Creo ProE Training Course

Course Overview

• Next Batch:New batches start every month. Limited seats available – enroll early!
• Course Duration:1.5 Months (including hands-on CAD/CAM/CAE projects).
• Eligibility: Mechanical Engineering learners Production Engineering learners Automobile Engineering learners Industry Professionals.
• Mechanical Engineering learners.
• Production Engineering learners.
• Automobile Engineering learners.
• Industry Professionals.

Creo ProE Training Course

• Learn Creo's interface and core parametric modeling concepts.
• Create detailed 3D parts, assemblies, and mechanical components.
• Develop 2D drawings and production-ready documentation.
• Perform motion and stress analysis for mechanical assemblies.
• Integrate Creo with AutoCAD, SolidWorks, and ANSYS workflows.
• Work on real-world design projects for industry-based learning.

Overview of Creo ProE Training Course

The Creo (Pro/ENGINEER) Training Course teaches you 3D CAD design and parametric modeling techniques used by top engineering industries. You'll gain expertise in creating complex parts, assemblies, and detailed drawings following modern manufacturing standards, providing the technical proficiency required to advance your career.

This course focuses on hands-on product design, mechanical modeling, and simulation workflows. By the end of this training, you'll have the skills to design, modify, and analyze mechanical components with complete accuracy and industry precision.

1. Introduction to Creo ProE

• Overview of Pro/ENGINEER tools and UI.
• Concept of parametric and feature-based modeling.
• Creating 2D sketches.
• Constraints, dimensions, and sketch relations.
• Extrude, Revolve, Sweep, Blend.
• Patterns, Ribs, Shell, Draft, Round, Chamfer.

4. Assembly Modeling

• Assembling multiple parts.
• Mates, Constraints, Exploded views.

5. Sheet Metal Design

• Sheet metal features.
• Bends, Flanges, Reliefs, Flat patterns.

6. Drawing & Drafting

• 2D Drawing views, dimensioning, annotations.
• BOM creation, Title block, and GD&T.

8. Mechanism Design & Simulation

• Applying motion constraints.
• Animation and simulation of assemblies.