-driven designs
Automating repetitive tasks and creating custom features

13. Customization & Scripting

User interface customization
Introduction to CATIA V scripting (VBScript, macros)
Automating processes and creating custom commands

14. Collaborative Design (PLM Integration)

Collaborative tools in CATIA
Product Lifecycle Management (PLM) basics
Working with ENOVIA or other PLM solutions

15. Industry-Specific Applications

Case studies in aerospace, automotive, or consumer product design
Industry-specific modeling and simulation techniques
Real-world project examples

16. Final Project & Certification Preparation

Completing a comprehensive project to apply learned skills
Preparing for the CATIA certification exam (if applicable)
Project review and presentation

This curriculum can be customized to focus on specific industries or roles, such as mechanical design, surface modeling, or product lifecycle management (PLM). CATIA’s broad application across different fields means that the course can be adapted to the needs of professionals in various sectors

CATIA-VS