CATIA V5 is a high-end, industry-leading CAD software used extensively in automotive, aerospace, heavy engineering, sheet metal, and product design industries.
At VORNEX TECH, our CATIA V5 training program is designed to build strong design fundamentals, parametric modeling expertise, and real-world engineering confidence.

The course follows a structured, progressive approach, covering part design, assemblies, surface modeling, sheet metal, and drafting, aligned with professional industry workflows

This program focuses on feature-based, parametric modeling, ensuring students understand:

• Design intent and model stability
  
  

• Parent-child relationships and update behavior
  
  

• Industry-standard modeling practices
  
  

• Bi-directional associativity between parts, assemblies, and drawings
  
  

Students are trained not just to model, but to design like professional mechanical engineers

The CATIA V5 training is divided into professionally structured modules, progressing from fundamentals to advanced applications:

• Core CAD concepts & CATIA environment
  
  

• Solid modeling & part design
  
  

• Advanced feature creation & dress-up features
  
  

• Assembly design & constraints
  
  

• Sheet metal design
  
  

• Surface & wireframe modeling
  
  

• Drafting & manufacturing documentation

Key Learning Outcomes: 

• Creation of fully-defined sketches using constraints
  
  

• Geometrical and dimensional constraint management
  
  

• Advanced sketch transformations and re-limitations
  
  

• 3D geometry projection into sketches
  
  

• Design intent control through parametric sketches
  
  

This module ensures students create clean, controllable, and editable sketches suitable for professional modeling

Coverage Includes:  

• Sketch-based feature creation (pads, pockets, shafts, grooves)
  
  

• Drafted and filleted features
  
  

• Multi-section solids and complex profiles
  
  

• Hole features with standards and threading
  
  

• Rib, slot, stiffener, and shell features
  
  

• Boolean operations and solid combinations
  
  

Students learn how to build manufacturing-ready mechanical components with proper design logic

Training Includes: 

• Product structure creation and component management
  
  

• Assembly constraints and positioning techniques
  
  

• Component replacement and reuse
  
  

• Assembly manipulation and validation
  
  

Students gain a clear understanding of how multiple parts interact within a product

Coverage Includes: 

• Sheet metal parameters and bend rules
  
  

• Wall creation, flanges, bends, hems, and cut-outs
  
  

• Rolled walls and complex sheet metal features
  
  

• Unfolding and refolding for manufacturing
  
  

• Stamping and forming features
  
  

This module prepares students for fabrication-oriented mechanical roles

Key Areas: 

• Surface creation and modification
  
  

• Multi-section and sweep surfaces
  
  

• Healing, joining, trimming, and boundary creation
  
  

• Wireframe geometry creation and control
  
  

• High-quality surface continuity concepts
  
  

This builds a foundation for Class-A and advanced shape design

Drafting Coverage: 

• Drawing creation and projection methods
  
  

• Section, detail, and broken views
  
  

• Dimensioning, tolerancing, and annotations
  
  

• Balloons, BOMs, symbols, and tables
  
  

• Associative updates between model and drawing
  
  

This ensures drawings are manufacturing-ready and professionally presented

This CATIA V5 course is ideal for:

• Mechanical engineering students
  
  

• Diploma (Mechanical) students
  
  

• Automotive & product design aspirants
  
  

• Fresh graduates
  
  

• Working professionals upgrading CAD skills
  
  

Basic CAD knowledge is helpful but not mandatory

• Industry-oriented mechanical syllabus
  
  

• Focus on design intent & best practices
  
  

• Step-by-step structured learning
  
  

• Practical, hands-on modeling approach
  
  

• Affordable pricing with premium-quality training
  
  

We focus on creating job-ready mechanical designers, not just software operators.

Graduates can pursue roles such as:

• Mechanical Design Engineer
  
  

• CAD Design Engineer
  
  

• Automotive Design Engineer
  
  

• Sheet Metal Design Engineer
  
  

• Product Design Engineer
  
  

CATIA skills are highly valued by OEMs, Tier-1 suppliers, and global engineering companies