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Robotics & Mechatronics 3: Digital Twin Machines | Unity

Teaching & Academics

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Robotics & Mechatronics 3: Digital Twin Machines | Unity, available at $84.99, has an average rating of 4.65, with 101 lectures, based on 58 reviews, and has 935 subscribers.

You will learn about Get any Pre-made Machine Model and Physically interact with it in Unity Get any Pre-made Machine Model and Animate it Learn How Digital Twin Real-World Machines using Unity Digital Twin Cartesian Robots Digital Twin Conveyor Belts Digital Twin Turntables Machines Digital Twin Industrial Packaging Lines This course is ideal for individuals who are Digital Twin Designers or 3D Modellers or PLC Programmers & Control Engineers or Mechatronics & Robotics Enthusiasts It is particularly useful for Digital Twin Designers or 3D Modellers or PLC Programmers & Control Engineers or Mechatronics & Robotics Enthusiasts.

Enroll now: Robotics & Mechatronics 3: Digital Twin Machines | Unity

Summary

Title: Robotics & Mechatronics 3: Digital Twin Machines | Unity

Price: $84.99

Average Rating: 4.65

Number of Lectures: 101

Number of Published Lectures: 101

Number of Curriculum Items: 101

Number of Published Curriculum Objects: 101

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

  • Get any Pre-made Machine Model and Physically interact with it in Unity
  • Get any Pre-made Machine Model and Animate it
  • Learn How Digital Twin Real-World Machines using Unity
  • Digital Twin Cartesian Robots
  • Digital Twin Conveyor Belts
  • Digital Twin Turntables Machines
  • Digital Twin Industrial Packaging Lines

Who Should Attend

  • Digital Twin Designers
  • 3D Modellers
  • PLC Programmers & Control Engineers
  • Mechatronics & Robotics Enthusiasts

Target Audiences

  • Digital Twin Designers
  • 3D Modellers
  • PLC Programmers & Control Engineers
  • Mechatronics & Robotics Enthusiasts

What is Digital Twinning?

In simple words, it’s Creating a Mechanical Machine, and Simulating it, before even Building it to the Real World

It’s all about Testing your Machine 3D Model, in a Physical Environmentto see how it interacts with your Production Line Products.

All of this is Possible thanks to Unity!

You will learn how to Physically Simulate machines, and Animate them using Unity.

We will be digitally twin all the 3D Models from our course Robotics & Mechatronics II. But don’t worry, If you never enrolled there, I’m still attaching ALL THE MODEL FILES!

Here is what we will be doing:

  • Learn the basics of Unity and C# (It’s recommended that you have pre-knowledge in any  C C++ JAVA C# or Python)

  • Digitally Twin a Conveyor Beltand Physically Interact with Product running over it.

  • Digitally Twinning a Cartesian Robot

  • Digitally Twinning a Pick & Place Machine

  • Digitally Twinning a Feeder Table (Turntable)

  • Digitally Twinning a Mini-Packaging Line

  • Digitally Twinning a Series of Conveyors passing Products

And more!

Where can I apply this?

  • Test Machines virtually before building them

  • Product Flow Overview simulations

  • 3D Machine Commercial Presentation

In the World of Industrial Automation and Production Lines, this is probably one of the hottest topics.
There are very few people who can actually Digital Twin Machines from scratch without counting on External Pre-made Software, which could prove useless. Because you must learn to Digitally twin ANY MACHINE that your hands falls into, and never use a pre-digitally twinned one. Why? Simple, No two machines are alike .

In this course we will focus on Product Physical Interaction and Animation where In our previous course, Robotics & Mechatronics II,we focused on 3D Model Machines from Scratch, to be able to build any machine you have in mind.

This is the only course on the whole internet that focuses on This topic, from scratch, without forcing to pay thousands of dollars for Software Subscription, or for  training.

I hope to see all there! and Please let me know if you have any questions.

This course, is a pre-request for Robotics & Mechatronics IV: PLC Virtual Commissioning (Coming Soon)

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Tools Installation

Lecture 1: Installing Unity

Lecture 2: Installing Visual Studio

Chapter 3: Unity Basics

Lecture 1: Section Introduction

Lecture 2: Software Overview

Lecture 3: 3D Object & Transformations

Lecture 4: Materials

Lecture 5: Room & Camera

Lecture 6: Colliders Introduction

Lecture 7: Rigidnbody & Colliders

Lecture 8: Controlling Gravity

Lecture 9: C# Introduction

Lecture 10: Scripted Vs Natural Physics

Lecture 11: FixedDelta, Delta & FPS

Lecture 12: Rotation Physics Introduction

Lecture 13: C# Rotation Implementation

Lecture 14: Rotation Physical Interaction

Lecture 15: Rotation & Barriers Interaction

Lecture 16: Rotation & Multi-Object Interaction

Lecture 17: Conveyor Belt Physics Introduction

Lecture 18: Conveyor Belt Prototyping

Lecture 19: Belt Animation

Lecture 20: Changing Rotational Pivot

Lecture 21: Linear Motion Introduction

Lecture 22: Sensors Introduction

Lecture 23: Located Motion Part 1

Lecture 24: Located Motion Part 2

Lecture 25: Located Motion Part 3

Chapter 4: Conveyor Flat Belt | Digital Twinning

Lecture 1: Section Infoduction

Lecture 2: Explaining 3D Model

Lecture 3: Attachment: Project Files

Lecture 4: Importing CAD Files

Lecture 5: Pivots

Lecture 6: Rotating Drive Pulley

Lecture 7: Rotating Idler Pulley

Lecture 8: Combining Rotations

Lecture 9: Belt Rotation

Lecture 10: Combining Animation

Lecture 11: Control Bridging

Lecture 12: Conveyor Physics Part 1

Lecture 13: Conveyor Physics Part 2

Lecture 14: Conveyor Physics Part 3

Lecture 15: Conveyor Physics Part 4

Lecture 16: Orientation Detection Script

Lecture 17: Mini-Project | Passing Products

Lecture 18: Mini-Project | Inclined Conveyor Physics

Lecture 19: Mini-Project | Adding Platform

Chapter 5: Sensors Digital Twinning

Lecture 1: Section Introduction

Lecture 2: Importing Package

Lecture 3: Adding Sensor

Lecture 4: Sensor Field View

Chapter 6: Single-Axis Linear Guide | Digital Twiin

Lecture 1: Section Introduction

Lecture 2: Explaining The 3D Model

Lecture 3: Importing CAD Files

Lecture 4: Animation Part 1

Lecture 5: Animation Part 2

Lecture 6: Scripting Sliding Logic

Lecture 7: Motion Limit Part 1

Lecture 8: Motion Limit Part 2

Lecture 9: Motion Limit Part 3

Lecture 10: Orientation Detection

Chapter 7: Mini-Packaging Line Project

Lecture 1: Section Introduction

Lecture 2: Design Resources

Lecture 3: Building Project Part 1

Lecture 4: Building Project Part 2

Lecture 5: Building Project Part 3

Lecture 6: Building Project Part 4

Lecture 7: Building Project Part 5

Lecture 8: Building Project Part 6

Lecture 9: Building Project Part 7

Lecture 10: Building Project Part 8

Lecture 11: Building Project Part 9

Chapter 8: Cartesian Robot | Digital Twinning

Lecture 1: Section Introduction

Lecture 2: Explaining The 3D Model

Lecture 3: Importing CAD Files

Lecture 4: Project Resources

Lecture 5: Project Structure

Lecture 6: Y-Rotation

Lecture 7: X_Rotation

Lecture 8: Z_Rotation

Lecture 9: Y_Slide

Lecture 10: X_Slide Part 1

Lecture 11: X_Slide Part 2

Lecture 12: Z_Slide

Lecture 13: Final Touches and Debug

Chapter 9: Cartesian Robot Vacuum Pick & Place End Effector

Lecture 1: Section Introduction

Lecture 2: Vacuum End Effector Part 1

Lecture 3: Project Resources

Lecture 4: Vacuum End Effector Part 2

Lecture 5: Vacuum End Effector Part 3

Lecture 6: Vacuum End Effector Part 4

Instructors

Rating Distribution

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  • 2 stars: 0 votes
  • 3 stars: 7 votes
  • 4 stars: 12 votes
  • 5 stars: 39 votes

Frequently Asked Questions


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