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CATIA Professional Training Syllabus

Complete Curriculum for Advanced CAD Design

Comprehensive curriculum covering CATIA from fundamentals to advanced applications. Master surface modeling, complex assemblies, aerospace and automotive design.

Duration

4-6 Months

Total Hours

140 Hours

Projects

20+ Projects

Certification

Professional Certificate

Course Overview

What You'll Learn

  • Master advanced surface modeling and design
  • Create complex assemblies and systems
  • Aerospace and automotive design applications
  • Advanced features and automation
  • Industry best practices and standards

Career Outcomes

  • Aerospace Design Engineer
  • Automotive Design Engineer
  • Product Design Engineer
  • CAD Specialist
  • Design Manager

Detailed Course Modules

Module 1: CATIA Fundamentals & Interface
25 Hours

Topics Covered:

  • CATIA V6 interface and navigation
  • Workbench organization and customization
  • File management and data structure
  • Basic sketching and constraints
  • Feature-based modeling concepts

Learning Outcomes:

  • Navigate CATIA V6 interface confidently
  • Customize workbenches and toolbars
  • Manage files and data structure effectively
  • Create basic sketches with proper constraints
  • Understand feature-based modeling approach
Module 2: Part Design & Modeling
30 Hours

Topics Covered:

  • Advanced part modeling techniques
  • Boolean operations and features
  • Patterns, mirroring, and transformations
  • Advanced sketching and constraints
  • Part design best practices

Learning Outcomes:

  • Create complex 3D parts using advanced features
  • Apply boolean operations and transformations
  • Use patterns and mirroring for efficient modeling
  • Master advanced sketching techniques
  • Follow part design best practices
Module 3: Surface Modeling & Design
35 Hours

Topics Covered:

  • Surface creation and manipulation
  • Freeform surface modeling
  • Surface analysis and quality control
  • Surface-to-solid conversion
  • Advanced surface features

Learning Outcomes:

  • Create and manipulate complex surfaces
  • Master freeform surface modeling
  • Analyze surface quality and continuity
  • Convert surfaces to solid models
  • Apply advanced surface features
Module 4: Assembly Design & Management
30 Hours

Topics Covered:

  • Assembly creation and structure
  • Mate relationships and constraints
  • Sub-assemblies and exploded views
  • Assembly features and patterns
  • Interference detection and clearance

Learning Outcomes:

  • Create and manage complex assemblies
  • Apply proper mate relationships
  • Work with sub-assemblies effectively
  • Use assembly features and patterns
  • Detect and resolve interference issues
Module 5: Aerospace Design Applications
25 Hours

Topics Covered:

  • Aerospace design standards and requirements
  • Aircraft component modeling
  • Sheet metal design for aerospace
  • Assembly design for aircraft systems
  • Aerospace manufacturing considerations

Learning Outcomes:

  • Apply aerospace design standards
  • Model aircraft components accurately
  • Design sheet metal parts for aerospace
  • Create aircraft system assemblies
  • Consider manufacturing requirements
Module 6: Automotive Design Applications
25 Hours

Topics Covered:

  • Automotive design principles
  • Vehicle body and chassis modeling
  • Automotive assembly design
  • Ergonomics and safety considerations
  • Automotive manufacturing processes

Learning Outcomes:

  • Apply automotive design principles
  • Model vehicle components accurately
  • Design automotive assemblies
  • Consider ergonomics and safety
  • Understand manufacturing processes
Module 7: Advanced Features & Automation
20 Hours

Topics Covered:

  • Design tables and configurations
  • Knowledge-based engineering
  • Macros and automation
  • Custom properties and attributes
  • Data management and PDM

Learning Outcomes:

  • Use design tables for configurations
  • Apply knowledge-based engineering
  • Create macros for automation
  • Manage custom properties
  • Work with PDM systems
Module 8: Project Work & Certification
30 Hours

Topics Covered:

  • Real-world aerospace/automotive projects
  • Industry best practices implementation
  • Quality assurance and validation
  • Documentation and presentation
  • CATIA certification preparation

Learning Outcomes:

  • Complete comprehensive real-world projects
  • Apply industry best practices
  • Ensure quality and validate designs
  • Create professional documentation
  • Prepare for CATIA certification
Assessment & Certification

Continuous Assessment

Regular assignments and practical tests throughout the course

Final Project

Comprehensive aerospace or automotive project

Certification

CATIA Professional Certificate upon successful completion

Ready to Master CATIA?

Join our comprehensive CATIA course and start your journey towards becoming an advanced CAD professional.

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