1. To acquire knowledge about production of industrial compressed air.
2. To acquire logical reasoning in order to conceive automatic logical systems;
3. To know different methodologies for designing automated systems;
4. To build pneumatic and electropneumatic processes using wired and programmed systems;
5. The student should be able to control several pneumatic processes using the Sequential Method.
6. To gain knowledge, characterize and program (in several programming languages) programmable logic controllers;
7. To know the importance of industrial supervision, remote monitoring and how to program a simple synoptic supervision mask.
8. It is intended that the student acquires the necessary skills to write a report with a correct and scientific treatment of experimental data.

Curricular Unit Form