Learn Industrial Automation with 7+ Real Projects using PLC and SCADA

Dear Students,

   Considering the industrial automation requirement in MNC companies, I have designed a real-time projects-oriented PLC and SCADA programming course for you. In this course, you will learn everything you need to know. No experience is needed to learn this course because I have started this course from a basic to an advanced level. In this course I have covered the following projects;

1. Remote control operation using OSR instruction of PLC
2. Controlling the lighting operation for the different industrial applications using PLC
3. Industrial Water Level Management System using PLC
4. Forward and Reverse Control Operation of Motor Using PLC
5. Automatic Water Bottle Filling System using PLC and SCADA
6. Smart Traffic Control System Using Subroutine Instruction of PLC
7. Automatic Car Parking and Controlling System (Entry and Exit Control) Using PLC
8. Controlling Pneumatic based Robotic operation for picking up and down the object

The students will be able to,

• Develop the PLC ladder diagram for Temperature Control systems, Traffic Control, Industrial Water Level Management, Remote Control Operations, and many more.
• Decide Digital and Analog I/Os, communication protocol, and instructions for the selection of PLC. Selection criteria for the PLC.
• Design and develop 7+ real industrial projects based on PLC LD programming.
• Identify and describe the role of the project engineers in terms of safety considering societal aspects.
• Applications of PLC in the industrial sector.
• Learn PLC-based field I/O connections.
• Identify the strength and limitations of PLC for acquiring information, Simulating, and monitoring the system.
• Interfacing of PLC with SCADA.
• Learn SCADA software for monitoring and backing up large-area production process data.
• Design creative graphics required for projects.
• Learn the use of vector graphics, bitmap graphics, library symbols, etc.
• Identify and assemble the information of physical parameters using SCADA software.
• Visualize and control vital plant processes in real-time.
• Better understand what is occurring in their plants so they can take action when truly needed.
• Detect and troubleshoot problems in their processes.
• Monitor critical equipment and machines that are starting to degrade so they can be better prepared to repair them when needed.
• Create system diagnostic displays so they can maintain these critical applications more effectively.