Rotate An Object/Body From Its Position With Respect To Axis.Translating An Object/Body From Its Original Position.Keeping The Specifications To Create A Defined Patterns.Need Of Exploding The Pattern For Editing And Additional Usage.Creating A New Pattern On User Defined Instances.Use Of Standard Pattern Styles (Rectangular Pattern, Circular Pattern).Explode Mirrored Object/Objects For Further Use.Mirroring Single/Multiple Feature With Respect To Plane Creating Thread And Taps In Cylindrical Body.Replacing The Face In A Body To Another Body.Adding Thickness To An Already Created Side/Volume.Advance Shell Creation In A Body With Different Dimensions Of Different Sides.Chamfering Body/Edges Using Available References.Creating Curves Edges Using The Multiple References & Limitations(Fillet).Creating Cavity Using Multiple Sketches.Volume Creation Using Multiple Sketches With Multiple Options.Creating A New Volume Using Two Different Sketches (Solid Combine).Hole Creation Using Pre-Defined References.Creation Of Hole Using Positioning Sketch.Creation/Removal Of Volume On Pre-Defined Path (Rib/Slot).Removal Of Volume In Circular Shape (Groove).Creation Of Volume In Circular Shape (Shaft).Dimensioning An Axis For Appropriate Work.Restrictions For Pad/Pocket Profile Sketches.Creating A Cavity In Volume In Linear Direction (Pocket).Creating Volume In Linear Direction (Pad).
Explanation Of Fully Constrained Sketches.Geometry & Constraints Management (Geometric And Dimensional).Difference Between Dimensional Constraints And Geometrical Constraints.Operation Tools For Reducing Work And Easy Drawings.Uses Of Constrains Tools For Making Fully Constrained Sketch.Tools For Changing Visualization And Orientation Of Sketch.Modifying The Sketch Created (If Error Is There).Profile Creation Tools For Creating 2D Sketch.Entering/Exiting The Sketcher Workbench.Introduction Of Drafting And Its Concept.View Toolbar As A Common Toolbar For All The Interface.Uses & Description About Specification Tree, Navigation Compass.Changing The Interface From 3d Modeling To 2d Sketching And Vice-Versa.The Object/Action And Action/Object Approaches.Superiority Of Catia With Its Use And Demand In Industries.All Characteristics Of Catia To User Friendly Atmosphere.Overview About Actual Designing In Industries, Fundamentals Of Design And Its Implementation Methods.For a countless number of placements from CETPA please Click Here.ĬATIA V5 Foundation Training INTRODUCTION OF DESIGN CONCEPT AND PROCEDURE Students willing to bag a good and exciting career can join CETPA for an exciting experience. Some of the reflections of the placement can be observed in the table mentioned below:ĬETPA trains student to be Industry ready in their industrial training course and this is reflected in our placements. The students of CETPA get good opportunities to prove themselves in the placements. We provide internship program to equip the trainee with industry scenario and environment exposure. In most cases, we absorb the trainees within CETPA, which therefore means that everyone is placed with a job as soon as the training period is over. After the training is over, we assist all its trainees to get jobs in various MNCs and industry leaders. CETPA Placement RecordĬETPA has a dedicated placement team to help students get job placements in various IT job roles with major companies. It is considered as the Global Standard in automotive manufacturing and aircraft manufacturing. When it comes to automotive manufacturing companies, 22 companies out of 30 companies use this software. There are 20000+ companies globally which implements the concepts of CATIA.
Some of the other companies like Ford, Toyota, Maruti, Allied signal, Porsche extensively use the applications of CATIA. The top automotive or aircraft companies using CATIA are:
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