Creo Course in Pune

Students begin by understanding the Creo interface and parametric modeling concepts. Topics include:

• Creo parametric modeling process
• Working directory setup and file management
• Sketcher environment and geometry creation
• Applying constraints and dimensions
• Editing and modifying sketches

This module builds the foundation required for mechanical CAD modeling.

This module focuses on creating mechanical components using Creo solid modeling tools. Topics include:

• Extrude and Revolve feature creation
• Creating holes, cuts, and shell features
• Draft and Split draft creation
• Pattern creation (Linear, Radial)
• Creating rounds, fillets, and chamfers

Students will learn how to build professional mechanical parts used in industrial product design.

This module helps students control and automate design modifications. Topics include:

• Understanding relation theory
• Creating design relations and parameters
• Family table creation
• Copying and pasting features

These tools are essential for parametric product design and design automation.

Students will learn how to analyze and inspect mechanical models. Topics include:

• Viewing model properties and units
• Mass property analysis
• Creating planar cross-sections
• Model inspection techniques

This helps ensure design accuracy and manufacturing readiness.

Flexible modeling tools allow engineers to modify models easily. Topics include:

• Flexible modeling workflow and selection filters
• Applying flexible move and mirror features
• Editing round features
• Pattern recognition tools

These features help modify imported or complex models quickly.

Assembly design helps engineers combine multiple parts into a working product. Topics include:

• Component interface concepts
• Placing components and constraints
• Creating assembly structures
• Managing flexible components
• Reordering components in assemblies

Students will create complete mechanical assemblies similar to industrial machines.

Surface modeling is used to design complex product geometries. Topics include:

• Surface extrude and revolve creation
• Fill surface and Boundary blends
• Surface analysis and extension
• Surface trimming operations

Surface design is widely used in automotive and industrial product design.

Engineering drawings are necessary for manufacturing and documentation. Topics include:

• Projection and cross-section views
• Exploded assembly views
• Dimension and tolerance management (GD&T)
• Surface finish symbols
• BOM balloon creation

Students will generate professional engineering drawings from 3D models.

Sheet metal design tools are widely used in manufacturing. Topics include:

• Planar, revolved, and extruded walls
• Flange wall creation and Relief features
• Unbend and flat state creation
• Die form and Punch form features
• Rip features and sheet metal cuts

Students will design sheet metal components used in industrial production.