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Introduction of CATIA:

CATIA is a parametric three-dimensional application software used for product design. It offers a complete engineering toolset within a single working environment. A multi-platform 3D software which seamlessly creates solids, surfaces and sheet metal using a single interface.

CATIA unites 3D parametric features with 2D tools and also addresses every design-to-manufacturing process. CATIA is used in a variety of industries throughout the world. These include Aerospace, Appliances, Architecture, Automotive, Construction, Consumer Goods, Electronics, Medical, Furniture, Machinery, Plastics, and Shipbuilding.

Scope of Course CATIA:

The proficient course in CATIA teaches you how to create solids, surfaces, assemblies, drawings, and sheetmetal parts with CATIA. You will also learn about the software's powerful parametric modelling tools, photorealistic rendering tools, and advanced functionality for surface models. Training will be given in the following key skills:

  • Understand and use of capabilities of CATIA Kinematics

  • Work on the functions followed in the Kinematics Workbench

  • Define the mechanism using an existing assembly

  • Simulate the mechanism

  • Perform analysis of kinematics

  • Analyse the mechanism for clashes

  • Formulate the sequence of multiple mechanism

Career Prospects / Job Roles after CATIA:

CATIA is widely used in the industry to improve design quality through greater accuracy and reduce design errors. Students well versed in CATIA are placed in industries such as:

CATIA DesignerDesign Engineer - CATIAMechanical Design Engineer - CATIACATIA Modeler3D modeler

CATIA Training


12400 Rs


20 Days

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Course Demo

Syllabus for CATIA Courses in Hyderabad

Session 1:

  • Introduction: What is CATIA V5, Design Intent, System Requirements, Getting Started, Understand the CATIA Interface, Workbenches, Menus and Toolbars, Finding Tools, Specification Tree, Compass, Graphic Properties,

  • Understanding View Manipulation: Fly mode, Fit All In, Pan, Rotate, Zoom In, Zoom Out, Normal View, Multi

  • Understanding Standard Toolbar: New, Open, Save, Save Management, Print, Cut, Copy, Paste, Undo, Redo

Session 2:

  • Introduction to Sketcher

  • Entering Sketcher Workbench: Basic Sketching, Positioned Sketching

  • Profile Creation Using: Profile, Predefined Profile, Circle, Spline, Conic, Line, Point, Axis

  • Understanding Sketch Tools

  • Creating Construction/ Standard Element

  • Applying Geometrical/ Dimensional Constraints

  • Understanding User Selection Filter toolbar

  • Understanding Visualization Toolbar

  • Cut part by Sketch Plane

  • 3D Element visualization

  • 2D Element visualization

  • Diagnostics

  • Dimensional Constraints

  • Geometrical Constraints

  • Sketch Workflow

Session 3:

  • Editing Profile using: Corner, Chamfer, Relimitations, Transformation, 3D Geometry

  • Understanding Constraints: Constraints, Constraint Creation, Contact Constraint, Fix together, Auto Constraint, Animate Constraint, Edit Multi – Constraint

  • Introduction to Part Design

  • Creating Sketch-Based Features: Pad Definition, Drafted Filleted Pad Definition, Pocket Definition, Drafted Filleted Pocket, Shaft Definition, Groove Definition, Hole Definition Creating Reference Element: Plane Definition

Session 4:

  • Creating Sketch-based Feature: Rib Definition, Slot Definition, Stiffener Definition, Solid Combine Definition

  • Applying Dress-Up Features: Edge Fillet Definition, Variable Fillet Definition, Chordal Fillet Definition, Face-Face Fillet Definition, Tritangent Fillet Definition, Chamfer Definition

Session 5:

  • Creating Sketch-Based Features: Multi-Sections Solid Definition, Removed Multi-Section Solid

  • Applying Dress-up Features: Draft Definition, Draft Reflect Line Definition, Variable Angle Draft Definition, Shell Definition, Thickness Definition, Thread/Tap Definition, Remove/Replace Face Definition

  • Creating Surface-Based Features: Split Definition, Thick Surface Definition, Close Surface Definition, Sew Surface Definition

Session 6:

  • Creating Reference Element: Point Definition, Line Definition

  • Creating Transformation Features: Transformation Definition, Rotation Definition, Symmetry Definition, Axis to Axis Definition, Mirror Definition, Pattern – Rectangular/ Circular Pattern Definition, Scale Definition.

Session 7:

  • Introduction to Assembly Design: Understanding Top Down & Bottom Up Approach

  • Understanding Product Structure Tools: New Component, New Product, New Part, Existing Component, Existing Component with Positioning

  • Understanding Constraints Toolbar: Coincidence Constraints, Contact Constraints, Offset Constraints, Angle

Session 8:

  • Introduction to Sheet metal Design: Understanding Sheet metal Parameters

  • Understanding Views Toolbar: Fold/Unfold, Multi viewer, Views Management

  • Creating Walls: Wall, Wall on Edge, Extrusion, Swept Walls- Flange, Hem, Tear Drop, User Flange

  • Creating Rolled Walls: Hopper, Free from Surface, Rolled Wall

  • Understanding Bending Operations: Bend / Conical Bend, Bend from Flat, Unfolding/ Folding, Point or Curve

  • Recognize Definition

Session 9:

  • Wireframe and Surface Design, Introduction to Surface Design

  • Understanding Wireframe Toolbar: Point, Point and Planes Repetition, Line, Axis, Polyline, Plane, Planes

  • Creating Surfaces: Extruded Surface Definition, Revolution Surface Definition, Sphere Surface Definition

  • Trim & Split Definition

  • Creating Surfaces: Cylinder Surface Definition, Offset Surface Definition, Fill Surface Definition, Multi-Sections

  • Creating Sweep Surface: Swept Surface Definition using profile type - Explicit, Line, Circle, Conic

Session 10:

  • Introduction to Drafting

  • Creating New Drawing File

  • Creating Projection Views: Front view, Un folded view, View from 3D, Projection, Auxiliary, Isometric, Advanced Front view

  • Creating Sectional Views: Offset Section view, Aligned Section view, Offset Section Cut, Aligned Section Cut

  • Creating Details Views: Detail, Sketched Detail Profile, Quick Detail, Sketched Quick Detail Profile

  • Creating Dimensions Using: Dimensions, Chained Dimensions, Cumulated Dimensions, Stacked Dimensions,


FAQs on Catia Course

Why Should I Learn CATIA Course At BK ENGINEERING?

CATIA Course in BK ENGINEERING is designed & conducted by CATIA experts with 8+ years of experience in the CATIA domain

Only institution in India with the right blend of theory & practical sessions

In-depth Course coverage for 40+ Hours

More than 5,00 + students trust BK ENGINEERING

Affordable fees keeping students and IT working professionals in mind

Course timings designed to suit working professionals and students

Interview tips and training

Resume building support

Real-time projects and case studies

What are the modes of training offered for this CATIA Course?

We offer this course in “Class Room, One to One Training, Fast Track, Customized Training & Online Training” mode. Through this way you won’t mess anything in your real-life schedule.

Can I Access the Course Material in Online?

Yes We Provide Lifetime Access for Student’s Portal Study Materials, Videos & Top MNC Interview Question.