1) Study, Design and experimentation with several pneumatic circuits for industrial automation. (3 Hours)
2) Experimental analyses of various electro pneumatic systems for industrial analysis. (3 Hours)
3) Experiments with the help of hydraulic systems to achieve automation. (3 Hours)
4) Experimental studies of various electro hydraulic systems. (3 Hours)
5) Design and experiments with PLC systems in industrial application. (3 Hours)
6) Experiments with metal sensor in hydraulic and pneumatic circuits. (3 Hours)
7) Experiments with touch sensor in hydraulic and pneumatic circuits. (3 Hours)
8) Experiments with distance sensors in hydraulic and pneumatic circuits. (3 Hours)
9) Simulation studies of software used to design hydraulic circuits. (3 Hours)
10) Simulation studies of software used to design pneumatic circuits. (3 Hours)
11) Experimental study of a robotic arm. (3 Hours)
12) Application of AI to Pneumatic and Hydraulic Systems.. (3 Hours)

1) To impart basic knowledge and importance on Pneumatic Systems.

2) To impart basic knowledge and importance on Electro Pneumatic Systems.

3) To impart basic knowledge and importance on Hydraulic Systems.

4) To impart basic knowledge and importance on Electro Hydraulic Systems.
5) To impart basic knowledge and importance on Automation using Pneumatic and Hydraulic Systems.

At the end of the course, students will be able:

1) To have knowledge on Pneumatic Systems.
2) To have knowledge on Electro Pneumatic Systems
3) To apply Hydraulic systems in various fields.
4) To apply electro electro-hydraulic systems in various fields.
5) To apply automation.

Md. Abdus Salam, Fundamentals of Pneumatics and Hydraulics, Springer Publisher , 2022

M. A. Aizerman, Pneumatic and Hydraulic Control Systems, Kindle Edition , 2025