Catia

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CATIA
SolidWorks
AutoCAD Mechanical

Mechanical Engineering

Catia

Catia (Computer Aided Three-dimensional Interactive Application) is a comprehensive CAD (Computer-Aided Design) software suite developed by Dassault Systems. It is widely used for product design, engineering, and manufacturing. Catia integrates various disciplines including mechanical design, systems engineering, and 3D modeling.

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Catia

Job Assistance

Program

36 Weeks

Duration

30th June 2024

Duration

Offline-Hybrid

Delivery Mode

English

Language

Course Offering

Industry Oriented Curriculum

Real World Projects

Dedicated Support

Job Assistance

Interview Preapration

Industry Recognized Certificate

Course Curriculum

» Overview of CATIA V5 interface
» Installation and setup
» Understanding workbench concepts
» Basic sketching tools
» Creating simple 2D sketches
» Constraints and dimensions
» 3D modeling basics
» Creating 3D parts from sketches
» Understanding part design workbench
» Advanced sketching techniques
» Creating complex profiles
» Working with reference elements
» Introduction to assemblies
» Creating assembly structures
» Constraints in assemblies
» Review of week 1 topics
» Hands-on practice session
» Quiz on basic concepts
» Project assignment: Create a simple part and assembly

» Advanced part design features
» Using pads and pockets
» Revolved and swept features
» Fillets and chamfers
» Creating complex shapes with the loft tool
» Mirror and pattern features
» Introduction to materials and appearances
» Applying materials to parts
» Working with parameters and formulas
» Understanding design tables
» Review of part design concepts
» Hands-on practice session
» Project assignment: Create a complex part using learned features

» Advanced assembly techniques
» Exploded views and animation basics
» Using assembly constraints effectively
» Managing assembly components
» Creating assemblies from parts
» Configuring assembly properties
» Sub-assemblies: Creating and managing
» Assembly analysis tools
» Introduction to drafting and documentation
» Creating assembly drawings
» Review of assembly design concepts
» Hands-on practice session
» Project assignment: Create a complete assembly with documentation

» Introduction to sheet metal design
» Creating a sheet metal part
» Understanding bends and flanges
» Creating and modifying sheet metal features
» Flat pattern generation
» Using the sheet metal tools effectively
» Detailing sheet metal parts
» Applying materials and finishes
» Review of sheet metal design concepts
» Hands-on practice session
» Project assignment: Design a sheet metal component
» Submit week 4 project for review

» Introduction to surface design
» Basic surface creation techniques
» Working with multi-sections and boundary surfaces
» Introduction to freeform surfaces
» Analyzing surfaces and continuity
» Using the surface tools effectively
» Creating complex shapes using hybrid design
» Surface to solid conversion
» Review of surface design concepts
» Hands-on practice session
» Project assignment: Create a complex surface part
» Submit week 5 project for review

» Introduction to generative shape design
» Using wireframe tools
» Creating complex assemblies with multiple components
» Advanced constraint techniques
» Advanced drafting techniques
» Creating detailed drawings with annotations
» Overview of simulation tools (if applicable)
» Performing basic simulations
» Review of all topics
» Q&A session
» Final project work: Integrating all learned skills
» Project presentation and feedback

Alumni's Testimonies
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