CATIA

Why CATIA Training in Erode?

CATIA Training in Erode supports multiple stages of product development from conceptualization, design and engineering to manufacturing, it is considered as a 3D Product Lifecycle Management software. Like most of its competition it facilitates collaborative engineering through an integrated cloud service and have support to be used across disciplines including surfacing & shape design, electrical, fluid and electronic systems design, mechanical engineering and systems engineering along with usage in wide range of industries from aerospace and defense to packaging design.

Why we should use CATIA based Designs?

  • CATIA Course in Erode offers a way to visualize designs in 3D. It is mostly used for its disciplined system, rendering technology, and sketching, multi-platform development, active collaboration, market compliance, and engineering insights.

  • CATIA Training  in Erode Efficiently deals with Editable Reverse Engineered design for Mechanical Designs, Machine Designs, Heavy Duty, Special Purpose vehicle & Machine designs etc.

Where does CATIA Designs Applicable?

CATIA  Course in Erode designs Applicable in fields of Boeing, Aerospace and Automotive Industries as stated below

Learning Outcome of CATIA Training in Erode:

Introduction to CATIA Course in Erode

C Cube CAD Centre in Erode offers a comprehensive CATIA course designed to equip engineers, designers, and students with the skills required to excel in 3D CAD modeling and design. CATIA, developed by Dassault Systèmes, is a powerful and versatile software widely used in aerospace, automotive, and other high-tech industries. Our course provides hands-on training and expert guidance to ensure you master CATIA’s capabilities and apply them effectively in your professional or academic projects.

Syllabus

INTRODUCTION OF DESIGN CONCEPT AND PROCEDURE

  • Detailed Concept Of CAD
  • Need & Importance Of CAD
  • Overview About Actual Designing In Industries, Fundamentals Of Design And Its Implementation Methods
  • All Characteristics Of Catia To User Friendly Atmosphere
  • Superiority Of Catia With Its Use And Demand In Industries

 

Introduction To CATIA

  • Introduction To Catia V5 Version.
  • System Requirements
  • Starting Catia Version V5
  • The Workbench Concept
  • Workbenches
  • Adjusting The Catia Interface
  • Creating And Managing Workspace
  • Menu And Toolbars
  • Starting New Drawing
  • Finding Tools
  • Selecting/Moving Objects With Mouse
  • The Object/Action And Action/Object Approaches
  • Working With Planes
  • Graphic Properties Toolbar
  • Changing The Graphic Properties
  • Changing The Interface From 3d Modeling To 2d Sketching And Vice-Versa
  • Uses & Description About Specification Tree, Navigation Compass.
  • View Toolbar As A Common Toolbar For All The Interface.
  • Documentation Management

SKETCHER

  • Introduction Of Drafting And Its Concept
  • Entering/Exiting The Sketcher Workbench
  • Coordinate Systems
  • Profile Creation Tools For Creating 2D Sketch
  • Modifying The Sketch Created (If Error Is There)
  • Open Profiles And Its Limitations
  • Tools For Changing Visualization And Orientation Of Sketch
  • Uses Of Constrains Tools For Making Fully Constrained Sketch
  • Operation Tools For Reducing Work And Easy Drawings.
  • Creating Basic Sketch
  • Positioned Sketching
  • Commands Such As Lines, Circle Etc
  • Pre-Defined Profiles
  • User-Defined Profiles
  • Setting Units
  • Construction Geometry
  • Constraining The Sketch
  • Difference Between Dimensional Constraints And Geometrical Constraints
  • Geometry & Constraints Management (Geometric And Dimensional)
  • Explanation Of Fully Constrained Sketches
  • Sketcher Re-Limitations
  • Trim Options
  • Quick Trim Options
  • Mirroring An Object
  • Placing/Making An Object In A Symmetrical Position
  • Translation, Rotation And Scaling An Object
  • Offset And Offset Propagation Modes
  • Projecting A 3D Element
  • Isolating Projecting Elements
  • Sketch Analysis Window And Sketch Analysis
  • Quick Geometry Diagnosis

BASIC FEATURES OF PART DESIGNING

  • Concept Of 3D And Part Design Terminology
  • Selecting Sketch To Convert It Into Volumetric Design
  • Concept Of Volumetric Designing With Respect To Industries
  • Creating Base Features
  • Selecting A Base Feature And Modifying Them
  • Creating Volume In Linear Direction (Pad)
  • Creating A Cavity In Volume In Linear Direction (Pocket)
  • Limitations Of Pad And Pocket Command
  • Restrictions For Pad/Pocket Profile Sketches
  • Restrictions For Pad/Pocket Profile Sketches
  • Creating Multi-Pads/Pockets
  • Creation Of Axis At Required Place
  • Dimensioning An Axis For Appropriate Work
  • Creation Of Volume In Circular Shape (Shaft)
  • Removal Of Volume In Circular Shape (Groove)
  • Restrictions Of Revolved Features
  • Creation/Removal Of Volume On Pre-Defined Path (Rib/Slot)
  • Creation Of Hole Using Positioning Sketch
  • Hole Creation Using Pre-Defined References
  • Introduction To Stiffeners
  • Creating A New Volume Using Two Different Sketches (Solid Combine)
  • Volume Creation Using Multiple Sketches With Multiple Options
  • Creating Cavity Using Multiple Sketches

 

DRESS-UP FEATURES OF PART DESIGNING

  • Creating Curves Edges Using The Multiple References & Limitations(Fillet)
  • Chamfering Body/Edges Using Available References
  • Shell Creation In A Body.
  • Advance Shell Creation In A Body With Different Dimensions Of Different Sides
  • Adding Thickness To An Already Created Side/Volume
  • Removal Of Extra Faces In A Body
  • Replacing The Face In A Body To Another Body
  • Creating Thread And Taps In Cylindrical Body

 

DUPLICATING FEATURES OF PART DESIGNING

Mirroring Single/Multiple Feature With Respect To Plane

  • Explode Mirrored Object/Objects For Further Use
  • Patterns And Its Importance
  • Use Of Standard Pattern Styles (Rectangular Pattern, Circular Pattern)
  • Creating A New Pattern On User Defined Instances
  • Need Of Exploding The Pattern For Editing And Additional Usage
  • Keeping The Specifications To Create A Defined Patterns
  • Translating An Object/Body From Its Original Position
  • Rotate An Object/Body From Its Position With Respect To Axis
  • Placing The Body/Object In A Symmetrical Position With Respect To Plane
  • Change The Scale Of The Body By Selecting Different Faces Or With Axis System
  • Importance Of Axis To Axis System And Its Use In Geometry

 

EDITING FEATURES OF PART DESIGNING

Investigating The Model

  • Concept Of Parent-Child Relationships
  • Redefining Parameters Of Previously Created Features
  • Changing The Order Of Any Feature In A Specification Tree
  • Hiding And Un-Hiding The Sketches/Features/Body
  • Deactivating/Activating Of Features As Per Requirements
  • Use Of Defining Any Feature In Work Object
  • Resolving The Failures Of The Features/Body

 

ADDITIONAL FEATURES OF PART DESIGNING

  • Importance & Use Of Reference Geometry
  • Creating Points In A 3d Space With The Help Of Available References.
  • Creating/Introducing Line In 3d Space With References
  • Uses Of Line Created In A 3d Space
  • Introduction To Concept Of Planes
  • Creation Of New Planes In A Geometry
  • Options Available For Creating Planes In Free Body
  • Multi-Body And Its Uses
  • Inserting A New Body In Previously Created Body
  • Concept Of Boolean Operations And Use Of Boolean Operation In Body
  • Boolean Operation: Add
  • Boolean Operation: Remove
  • Boolean Operation: Intersect
  • Measure Tools
  • Use Of Graphic Properties Toolbar For Making Visualization Changes

 

ASSEMBLY MODELING & PRODUCT MODELING

  • What Is An Assembly
  • Defining A New Assembly Document
  • Assigning Properties To The Product
  • Tools Used For Creating Product Structure
  • Use Of Compass In Assembly
  • Importing Existing Components In A New Assembly
  • Snapping Components
  • Editing A Previously Created Part/Product In Assembly Features
  • Exploding A Constrained Assembly
  • Reordering Product Structure
  • Reusing A Component (Copy/Paste)
  • Components Catalogue
  • Degree Of Freedom In The Assembly
  • Constraint Creation
  • Analyzing Created Constraints
  • Assembly Features
  • Making Pattern Of Any Object
  • Using Existing Assemblies To Create A Product Structure
  • Scenes
  • Saving An Assembly Document
  • Opening/Loading An Assembly

 

DRAFTING

  • Introduction Of Drafting
  • Need & Importance Of Drafting
  • Starting The Drafting Workbench
  • Defining The Sheet & Sizes
  • Adjusting Of Drawing Sheet According To Object/Assembly
  • Types Of Projection
  • Using Predefined Drafting Styles
  • Scaling The Drafted View

 

GENERATIVE DRAFTING

  • Introduction
  • Taking Projection Of Front View On Sheet
  • Generating Different Views Such As Top View Etc
  • Difference Between Primary And Secondary View
  • Modifying An Existing View
  • Generative Dimensions Balloon Generation For Drafting Of Assembly

 

INTERACTIVE DRAFTING

  • Introduction
  • View Planes
  • Creating Multiple Projections Of Different Views
  • Creating Views For Folding Lines
  • Show/Hide Hidden Lines, Centre Line, Axis Line, Thread Etc
  • Modifying An Existing View
  • Creating Dimensions

DATA EXCHANGE

  • Converting Files For Transferring
  • Converting Into IGES, STEP, PARASOLID Etc.
  • Convert Into Jpeg, Mpeg, Tiff, Pdf Files

 

 

CATIA V5 ADVANCED TRAINING

WIREFRAME & SURFACE DESIGN

  • Introduction To Surface Design
  • Importance Of Surface
  • Process Of Surface Designing
  • Entering The Workbench
  • Generative Surface Design Process
  • Difference Between Open Bodies & Connected Bodies
  • 3D Wireframe Geometry
  • Points & Its Role
  • Creating Multiple Points On A Curve
  • Lines In Free Body
  • Line & Axis Lines
  • Creating Line & Axis Line In Free Space
  • Creating Polylines
  • Role Of Planes In Space
  • Creating New Plane With New References
  • Creating A Set Of Planes In An Order
  • Creating Free Body Curve
  • Connecting Different Curves
  • Analyzing The Sketches And Repairing/Editing
  • Surface Geometry
  • Creating Surface Using Multiple Sections
  • Creating A Blend Surface
  • Creating A Swept Surface
  • Manipulating The Swept Surface With Reference Surface Option
  • Extracting An Edge From A Surface
  • Extracting Face Of Different Surfaces
  • Creating A Solid From Surface
  • Splitting Object/Body With Surface
  • Datum Features
  • Thickening A Surface
  • Closing A Surface In To Volumetric Body
  • Editing Created Elements
  • Checking Connections Between Surfaces
  • Checking Connections Between Curves
  • Updating Object/Part
  • Dynamic Sectioning View

 

SHEETMETAL DESIGN

  • Introduction To Sheetmetal Design
  • Generative Sheetmetal Design
  • Entering The Sheetmetal Workbench
  • Process Of Sheetmetal Designing
  • Sheetmetal Parameters & Its Importance
  • Sheetmetal Wall
  • Types Of Walls
  • Profile Based Wall
  • Extruded Wall
  • Creating A Multi-Connected Profile Walls
  • Additional Types Of Walls
  • Tangent Walls
  • Creation Of Walls On The Edge
  • What Is Bend
  • Bending A Flat Sheet
  • Creating A Swept Surface With Guide Curves
  • Swept Surface Including Spine
  • Manipulation Of Swept Surface With Position Profile
  • Introduction To Spine
  • Line Sweep
  • Circle Sweep
  • Adaptive Swept Surface
  • Joining Different Surfaces
  • Trimming Created Elements
  • Fillets
  • Transformation Features In Surface Geometry
  • Extrapolating Surface
  • Disassembling A Surface
  • Healing Of Surface
  • Restoring A Surface
  • Folding & Unfolding Of The Faces
  • Creating Relief On The Corner
  • Flange & Its Types
  • Features Of Sheetmetal
  • Creating Holes In Sheet
  • Stamp & Its Role In Industry
  • Standard Stamps
  • Opening Faces Of Stamp
  • Translating Created Sheet With Parameters
  • Rotating Sheetmetal Parts
  • Pattern And Its Types
  • Mirroring The Features
  • Unfolded View

 

Catia Kinematics

 

  • Creating a Trace from a Moving Part
  • Simulation with Commands
  • Mechanism Dress-up
  • Mechanism Analysis
  • Kinematic Sequences

Mechanisms

  • Clash Detection
  • Distance Analysis
  • Advanced Joints
  • Commands
  • Joint Types & Degrees of Freedom
  • Simulations
  • Creating Swept Volumes
  • Simulation With Respect to Time
  • Speed and Acceleration
  • Simulation by Laws

WhatsApp Image 2024-06-10 at 1.06.26 PM

CATIA Course

Duration
Mode
Languages
Certificate
Software Covered
120 Hours
Online/offline
Tamil & English
Yes
1

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