Udemy – Factory Automation using PLC Logics 2024-5

Udemy – Factory Automation using PLC Logics 2024-5 Downloadly IRSpace

Apr 17, 2025 - 10:43 Updated: Aug 17, 2025 - 11:23

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Udemy – Factory Automation using PLC Logics 2024-5

Factory Automation using PLC Logics is a complete course in the field of training 3D and interactive platforms for building and simulating industrial automation systems. This course is designed for those who want to quickly learn real-time industrial applications such as Sorting and Packaging. In this course, we have used advanced software like Factory I/O and Control I/O to explain PLC Logics. Factory I/O is the world’s first flexible 3D simulation software that brings the simulation of industrial systems to a new level. With advanced graphics, dynamic physics and sound, Factory I/O software will immerse users in a realistic 3D industrial environment. Using this real-time sandbox, users can edit pre-built industrial systems or build new systems. All systems are fully interactive and can be controlled by a wide range of technologies.

What you will learn in this course:

Learning how to build industrial automation systems
Learning to simulate industrial systems with PLC Logics
Learning the mechanics of installing sensors and actuators in cars
Learning to test and analyze project feasibility

Who is this course for:

Mechatronic engineers
Electrical and electronic engineers
Precision instrument technician
Engineering students

Course specifications:

Publisher : Udemy
Teacher : Rajvir Singh
Language: English
Level : All Levels
Lectures : 63
Duration : 9 hours and 16 minutes

Course contents:

Requirements :

Basics of Mechanics

Photos of Factory Automation using PLC Logics

Sample clip:

Installation guide :

After extracting, you can watch the course with your favorite video player.

subtitle : English

quality : 720p

The 2024/5 version has increased the number of lessons by 6 and the duration increased by 2 hours 17 minutes compared to 2022/8.

Udemy – Factory Automation using PLC Logics 2024-5