Duration - 60 day's

php training in indore
CATIA is the World's Leading Solution for Product Design and Experience. It is used by leading organizations in multiple industries to develop the products we see and use in our everyday lives. This course will teach you how to create complex and robust designs, advance Surface Design Tools and its quality & stability. It will also focus on Design and Manage Sheet Metal Parts with advance Sheet metal Options. Students will learn hints and tips on Generative and Interactive Drafting perform administration tasks and manage all dimensions and annotations
CATIA V5 Mechanical Design Introduction
Review the User Interface
CATIA Workbenches
Part Design Workbench
Assembly Design Workbench
Generative Shape Design Workbench
Importance of Parent/Child Relationships
Investing the Model
What is Define in Work Object?
Defining in Work Objects
Organizing a Solid Model
Model Organization
Geometrical Sets
Ordered Geometrical Sets
Hybrid Design
Parts Design
Design Intent
Create Advanced Sketch-Based Features
Multi-Sections Solid
Create Advanced Drafts
Advance Dress-Up Features
Use the Multi-Body Method
Create Multi-Model Links
Surface Design
Access the Surface Design Workbench
Create the Reference Geometry
Create the Basic Surface Geometry
Create the Complex Surface Geometry
Perform Operations on Surfaces
Solidify the Model
Assembly Design
Manage the product structure
Create flexible sub-assemblies
Analyze the assembly
Create scenes
Create annotations
Generate reports
Contextual Design
Clarify the display
Create Contextual Parts
Create Assembly-Level Features
Manipulate the Contextual Components
Save the Contextual Models
Complex Assembly Design
Create a Skeleton Model
Create the Published Elements
Use the Published Elements
Introduction to Surface Design
Surface Design Workbench Overview
Managing Features and Geometrical Sets
Geometrical Sets – Recommendations
Creating Advanced Wireframe Features
MD2/GSD Wireframe versus HD2/GSD Wireframe
Creating an Extremum
Creating a Connect Curve
Creating Advanced Swept Surfaces
What is Swept Surface?
Inputs for Sweep
Creating a Swept Surface
Creating an Adaptive Swept Surface
Creating Advanced Blending Surfaces
What is Blend?
Types of Blends
Creating Fillets using Hold Curve and Spine
Creating Fillets using Law
Creating a Blend Surface
Blend Surfaces Recommendations
Additional Surface Design Tools
Improving Geometry Stability
Improving Geometry Quality
Getting Started
Introduction to Sheetmetal Design
Generative Sheetmetal Deign Overview
Defining Sheetmetal Parameters
Sheetmetal Walls
What is Sheetmetal Wall?
Defining the First Wall
Secondary Walls
Part Recognition
Bends and Unfolded Mode
Bends
Unfolded Mode
Corner Relief
Flanges
Creating Flanges
Recommendations for Flanges
Sheet Metal Features
Cutouts
Holes and Circular Cutouts
Corners and Chamfers
Standard Stamps
User-Defined Stamps
Transformations and Duplication
Transformation of Parts
Patterns
Mirror
Power Copies
Mapping and Output
Point or Curve Mapping
Output
Advanced Topics in Sheetmetal Design
Sheetmetal Standard Files
Multi-Body Methodology
Hints and Tips on Interactive Drafting
Accessing the Workbench
Toolbars Description
Dress Up Commands
Dimension Commands
Text Commands
Hints and Tips on Generative Drafting
Generating Specific Views
Creating a Section View/Section Cut with a Profile Defined in
Update Management
Auto-Dimensioning
Advanced Filtering Techniques
Balloons Creation
Drawing Generation of Large Assemblies
General recommendations
Approximate generation mode
Administration tasks
About Standards and generative View Styles
Administration of Generative View Styles and Standards
Setting standard parameters
Setting standard styles
Setting Generative View Styles
Administration Settings
Increasing Productivity
Generating Hole Dimensions Tables
Creating Point Coordinate Tables
Creating Tables
Creating Frames and Title Blocks with a Macro
Defining Frames
Filling in the Title Block