For Students, Engineers, and Designers.

What you will learn

The students will learn the sketching, part modeling, assembly, sheet metal, surfacing and drafting workbenches of CATIA. Also, you will learn the basic as well as advanced concepts of design using CATIA software.

Description

CATIA V5, developed by Dassault Systemes, France, is a completely re-engineered, next-generation family of CAD/CAM/CAE software solutions for Product Lifecycle Management. CATIA V5 delivers innovative technologies for maximum productivity and creativity through its exceptionally easy-to-use and state-of-the-art user interface, from inception to the final product. CATIA V5 reduces the learning curve, as it allows the flexibility of using feature-based and parametric designs.

CATIA V5 serves the design tasks by providing different workbenches. A workbench is defined as a specified environment consisting of tools that allow the user to perform specific design tasks. This course will complete workbenches in CATIA V5 which are Part Design, Wireframe, and Surface Design, Assembly Design, Drafting, Generative Sheetmetal Design, Generative Shape Design. The tutor has used real-world mechanical engineering projects as an example in this video course. This enables the user to relate the tutorials to real-world models in the mechanical engineering industry.

The subject of interpretability offered by CATIA V5 includes receiving legacy data from other CAD systems and from its own product data management modules. The real benefit of CATIA V5 is that the links remain associative. As a result, any change made to this external data gets notified and the model can be updated quickly.

English

language

Content

Introduction

Introduction to CATIA-I

Introduction to CATIA-II

Introduction to CATIA-III

Common introductory tools in CATIA-!

Common introductory tools in CATIA-II

Common introductory tools in CATIA-III

Initial basic settings in CATIA

Sketcher Workbench

CATIA Sketcher workbench introduction

Basic profile tools to drraw sketches1

Basic profile tools to draw sketches2

Basic constraint tools1

Basic constraint tools2

Predefined profiles tools1

Predefined profiles tools2

Predefined profiles tools3

Drawing circle and arcs1

Drawing circle and arcs2

Using connect tool and drawing ellipse

Drawing lines by line tool

Drawing points

Using constraint tool in detail1

Using constraint tool in detail2

Creating corner and chamfer operations

Creating trim operations

Using operation transformation tools1

Using operation transformation tools2

Using operation transformation tools3

Analyzing sketch

Extracting sketch profiles

Example 1

Example 2

Example 3

Part Modeling Workbench

Adding material by using pad tool 1

Adding material by using pad tool 2

Adding material by using pad tool 3

Removing material by using pocket tool

Adding revolved material by using shaft tool

Removing material by groove tool

Creating holes 1

Creating holes 2

Adding material along guide by rib tool 1

Adding material along guide by rib tool 2

Removing material along guide by slot tool

Creating stiffening ribs

Using solid combine tool

Adding material by using multi-section tool 1

Adding material by using multi-section tool 2

Adding material by using multi-section tool 3

Adding material by using multi-section tool 4

Adding material by using multi-section tool 5

Adding material by using multi-section tool 6

Creating edge fillet 1

Creating edge fillet 2

Creating edge fillet 3

Creating fillets by face to face and tri-tangent tool

Creating chamfers

Creating draft 1

Creating draft 2

Creating shell on object

Using thickness tool

Applying threading/tapping

Using remove face and replace face tools

Creating blend corner

Editing the feature 1

Editing the feature 2

Measuring tools

Creating transformation by using translate/rotate tools

Creating transformation by using symmetry/axis-axis tools

Creating transformation by using mirror/scale tools

Creating rectangular pattern of features

Creating circular/user pattern of features

Example 1

Example 2

Example 3

Example 4

Example 5

Example 6

Example 7

Example 8

Example 9

Surfacing (GSD) Workbench

Introduction to generative shape design i.e surfacing

Using wireframe tool point

Using wireframe tool line

Using wireframe tool plane

Using wireframe tool project combine

Using wireframe tool intersection and curve offset

Using wireframe tool circle and conic

Using wireframe tool curves

Using surface creation tool extrude and revolve

Creating offset surface

Creating surface by using sweep tool

Creating fill surface

Creating multi-section surface

Adding surface by blend tool

Using surface operation join, heal, dissemble tools

Using split and trim surface operations

Using boundary and extract tool

Creating surface fillets

Creating surface chamfer and extrapolate

Surface – Example 1

Using body in white tools 1

Using body in white tools 2

Creating geometrical set

Using tools toolbar in surface

Applying material to surface

Example 2

Example 3

Example 4

Sheetmetal Workbench

Introduction to sheetmetal design

Setting sheet parameter

Creating Sheetmetal wall

Creating wall on edge

Creating Sheetmetal extrusion

Creating flange

Creating different types of flanges

Applying bends

Applying bend from flat

Using bending fold and unfold tools

Using curve mapping tool

Creating rolled walls Hopper

Creating rolled walls free from surface

Using fold and unfold for view purpose

Using cutting tool

Creating surface stamp

Creating bead

Creating curve stamp

Crating flanged cutout

Creating louver

Creating bridge

Creating flanged hole

Creating circular stamp

Adding stiffening rib

Creating dowel

Example 1

Example 2

Assembly Workbench

Introduction to assembly design

Inserting component in assembly

Manipulating component

Using snap tool for manipulation

Creating coincidence constraint

Creating offset constraint

Creating fix and quick constraint

Using reuse pattern tool

Analyzing degree of freedom

Creating multi instantiation

Creating assembly by top-down assembly approach

Generating exploder view

Adding part in assembly environment

Replacing part, reordering components in specification tree

Generating numbering and bill of material

Creating scene

Splitting assembly

Creating assembly feature hole, pocket

Creating assembly feature symmetry

Assembly clash analysis

Creating assembly sectioning

Example 1

Example 2

Drafting Workbench

Introduction to drafting

Creating views by view creation wizard

Creating view by advance front view

Adding projection view

Adding auxiliary view

Creating isometric view

Creating offset/aligned section view

Creating offset/aligned cut section view

Creating detail view

Creating clipping view

Creating broken view

Creating breakout view

Adding 3D clipping

Adding new sheet

Generating dimension by auto dimension tool

Generating chained dimensions

Generating manual dimensions

Generating hole/point table

Editing dimensions

Generating GD&T frame

Using generation tools

Generating bill of material

Example 1

Example 2

Example 3

Example 4

Practice Test

Add-On Information:

Course Review: Complete Course in CATIA

For Students, Engineers, and Designers.

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Overview

Alright folks, let’s talk CATIA. If you’re looking to really get your hands dirty in the world of professional 3D design and engineering, this “Complete Course in CATIA” is one of those foundational programs that can truly move the needle. I’ve seen plenty of CAD courses come and go, and what makes this one stand out is its ambition to cover the full spectrum of CATIA’s capabilities. It’s not just about slapping some lines together; it’s about building complex, manufacturable designs from the ground up. They dive deep into the core workbenches, which is crucial because in the industry, you’re not just using one tool; you’re leveraging the entire suite. Think about aerospace, automotive, high-tech manufacturing – these are sectors where proficiency in CATIA isn’t just a nice-to-have, it’s a job-critical skill. This course promises to get you there, from the basic sketching that forms the bedrock of any design to the intricate world of surfacing and the all-important drafting for production. It’s a comprehensive dive that aims to make you truly industry-ready.

Prerequisites

Honestly, you don’t need to be a CAD guru to jump into this. The course is designed to take you from beginner to advanced, so no prior CATIA experience is strictly necessary. However, a basic understanding of engineering principles or design concepts will definitely help you grasp the ‘why’ behind the ‘how’ much faster. Think of it like learning to cook – knowing what a stew is supposed to taste like makes following the recipe a lot more intuitive. A general comfort with computers and navigating software interfaces is also a given, of course.

Skills & Tools

This course is essentially a deep dive into industry-standard tools and the skills required to wield them effectively. You’ll be mastering:

Parametric Sketching: The foundation for all your 3D models.
Part Modeling: Building individual components with precision.
Assembly Design: Putting those components together to create functional mechanisms.
Sheet Metal Design: Essential for fabrication and product casing.
Advanced Surfacing: For those complex, organic shapes you see in modern product design.
Drafting: Creating the technical drawings that engineers and manufacturers rely on.

By the end, you’ll be equipped with the technical acumen necessary for various stages of the product development lifecycle.

Career Benefits & Job Roles

Let’s talk tangible benefits. This course is a significant step towards career growth. Companies across numerous high-CPC industries are actively seeking individuals with strong CATIA skills. Think about roles like:

Product Designer
Mechanical Engineer
CAD Designer/Drafter
Manufacturing Engineer
Aerospace/Automotive Design Engineer

Completing a comprehensive course like this can also be excellent certification prep, demonstrating a level of mastery that employers value. It’s about acquiring job-ready skills that translate directly into valuable contributions in the workplace.

Pros

Comprehensive Curriculum: It genuinely covers the breadth of CATIA’s core functionalities, from basic sketching to advanced surfacing and drafting. This holistic approach is rare and incredibly valuable.
Real-World Application Focus: The emphasis on “basic as well as advanced concepts of design” suggests a strong leaning towards practical application, which is exactly what you need for actual jobs.
Skill Versatility: Mastering these different workbenches equips you for a wide range of design and engineering tasks across various industries, making you a more adaptable candidate.

Cons

My one honest critique? While the course promises comprehensive coverage, the depth of “advanced concepts” can sometimes be subjective. For truly niche or highly specialized applications within CATIA (think complex simulation setups or specific advanced surfacing techniques used in niche automotive styling), you might still need to supplement with further specialized training or on-the-job learning. However, for building a robust, foundational understanding that will make you proficient in the vast majority of CATIA-related job roles, this course appears to hit the mark.

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