Course curriculum

    1. Course Introduction

    2. Section Introduction

    3. Getting The Software

    4. 2D Shapes and Dimension

    5. Extrude

    6. Extrude Cut

    7. Trim

    8. Revolve

    9. Shell

    10. Holes

    11. Gear

    12. Components

    13. Multipart Assembly

    14. External Libraries

    15. Threading

    16. Repetitive Assembly

    1. Section 2 Overview

    2. Building Frame Part 1

    3. Building Frame Part 2

    4. Frame Assembly

    5. Motor Holder Design

    6. Designing Nema17

    7. Designing Coupler

    8. Designing Disk

    9. Barrier Design

    10. Jar Design

    11. Adding Texture

    12. Ready To Download Model

    1. Section 3 Overview

    2. Model Attachment

    3. Designing Lead Screw Linear CAD Part 1

    4. Designing Lead Screw Linear CAD Part 2-3

    5. Designing Lead Screw Linear CAD Part 4

    6. Designing Lead Screw Linear CAD Part 5

    7. Designing Lead Screw Linear CAD Part 6

    8. Designing Lead Screw Linear CAD Part 7

    9. Designing Lead Screw Linear CAD Part 8

    10. Designing Lead Screw Linear CAD Part 9

    11. Designing Lead Screw Linear CAD Part 10

    12. Designing Lead Screw Linear CAD Part1 11

    13. Designing Lead Screw Linear CAD Part 12

    14. Designing Lead Screw Linear CAD Part 13

    15. Ready To Download Model

    1. Section Overview

    2. Tray & Rejection Piston Part 1

    3. Tray & Rejection Piston Part 2

    4. Tray & Rejection Piston Part 3

    5. Tray & Rejection Piston Part 4

    1. Section Overview

    2. Designing Timing Belt Linear Guide Part 1

    3. Designing Timing Belt Linear Guide Part 2

    4. Designing Timing Belt Linear Guide Part 3

    5. Designing Timing Belt Linear Guide Part 4

    6. Designing Timing Belt Linear Guide Part 5

    7. Designing Timing Belt Linear Guide Part 6

    8. Ready To Download Model

    1. Section Overview

    2. 3-Axis Intro

    3. Frame Design

    4. Designing Frame Holders

    5. X-Axis Design Part 1

    6. X-Axis Design Part 2

    7. X-Axis Design Part 3

    8. X-Axis Design Part 4

    9. X-Axis Design Part 5

    10. X-Axis Design Part 6

    11. X-Axis Design Part 7

    12. X-Axis Design Part 8

    13. X-Axis Design Part 9

    14. X-Axis Design Part 10

    15. X-Axis Design Part 11

    16. X-Axis Design Part 12

    17. X-Axis Design Part 13

    18. Y-Axis Design Part 1

    19. XY Working Area

    20. Z-Axis Design Part 1

    21. Z-Axis Design Part 2

    22. Z-Axis Design Part 3

    23. Pick and Place Design Part 1

    24. Pick and Place Design Part 2

    25. Ready To Download Model

About this course

  • $39.00
  • 112 lessons
  • 10 hours of video content

Video

Outcome Highlights

You can expect to master the following topics:

  • Design Real-World Industrial Machines

    Learn Designing 3D CAD of Real-World Machines. From scratch all the way to the Screws and Nuts. There is no single course out there that teaches actual machine design.B

  • Design Conveyor Systems

    Conveyor Systems design can be challenging. master this topic by designing from scratch, the most famous two conveyors. Which are the Flat and Modular Conveyor Belts

  • 3-Axis Motion Systems

    3-Axis systems are used in a lot of High-Accuracy machines out there. Like CNC, 3D Printer, Pick and Place , Cartesian robots, and many more. Master designing stepper motors based 3-Axis machines

  • Single-Axis Timing Belts

    High Accuracy Single-Axis Budget applications requires the use of Timing Belts. Design Timing Belt based linear guide from scratch, This is very famous in 3D Printers design.

  • Single-Axis Screw Lead Guides

    Screw Lead is another famous method to create High-Accuracy Machines. Master Screw Lead based designs with hands on step by step explanation.

  • Learning Fusion 360 3D CAD Tool

    One of the most famous 3D CAD tools out there is Fusion 360 from Autodesk. It's a requirement for many Mechanical and Electrical Design Companies out there.

Doesn't matter if you work on the Mechanical or Electrical/Control Part of a production line. You need this course!

If you work in the mechanical design sector, then this course is will help you see how Real-World Industrial Machines are designed. Similarly, if you are from an Electrical/Control Background, you are going to need to understand Mechanical design. This will help you advance your skills in domains like Digital Twinning which focuses in large portion of it on 3D CAD Design.
Get it now for 39$

What will you learn?

This course is all about Industrial Machine Design From Scratch using Fusion 360 (Free CAD Software)

Unlike other 3D CAD Courses which focuses on the Design Tool Functions, we will be focusing on Real-Life Machine Building with the utter most details, From Screws, Nuts, and Frames, ending with full Scale Machine.


All Machines we are designing are the most common machines in Small/Large Factories. And they form an essential role in almost any production line.


Here is a summary of what we will be designing :

  • Cartesian 3-Axis Robot

  • Pick & Place Machine

  • Single-Axis Linear Motion

  • Distribution/Accumulation Turntable

  • Single-Axis Piston Rejection Mechanisms

  • Flat Conveyor Belts

  • Modular Conveyor Belts

  • There one section that will introduce you to all Necessary Fusion 360 Functions


By the end of this course you should be able to:


  • Design Motion and Mechanical Concept for any machine you have in mind

  • Understand the actual Mechanical Parts involved in Real-Life Machines

  • Understanding the Most common machines used in actual Production Lines and Factories

  • If you are a PLC Programmer, then this course will also help you debug mechanical issues because of the understanding you will gain regarding Mechanical Parts and motion

  • Being able to design anything using one of the most famous CAD tools out there, Fusion 360


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This is Part 2/5 of the Robotics & Mechatronics Series, Which main purpose is to help you Master the following Path:


  1. Course 1: Understand Mechanical Design Theory for Machines & Production Lines

  2. Course 2: Designing, Hands-On, Real Industrial Mechanical Machines with Utter most Details

  3. Course 3: Digital Twinning, and Actually Animate & Physically Simulate your 3D CAD Designs 

  4. Course4: PLC Control Mechanical Designs & Digital Twin using Algorithms 

  5. Course5: Hands-On Building & Controlling All your designs in Real-Life

This is a 100% Original Course

There is not Course on the internet that would provide the information given here. Based on +8 Years of Experience

Get it For 39$