IICT provides 100% real-time, practical and placement focused CATIA Training. Our CATIA course concentrates from basic level training to advanced level training. Our CATIA Training in completely focused to get placement in MNC and certification on CATIA after completion of our course. Our team of CATIA trainers are CATIA certified professionals with more real-time experience in live projects. Our CATIA Course syllabus is enough for anyone who wants to get CATIA certification which meets industry expectations. In our course plan, you will learn Introduction of CATIA, Drawing Sketches in the Sketcher Workbench-I, Drawing Sketches in the Sketcher Workbench-II, Constraining Sketches and Creating Base Features, Reference Elements and Sketch-Based Features, Creating Dress-Up and Hole Features, Editing Features, Transformation Features and Advanced Modeling Tools-I, Advanced Modeling Tools-II, Wireframe and Surface Design with live examples.
Our CATIA Training center is equipped with lab facilities and excellent infrastructure. We also provide CATIA certification training path for our students. Through our associated CATIA Training center, we have trained more than 2000+ CATIA students and provided 90 percent placement. Our CATIA Training course fee is value for money and tailor-made course fee based on the each student's training requirements. CATIA Training conducted on day time classes, weekend training classes, evening batch classes and fast track training classes.
Weekdays Training | 01-10-2024 | 31-10-2024 | Monday - Friday |
Weekend Days Training | 01-10-2024 | 30-11-2024 | Saturday - Sunday |
Fast Track Training | 01-10-2024 | 16-10-2024 | Monday - Friday |
Workbenches
Toolbars
Specification Tree
Compass
Mouse Usage
File Operations
Invoking the Sketcher Workbench
Units, Grid Settings
Construction and Standard elements
Drawing Sketch objects I
Inferred Constraints
Exiting the Sketcher Workbench
View Manipulation
Drawing Sketch Objects II
Modifying sketch Objects
Sketch Transformations
Constraining Sketches
Geometric Constraints
Dimensional Constraints
Sketch Analysis
Creating an Extruded Solid Using the Pad Feature
Creating a Revolved Solid Using the Shaft Feature
Assigning a Material to the Model
Reference Elements
Drafted Filleted Pad Features
Multi-Pad Features
Pocket Features
Drafted Filleted Pocket
Multi-Pocket Features
Groove
Extruding and Revolving Faces
Hole features
Chamfer
Fillets
Draft
Shell
Editing Features
Cut, Copy and Paste
Deleting Features
Deactivating Features
Defining the Work Object
Reordering Features
Translating and Rotating Bodies
Symmetry and Mirror Features
Patterns
Scale
Parts with Multiple Bodies
Boolean Operations
Stiffener Features
Rib
Slot
Multi-section Solids
Power copy
Surfacing Workbenches
Wireframe geometry
Extruded Surfaces
Revolved Surfaces
Offset Surfaces