Industrial Automation & its Elements

24RRE003 – Industrial Automation & its ElementsDuration: 36 Hour 20 MinutesLecture Duration: 7 Hour 15 Minutes | Practising Duration: 29 Hour 5 MinutesDiscover the foundations for a Career in Industrial Automation. Get hands-on experience programming a PLC to address a lot of industry requirements.Prior understanding of Industrial AutomationEvery person’s life is being influenced by automation. Automation is essential for a healthy economic growth. It reduces production time while maintaining excellent accuracy. Every industry has its own set of automation for process optimization.Simply put, industrial automation is a technology that employs advanced machineries and technologies to carry out a variety of manufacturing processes.Course OverviewThis course will cover everything from computer integrated manufacturing principles to industrial plc programming for a spectrum of applications. This program will take a total of 36 Hours for learning, practicing the quizzes and programming.Why Industrial Automation?Be a part: Automation is essential for a better economic growth. We know how industries are shifted by implementing high end automation technologies such as transfer lines, VMC, Automated Guided Systems, Welding Robots and so on. Industrial Automation is already used so much in everyday life, industries and its application are only going to increase.Be in demand: Industrial Automation is one of the hottest career options these days with thousands of internships and jobs being added every day.Channel your potential: Whether you are a mechanical, electrical or computer science engineer, no matter whatsoever, you can acquire and utilize wide range of automation career opportunitiesObjectives

To deepen one’s understanding of various industrial manufacturing processes and their layout
To grasp the implemented communication methodology and database.
To become familiar with key components such as switches, MCBs, MCCBs, RCCBs, relays, sensors, PLCs, VFDs, HMIs, SMPSs, and SCADA systems.
To impart plc programming and integration skills.

Course OutcomeAfter the completion of the course, learners will be able to

Describe the functions of sensors, relays, safety devices, PLCs, HMIs, and VFDs, as well as their applications.
Select Sensors, PLC, Relay, Switchgears based on the requirement (for a project/application)
Write PLC Ladder Logic Programming in Siemens TIA Software on their own.
Connect the Photoelectric Sensor and LED Lamp to the Siemens S71500 PLC.
Explain the various Automation Strategies, including their types and components.
Outline the diﬀerent AGV and ASR System types based on the application.
Relate various Industrial Manufacturing Processes and their Applications.
Summarize the Industrial Database and Networking.

Type of Program:OnlineCourse Highlights:

Beginner Friendly
Learn and Work from home at any time and place (Self-paced program)
High Quality Training Materials and Video Tutorials (Online Mode with 1 year material access)
Project development skill
Gain excellent technical expertise (Electronics Device Integration Knowledge, Programming Skills) (Working, Circuit Connection, Compilation and Simulation)
Training Certificate
E-Booklet
30% Scholarship for Student

Pre requisiteThis is a completely beginner-friendly program. Prior Educational QualificationUnder graduation and post-graduation (from engineering and science background), as well as professionals in the industry, will benefit greatly from this course.This training would benefit participants in instrumentation, mechatronics, electrical, and electronics backgrounds.Facilities RequiredTake quizzes & tests on any device, including mobile, and watch videos on any platform (including mobile). When utilizing a laptop or desktop computer, you will need at least 4GB of RAM.Fee: ₹10,000 INR

Curriculum

8 Sections
73 Lessons
365 Days

Expand all sectionsCollapse all sections

Introduction
3
Week 1: Manufacturing System (Duration: 4 Hour 45 Minutes)
Lecture Hours: 1 Hour | Practicing Hours: 3 Hour 45 Minutes (Quizzes: 15 Minutes, Self-Study: 1 Hour, Book Reading + Reference Weblink & Video Learning: 2 Hour 30 Minutes)
10
Week 2: Industrial Communication (Duration: 4 Hour 20 Minutes)
Lecture Hours: 1 Hour 5 Minutes | Practicing Hours: 3 Hour 15 Minutes (Quiz: 15 Minutes, Self-Study: 1 Hour, Book Reading + Reference Weblink & Video Learning: 2 Hours)
12
Week 3: Switchgears and Sensors (Duration: 3 Hour 25 Minutes)
Lecture Hours: 1 Hour 10 Minutes | Practicing Hours: 2 Hour 15 Minutes (Quiz: 15 Minutes, Self-Study: 1 Hour, Reference Weblink Learning: 1 Hour)
12
Week 4: Programmable Logic Controller (Duration: 4 Hour 35 Minutes)
Lecture Hours: 50 Minutes | Practicing Hours: 3 Hour 45 Minutes (Quiz: 15 Minutes, Self-Study: 1 Hour 30 Minutes, Book Reading: 1 Hour, Reference Weblink Learning: 1 Hour)
11
Week 5: Programming Terminologies (Duration: 6 Hour 40 Minutes)
Lecture Hours: 50 Minutes | Practicing Hours: 5 Hour 40 Minutes (Quiz: 10 Minutes, Self-Study: 1 Hour 30 Minutes, Book Reading: 1 Hour)
9
Week 6: TIA Software Journey - Beginning (Duration: 6 Hour 30 Minutes)
Lecture Hours: 50 Minutes | Practicing Hours: 5 Hour 40 Minutes (Quiz: 10 Minutes, Self-Study: 2 Hours, Software Installation: 2 Hours, Program Practising: 1 Hour 30 Minutes)
11
Week 7: Ladder Logic Programming (Duration: 6 Hour 5 Minutes)
Lecture Hours: 50 Minutes | Practicing Hours: 5 Hour 15 Minutes (Quiz: 15 Minutes, Final Exam: 30 Minutes, Self-Study: 1 Hour 30 Minutes, Program Practising: 3 Hours)
15

Sriram Nagarajan

As the Founder and CEO of RoboRAM Education since 2018, he is known to be a vital resource as Industrial Automation Solutions remain the key to effective horizontal and vertical automation. With a degree in Robotics and Automation and advanced skills in interdisciplinary project management, he specializes in Integrated Automation, Machine Learning, Industrial IoT, Microcontroller Testing and Application Development, Low Cost Automation, and RPA Application Development.