Learn Catia V5 from a design engineer with more than 18 years experience in automotive, racing and industrial design

What you'll learn
Workbenches: Sketcher, Part Design, Assembly Design, Drafting, Generative Shape Design (GSD), Sheetmetal Design and DMU Kinematics (simulations)
Practice projects to extend your experience fast
Learn about different industries and how to look for jobs, make your CV and showcase your skills
Learn to use the software in real job design
Learn how to think like a professional design engineer
Learn about the automotive industry and Formula 1
Learn how to build portfolio for design engineering
Requirements
Just basic computer usage
Description
HiMy name is Alex, and I am a Design Engineer.I have been working for more than 18 years with Catia V5 in automotive engineering, racing and industrial design.All the knowledge and experience that I gained helped me work with companies like Ferrari Formula One Team, Red Bull Racing, Jaguar Land Rover, Aston Martin and others.In this course I will teach you everything I know about Catia V5 and everything you need, to be ready to work in a company.I will show you all the commands and also how to use them in real design like you would be working on a job.Catia V5 is easy to learn. Learning how to use it is the real secret. And its not that hard, I will show you.You don't need 30 hours to learn this software.My videos are edited only with the information that you need with no intro and no waiting around.You will also have my personal email where I will answer your questions and help you if you need it.First we will build two assemblies from scratch where you will learn how to design in Catia V5.Then you study the video library where all the commands and options will be explained in detail.After you study the library there are other videos with tips and projects to consolidate your experience.At the end I made some videos with information from all the industries I worked in and with tips.This course will teach you Catia V5 and also how to use it in a business environment.I will show you how I got my first job with no experience and how you can also do it.Everything I teach comes from my practical experience only, no theories.And I only wish to give you some inspiration. See you in the course!

Overview

Section 1: Introduction to Catia V5

Lecture 1 A quick about me

Lecture 2 Add subtitles in your own language

Lecture 3 How was this course designed

Lecture 4 Catia V5 workbenches and what you can design

Lecture 5 Catia V5 files

Lecture 6 Catia V5 general interface

Lecture 7 How to modify menus and toolbars

Lecture 8 How to use your mouse and keyboard

Lecture 9 How to use the STEP files

Section 2: Let's design something quick!

Lecture 10 Let's design the first part

Lecture 11 The second part

Lecture 12 The final parts

Lecture 13 Let's assemble the parts

Lecture 14 Let's perform some assembly analysis

Lecture 15 Let's create a drawing

Section 3: Sketcher video library

Lecture 16 Sketch constraints

Lecture 17 Construction elements

Lecture 18 Sketch profiles

Lecture 19 Sketch operations part 1

Lecture 20 Sketch operations part 2 - relimitations

Lecture 21 Sketch operations part 3 - transformations

Lecture 22 Sketch operations part 4 - project 3D elements

Lecture 23 Sketch analysis

Lecture 24 Visualization tools

Section 4: Part design video library

Lecture 25 Pads

Lecture 26 Pockets

Lecture 27 Sketcher profile rules

Lecture 28 Points

Lecture 29 Planes

Lecture 30 Lines

Lecture 31 Hole

Lecture 32 Shaft and groove

Lecture 33 Fillet and chamfer

Lecture 34 Shell and thickness

Lecture 35 Draft angle

Lecture 36 Rib and Slot

Lecture 37 Multi sections solid and removed multi section

Lecture 38 Part body and geometrical sets

Lecture 39 Body transformations

Lecture 40 Patterns

Lecture 41 Boolean operations

Lecture 42 3D annotations

Section 5: Assembly design video library

Lecture 43 View and render tools

Lecture 44 Measurements

Lecture 45 Product structure

Lecture 46 Assembly manipulation

Lecture 47 3D compass

Lecture 48 Assembly constraints

Lecture 49 Annotations

Lecture 50 Clash and section

Lecture 51 Enhanced scenes

Lecture 52 Search and select

Section 6: Drafting video library

Lecture 53 The drafting workbench

Lecture 54 Views toolbar

Lecture 55 Drawing toolbar

Lecture 56 Overload properties

Lecture 57 Dimensioning toolbar

Lecture 58 Annotations and dress-up

Lecture 59 Text replicate

Lecture 60 Sheet background - frame and title block

Lecture 61 Other useful tools in drafting mode

Section 7: General video library

Lecture 62 Lighting and depth

Lecture 63 Apply materials

Lecture 64 Catalog browser

Lecture 65 Performance options

Lecture 66 Other Catia V5 tools

Lecture 67 Hide multiple elements with a few clicks

Lecture 68 Create new custom material

Section 8: Practice Projects and Assessments

Lecture 69 Practice project #1 - Assessing the job that has to be done

Lecture 70 Practice project #1 - Planning and collecting information

Lecture 71 Practice project #1 - Designing and assembling the parts

Lecture 72 Practice project #1 - Product analysis and conclusion

Lecture 73 Practice project #2 - Part 1 - Base and bracket

Lecture 74 Practice project #2 - Part 2 - The wheel

Lecture 75 Practice project #2 - Part 3 - Wire retainer

Lecture 76 Practice project #2 - Part 4 - Bulb and wire

Lecture 77 Practice project #2 - Part 5 - Rustic lamp assembly

Lecture 78 Practice project #3 - Part 1 - Central beam

Lecture 79 Practice project #3 - Part 2 - Tow ball mount

Lecture 80 Practice project #3 - Part 3 - Brackets

Lecture 81 Practice project #3 - Part 4 - Assembly

Lecture 82 Practice project #3 - Part 5 - Product analysis

Section 9: Generative Shape Design - Wireframes

Lecture 83 Wireframe and 3D sketches

Lecture 84 Points

Lecture 85 Lines

Lecture 86 Planes

Lecture 87 Point and plane repetition

Lecture 88 Polyline

Lecture 89 Circle and arc

Lecture 90 Axis and corner

Lecture 91 Spline and connect curve

Lecture 92 Helix and spiral

Section 10: Generative Shape Design - Surfaces

Lecture 93 Extrude

Lecture 94 Revolve

Lecture 95 Fill and join

Lecture 96 Split and trim

Lecture 97 Sphere

Lecture 98 Cylinder

Lecture 99 Surfacing exercise #1

Lecture 100 Projection of curve on surface

Lecture 101 Curve at surface intersection

Lecture 102 Offset

Lecture 103 Sweep (simple) - part 1

Lecture 104 Multi section surface

Lecture 105 Blend surfaces

Lecture 106 Heal surfaces

Lecture 107 Boundary

Lecture 108 Convert solid to surface and extract surface from solid

Lecture 109 Convert surface body in solid body

Lecture 110 Sweep - part two - explicit profile

Lecture 111 Sweep - part three - line profile

Lecture 112 Sweep - part four - circle profile

Lecture 113 Sweep - part five - conic profile

Lecture 114 Adaptive sweep

Lecture 115 Shape, edge and variable fillet

Lecture 116 Chordal, face-face and tritangent fillet

Section 11: Generative Shape Design - Body in White Templates

Lecture 117 BIW Junction

Lecture 118 BIW Diabolo and holes

Lecture 119 BIW Mating flange

Lecture 120 BIW bead

Lecture 121 BIW blend corner

Section 12: Sheet Metal Design

Lecture 122 Sheet Metal Design Introduction

Lecture 123 Sheet Metal Parameters, K-Factor, Neutral Axis and Bend Allowance

Lecture 124 Wall and Wall on Edge

Lecture 125 Bend Extremities Properties

Lecture 126 Swept Walls

Lecture 127 Extrusion

Lecture 128 Cut Out and Holes

Lecture 129 Corner and Chamfer

Lecture 130 Fold and Unfold View

Lecture 131 Corner Relief

Lecture 132 Stamping part 1 - Surface Stamp, Bead, Curve Stamp and Flanged Cut Out

Lecture 133 Stamping part 2 - Louver, Bridge, Flanged Hole and Circular Stamp

Lecture 134 Stiffening Rib

Lecture 135 Dowel

Lecture 136 User Stamp

Lecture 137 Bend and Conical Bend

Lecture 138 Bend from Flat, Folding and Unfolding

Lecture 139 Rolled Walls and Sheetmetal Rolling

Lecture 140 Hopper

Lecture 141 Patterns and transformation features

Section 13: DMU Kinematics

Lecture 142 Revolute Joint

Lecture 143 Cylindrical Joint

Lecture 144 Screw Joint

Lecture 145 Prismatic Joint

Lecture 146 Assembly Constraints Conversion

Lecture 147 Gear Joint

Lecture 148 Cable Joint

Lecture 149 Roll Curve Joint

Lecture 150 Planar Joint

Lecture 151 Rigid Joint

Lecture 152 Point Curve Joint

Lecture 153 Curve Slide Joint

Lecture 154 Point Surface Joint

Lecture 155 Spherical Joint

Lecture 156 Simulation - and exercise

Section 14: How to become a Design Engineer in Automotive, Racing or Industrial Design

Lecture 157 Automotive assembly line and vehicle major components

Lecture 158 Automotive production process on paper

Lecture 159 Applications, software and documents used in project development

Lecture 160 Automotive assembly line video with comments

Lecture 161 Formula one car building

Lecture 162 Formula one car major components

Lecture 163 Industrial design

Section 15: How to find projects and practice by yourself anytime you want

Lecture 164 Find and design projects by yourself - beginner

Lecture 165 Find and design projects by yourself - become a CAD design expert

Lecture 166 Practice Project #4 - The Frame

Lecture 167 Practice Project #4 - Drawers

Lecture 168 Practice Project #4 - Other Features

Section 16: How to tailor your CV, look for the best jobs, build a portfolio and interview

Lecture 169 How to tailor your CV and showcase your experience

Lecture 170 How to conduct yourself at an interview

Lecture 171 How to build a modern professional portfolio

Lecture 172 How to look for a job

Individuals that are interested to work in Catia V5 CAD Design