CREO Parametric is a powerful, feature-based CAD software widely used in automotive, heavy engineering, industrial equipment, and manufacturing industries.
At VORNEX TECH, our CREO Parametric training program is designed to develop strong parametric modeling skills, design intent clarity, and professional engineering workflows.

The course follows a systematic, industry-aligned structure, covering part modeling, assemblies, surface modeling, sheet metal, and drafting, preparing learners for real-world mechanical design roles

CREO Parametric is a powerful, feature-based CAD software widely used in automotive, heavy engineering, industrial equipment, and manufacturing industries.
At VORNEX TECH, our CREO Parametric training program is designed to develop strong parametric modeling skills, design intent clarity, and professional engineering workflows.

The course follows a systematic, industry-aligned structure, covering part modeling, assemblies, surface modeling, sheet metal, and drafting, preparing learners for real-world mechanical design roles

CREO is built around parametric, feature-driven design, and our training emphasizes:

• Design intent and model stability
  
  

• Parent–child relationships and regeneration logic
  
  

• Robust feature sequencing using rollbacks and reordering
  
  

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

Students are trained to think like mechanical design engineers, not just software users

The CREO Parametric training is divided into progressive modules, moving from fundamentals to advanced applications:

• Sketching & constraint-based design
  
  

• Solid part modeling & advanced features
  
  

• Engineering features & design optimization
  
  

• Assembly modeling & component management
  
  

• Surface modeling & hybrid design
  
  

• Sheet metal design
  
  

• Drafting & manufacturing documentation

Key Learning Outcomes: 

• Creation of fully constrained sketches
  
  

• Control of geometry using dimensions and relations
  
  

• Use of sketch palettes, profiles, and shapes
  
  

• Sketch inspection and repair techniques
  
  

• Clean sketch creation for stable 3D features
  
  

A strong sketching foundation ensures models update correctly during design changes

Coverage Includes: 

• Extrude and revolve features with advanced termination options
  
  

• Sweeps, helical sweeps, blends, and rotational blends
  
  

• Engineering cuts and thin features
  
  

• Feature placement strategies and regeneration control
  
  

Students learn to create manufacturing-ready mechanical components with clean feature history

Coverage Includes: 

• Component placement and constraints
  
  

• Sub-assemblies and flexible components
  
  

• Assembly patterns and component operations
  
  

• Exploded views and simplified representations
  
  

Students gain a clear understanding of how individual parts function together in a complete product

Key Areas: 

• Extruded, revolved, swept, and blended surfaces
  
  

• Surface trimming, merging, extending, and offsetting
  
  

• Solidify and thicken operations
  
  

• Boundary blends and surface repair techniques
  
  

This builds a foundation for hybrid solid–surface modeling workflows

Coverage Includes: 

• Wall creation and bend features
  
  

• Rips, corner reliefs, and form features
  
  

• Flattening and flat-pattern generation
  
  

• Family tables for design variations
  
  

Students learn to create production-accurate sheet metal components

Drafting Coverage: 

• Creation of standard and sectional views
  
  

• Dimensioning, tolerancing, and annotations
  
  

• BOMs, tables, and repeat regions
  
  

• Drawing updates linked to 3D models
  
  

This ensures drawings meet manufacturing and inspection standards

This CREO Parametric course is ideal for:

• Mechanical engineering students
  
  

• Diploma (Mechanical) students
  
  

• Manufacturing & automotive design aspirants
  
  

• Product design professionals
  
  

• Beginners aiming for a CAD design career
  
  

No prior CREO experience is required.

This CREO Parametric course is ideal for:

• Mechanical engineering students
  
  

• Diploma (Mechanical) students
  
  

• Manufacturing & automotive design aspirants
  
  

• Product design professionals
  
  

• Beginners aiming for a CAD design career
  
  

No prior CREO experience is required.

• Industry-aligned mechanical syllabus
  
  

• Strong focus on parametric design intent
  
  

• Step-by-step structured training
  
  

• Practical, real-world modeling approach
  
  

• Affordable pricing with premium-quality instruction
  
  

Our goal is to create confident, job-ready mechanical design engineers

After completing this course, learners can pursue roles such as:

• Mechanical Design Engineer
  
  

• CAD Design Engineer
  
  

• Product Design Engineer
  
  

• Sheet Metal Design Engineer
  
  

• Manufacturing Design Engineer
  
  

CREO skills are highly valued in automotive, heavy engineering, and manufacturing industries