CREO Course Content | ELEATION CAD Basic To Professional Training
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CREO Basic To Professional

Complete CREO Course Content Overview

A structured CREO learning path covering CAD fundamentals, sketching, 3D solid modelling, surface modelling, assembly, mechanism, rendering and 2D drafting through classwork, homework and industrial design practice.

Course Focus

  • CAD fundamentals and engineering projection methods
  • Sketching, part modelling and feature-based design
  • Assembly, mechanism and surface modelling workflow
  • Rendering, drafting and industrial model practice
45 Sessions
40+ Training Hours
250+ Homework Models
50+ Industrial Projects

About This Course Content

This page gives students a clear and compact view of what is covered inside ELEATION’s CREO Basic to Professional course. The course starts with CAD fundamentals and projection methods, then moves into sketching, part modelling, surface modelling, assembly, mechanism, rendering and 2D drafting used in mechanical design work.

Foundation CAD basics, product cycle, design process flow, projection methods and drawing understanding.
Modelling Sketching, 1D line modelling, 3D solid modelling, feature creation and surface modelling.
Output Assembly, mechanism, rendering, presentation and 2D manufacturing drawing preparation.
Detailed Syllabus

CREO Course Content

Click on any topic below to expand and view the detailed content covered in that section.

01
Foundation

Introduction of CAD & Creo

1 Session

Foundation module covering CAD basics, design process flow and engineering projection methods required before starting 3D CAD modeling.

  • About Computer Aided Design
  • Product Cycle
  • CAD Design Process Flow
  • Projection Methods
  • Isometric Projection
  • Oblique Projection
  • Cavalier and Cabinet Oblique Projection
  • Perspective Projection
  • Orthographic Projection
  • First Angle Projection
  • Third Angle Projection
02
Sketching

Sketching Mode

2 Sessions | 2 Classwork | 10 Homework Models

Core sketching workflow required to create accurate 2D profiles before converting them into 3D CAD features.

  • Line, Rectangle, Circle, Arc, Ellipse and Spline
  • Fillet, Chamfer, Text, Offset and Centreline
  • Point and Coordinate System
  • Construction Mode
  • Dimensions
  • Modify, Mirror, Divide, Delete Segment and Corner
  • Vertical, Horizontal and Perpendicular constraints
  • Tangent, Mid-point, Coincident and Symmetry constraints
  • Equal and Parallel constraints
  • Creating Roll Cage Structures
03
Part Modeling

3D Solid Modelling of Simple Component

3 Sessions | 3 Classwork | 25 Homework Models

Basic solid modeling module for creating simple engineering components using common 3D feature tools.

  • Introduction to solid modelling tools
  • Extrude feature
  • Round feature
  • Chamfer feature
  • Revolve feature
  • Creating simple mechanical components
  • Understanding feature tree and model regeneration
04
Assembly

Assembly & Mechanism of Simple Component

2 Sessions | 2 Classwork | 10 Homework Models

Introduction to part assembly and basic mechanism workflow for understanding component placement and motion.

  • Creating assembly files
  • Adding parts into assembly
  • Applying basic assembly constraints
  • Creating simple mechanisms
  • Understanding component relation and movement
  • Basic assembly checking
05
1D Modeling

1D Line Modelling

1 Session | 1 Classwork | 5 Homework Models

Line-based modeling workflow useful for creating reference geometry, structural frames and basic wireframe design layouts.

  • Datum centreline
  • Datum point
  • Coordinate system
  • Creating plane by plane
  • Creating plane by plane and point
  • Creating plane by two lines
  • Creating plane by three points
  • Setup reference
  • Mirror tool
  • Trim tool
06
Surface Modeling

2D Surface Modelling

3 Sessions | 3 Classwork | 15 Homework Models

Surface modeling workflow for creating complex shapes, sheet metal type surfaces and professional CAD geometry.

  • Creating surface from part modelling
  • Sweep surface
  • Merge surface
  • Boundary Blend
  • Creating surface from sheet metal
  • Sketching workflow for surfaces
  • Planar surface
  • Flange and Flat tools
  • Blend and Extrude surface tools
  • Surface editing approach
07
Part Modeling

3D Solid Modelling

18 Sessions | 18 Classwork | 90 Homework Models

Detailed part modeling module covering professional solid modeling tools used to create industrial mechanical components.

  • Sketching for solid modelling
  • Extrude feature
  • Draft tool
  • Shell tool
  • Rib tool
  • Datum Axis
  • Datum Point
  • Revolve feature
  • Sweep feature
  • Helical Sweep feature
  • Sweep Blend feature
  • Pattern tool
  • Wrap tool
  • Professional part modelling workflow
  • Feature editing and design modification
08
Assembly

Assembly & Assembly Mechanism

9 Sessions | 9 Classwork | 45 Homework Models

Professional assembly and mechanism module for creating product assemblies, defining constraints and understanding movement.

  • Assembly constraints
  • Distance constraint
  • Angle Offset constraint
  • Parallel constraint
  • Coincident constraint
  • Normal constraint
  • Coplanar constraint
  • Centred constraint
  • Tangent constraint
  • Fix constraint
  • Pin joint
  • Slider joint
  • Cylinder joint
  • Assembly mechanism creation
  • Basic movement and interference understanding
09
Presentation

Rendering

3 Sessions | 3 Classwork | 15 Homework Models

Model presentation module for applying appearance, views and visual representation to improve the quality of CAD output.

  • Applying colour to CAD models
  • Creating professional model views
  • Presentation of 3D CAD models
  • Basic rendering workflow
  • Improving visual quality of CAD models
  • Model presentation for reports and submissions
10
Drafting

2D Drafting

3 Sessions | 3 Classwork | 15 Homework Models

Engineering drawing module for creating 2D manufacturing drawings from 3D CAD models.

  • Introduction to 2D drafting
  • Drawing sheet creation
  • Creating drawing views
  • Section view drawing
  • Manufacturing drawing basics
  • Dimensioning and drawing presentation
  • Preparing drawings for engineering communication

Learning Outcome

After completing this CREO course content, students will understand the complete CAD workflow from sketching and modelling to assembly, mechanism, rendering and drafting.

  • Understand CAD fundamentals and engineering projection methods
  • Create accurate sketches using dimensions and constraints
  • Build simple and complex 3D solid models in CREO
  • Create reference geometry using datum planes, points, axes and coordinate systems
  • Develop surface models and sheet metal type geometry
  • Create assemblies using proper constraints and mechanism joints
  • Prepare rendered views and professional CAD model presentations
  • Create 2D drafting sheets and basic manufacturing drawings
  • Practice classwork, homework and industrial design models with a structured CAD approach