Catia V5 Electrical Harness Design Automotive Industrial

Catia V5 Electrical Harness Design – Automotive & Industrial, available at $74.99, has an average rating of 4.44, with 96 lectures, based on 970 reviews, and has 4632 subscribers.

You will learn about Catia V5 Electrical Part Design Workbench Catia V5 Electrical Assembly Design Workbench Catia V5 Electrical Harness Installation Workbench Catia V5 Electrical Harness Assembly Workbench Electrical Components Theory for Industrial Design Electrical Components and Materials for Automotive Harnesses Electrical Components and Materials for Motor Sport and Formula One Harnesses Projects made from scratch with Real Job Experience and Advice Catia V5 Electrical Harness Flattening Quick Tutorial This course is ideal for individuals who are Electrical Harness and Wiring Designer or Electrical Distribution Systems Design Engineer (EDS Design Engineer) or Electrical CAD Designer It is particularly useful for Electrical Harness and Wiring Designer or Electrical Distribution Systems Design Engineer (EDS Design Engineer) or Electrical CAD Designer.

Enroll now: Catia V5 Electrical Harness Design – Automotive & Industrial

Summary

Title: Catia V5 Electrical Harness Design – Automotive & Industrial

Price: $74.99

Average Rating: 4.44

Number of Lectures: 96

Number of Published Lectures: 96

Number of Curriculum Items: 96

Number of Published Curriculum Objects: 96

Original Price: ￡199.99

Quality Status: approved

Status: Live

What You Will Learn

Catia V5 Electrical Part Design Workbench

Catia V5 Electrical Assembly Design Workbench

Catia V5 Electrical Harness Installation Workbench

Catia V5 Electrical Harness Assembly Workbench

Electrical Components Theory for Industrial Design

Electrical Components and Materials for Automotive Harnesses

Electrical Components and Materials for Motor Sport and Formula One Harnesses

Projects made from scratch with Real Job Experience and Advice

Catia V5 Electrical Harness Flattening Quick Tutorial

Who Should Attend

Electrical Harness and Wiring Designer

Electrical Distribution Systems Design Engineer (EDS Design Engineer)

Electrical CAD Designer

Target Audiences

Electrical Harness and Wiring Designer

Electrical Distribution Systems Design Engineer (EDS Design Engineer)

Electrical CAD Designer

My name is Alex, I’m a design engineer and I have been working for over 15 years with Catia V5 in Automotive, Racing and Industrial Design.

I have been working with companies like: Ferrari Formula One Team, Jaguar Land Rover, Red Bull Racing and Aston Martin.

Catia V5 is easy to learn. But learning how to use it with some real job experience is the real secret.

In this course you will learn the following 4 Catia V5 workbenches that will make you able to design Electrical Harnesses for different industries but especially for the Automotive and Moto-Racing Industries.

Catia V5 Electrical Part Design Workbench

Catia V5 Electrical Assembly Design Workbench

Catia V5 Electrical Harness Installation Workbench

Catia V5 Electrical Harness Assembly Workbench

On top of the Catia V5 teachings I have made videos where you will learn a lot of theory about materials components and experience about how electrical harnesses are built.

Electrical Components Theory for Industrial Design

Electrical Components and Materials for Automotive Harnesses

Electrical Components and Materials for Motor Sport and Formula One Harnesses

Projects made from scratch with Real Job Experience and Advice

You need to know Catia V5 Part Design and Assembly design to be able to study this course.

You need to know Catia V5 Part Design and Assembly design to be able to study this course.

Course Curriculum

Chapter 1: Initiation

Lecture 1: Introduction

Lecture 2: Add subtitles in your own language

Lecture 3: Catia V5 electrical harness design

Lecture 4: How to study this course

Lecture 5: How to use resource files and STEP files

Lecture 6: Fast project #1 – Connectors

Lecture 7: Fast project #2 – Component

Lecture 8: Fast project #3 – Wires

Chapter 2: Electrical part design video library

Lecture 1: Electrical part design intro

Lecture 2: Define equipment

Lecture 3: Define connector

Lecture 4: Define filler plug

Lecture 5: Define contact

Lecture 6: Define shell

Lecture 7: Define backshell

Lecture 8: Define mounting equipment

Lecture 9: Define cavities

Lecture 10: Define termination

Lecture 11: Define connector connection point

Lecture 12: Define bundle connection point

Lecture 13: Define cavity connection point

Lecture 14: Define back shell connection point

Lecture 15: Define support part

Lecture 16: Define protection part

Chapter 3: Electrical assembly design workbench

Lecture 1: Electrical assembly design workbench

Lecture 2: Connect and disconnect electrical devices

Lecture 3: Electrical device definition for products

Lecture 4: Electrical connection point definition for products

Chapter 4: Electrical harness installation and assembly workbenches

Lecture 1: Electrical product structure

Lecture 2: Creating wire bundles

Lecture 3: Local slack management and bundle automatic update

Lecture 4: How to delete branches and other design tips

Lecture 5: Protective coverings and electrical catalog

Lecture 6: Add and remove support

Lecture 7: Add and remove branch points – split branches

Lecture 8: Transfer branches to new products

Lecture 9: Bundle segment profile

Chapter 5: Electrical harness design techniques

Lecture 1: Motosport harness design – electrifying connectors

Lecture 2: Motosport harness design – electrifying equipment

Lecture 3: Motosport harness design – planning the project

Lecture 4: Motosport harness design – making the connections

Lecture 5: Motosport harness design – routing the wire bundles part 1

Lecture 6: Motosport harness design – routing the wire bundles part 2

Lecture 7: Motosport harness design – routing the wire bundles part 3

Lecture 8: Motosport harness design – routing the wire bundles part 4

Lecture 9: Motosport harness design – adding wire bundles supports

Lecture 10: Motosport harness design – the last adjustments

Lecture 11: Electrifying harness retainers

Lecture 12: Automotive harness design for mass production

Lecture 13: Electrical harness dynamics

Lecture 14: Detailing and dressing automotive connectors

Chapter 6: Electrical components and devices theory

Lecture 1: Electrical components and industrial automations

Lecture 2: Fuses and circuit breakers

Lecture 3: Relays

Lecture 4: Contactors

Lecture 5: Programmable logic controller – PLC

Lecture 6: Electrical motors

Lecture 7: Electrical automation example – diagram #1

Lecture 8: Temperature sensors

Lecture 9: Pressure Sensors

Lecture 10: Proximity sensors

Lecture 11: LVDT sensors

Lecture 12: Accelerometers and G-force sensors

Lecture 13: Limit switches

Lecture 14: Load cells

Lecture 15: Pneumatic electro-valves and actuators

Lecture 16: Electrical industrial automation example – diagram #2

Lecture 17: Hydraulic electro-valves and actuators

Lecture 18: Hydraulic manifolds and installation

Lecture 19: Electrical sensors and devices in hydraulics – diagram #3

Lecture 20: Electrical automations control panel

Chapter 7: Automotive harnesses and wirings – mass production

Lecture 1: Automotive harness construction introduction

Lecture 2: Automotive connectors

Lecture 3: Automotive harness construction materials – design and production

Lecture 4: Automotive harness families and inline connections

Chapter 8: Formula One, moto-sport, aircraft, military & defense electrical harnesses

Lecture 1: Formula One, moto-sport, aircraft, military & defense harnesses introduction

Lecture 2: Formula One and moto-sport electrical harness materials and construction

Lecture 3: Formula One electrical harness families and inline connections

Lecture 4: Formula One wiring and harnesses

Chapter 9: BONUS – Electrical Harness Flattening Express Tutorial

Lecture 1: Electrical Harness Flattening – Introduction

Lecture 2: Making the connections

Lecture 3: Flattening parameters

Lecture 4: Harness extraction

Lecture 5: Flatten the harness

Lecture 6: Arrange junction – Umbrella-like

Lecture 7: Arrange junction – Equal angle

Lecture 8: Rotate branch

Lecture 9: Synchronization

Lecture 10: Bend branch

Lecture 11: Roll and quick roll

Lecture 12: Straightening branches

Instructors

Alexander Consulting
Design Engineer at Alexandru Consulting

Rating Distribution

1 stars: 9 votes

2 stars: 9 votes

3 stars: 77 votes

4 stars: 329 votes

5 stars: 546 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!