Overview

"The next industrial revolution is bringing about untold change in every industry creating massive advantages and challenges to implement."

Industry 4.0 is the digital transformation of manufacturing/production and related industries and value creation processes. Industry 4.0 is used interchangeably with the fourth industrial revolution and represents a new stage in the organization and control of the industrial value chain. The implementation of industry 4.0 is giving birth to smart manufacturing practices and smart factories. Increasing productivity and revenue exponentially. In short we can say - The Fourth Industrial Revolution (or Industry 4.0) is the ongoing automation of traditional manufacturing and industrial practices, using modern smart technology (Like Robotics, CNC, 3D printing etc.)

Smart Manufacturing and Smart Factories bring with them optimizations and a growing ability to self-optimize production leading to nearly zero downtime. Optimization will play a major role in keeping high end equipment maintained efficiently by having the right resources in the right place at the right time. Being able to utilize your production capacity constantly and consistently is better than a major down time or changeover. While IIOT (Industrial Internet of Things) and M2M (Machine to Machine Communication) are in the lead, Automation and related applications, is playing a vital role in shaping the ecosystem of Industry 4.0.

This course is designed to cover the automation & application portion of Industry 4.0. This is very beneficial for students from mechanical, manufacturing & Industrial engineering stream. Moreover, Those professionals who are already a part of any manufacturing industry, will get the additional knowledge of various development in the field of technology which can revolutionize their existing practices. So this course is not only for aspiring engineers but also for working professionals. Some of the areas of automation & applications in industry 4.0 covered in the course is elaborated below:

Automation - Classification, Control system & challenges
Robotics - Definition, Laws of robotics, Components of a robot, Robot classification, DOF - Degree of Freedom, Robot configurations and some exceptional robots available in industry
Numerical Control - NC & CNC machines, Components of CNCs, Types of CNCs, Importance of higher axes machining, Programming format, CODING exercise (G-Code), Applications
3D Printing - General Explanation, Procedure, Types of 3D printing processes, Materials & applications

Who this course is for

Mechanical engineering graduates & undergraduates
Manufacturing engineering graduates & undergraduates
Industrial engineering graduates & undergraduates
Industrial professionals interested in industry 4.0 domain
Anyone interested in learning about Automation, Robotics, Numerical control & 3D printing

Testimonials

Useful content. Unique course. Thank you very much ~ Helly
It was really good content produced by instructor ~ Vishal K
I am not from engineering background but I understood everything. Value addition for my industrial journey indeed ~ Sheetal R
I loved this class--especially the section on 3D printing since I use 3D printing in my business ~ Julio S
It was indeed a good match. A brief overview of robotics, CNC & additive manufacturing. I would recommend it for beginners ~ Annie G
CNC and 3D printing all in one place. Great idea Industry 4.0 also was a new thing for me ~ Prayag S
Superb sir ~ Riya M

What you'll learn

Classification of automation & types of control systems, Ethical dilemma of automation
Robotics - Robot definition, classification, components & configuration, Laws of robotics, Degree of freedom in robotics
NC & CNC machines - Components, Types, Higher axes machining, G CODE & M CODE, Programming format, Applications
3D Printing - Procedure, processes, materials & applications