Automação Industrial

Nothing to report.

Teaching methodologies follow a temporal sequence that allows trainees to acquire theoretical knowledge on the main themes of the Course. In order to ensure that this theoretical knowledge is internalized by the trainees, the study of exemplary practical exercises follows. At each step, the computational tools used are presented.

Note: In laboratory classes, the use of cell phones or smartphones is not permitted without the teacher’s permission.

Design, execute and maintain industrial automation systems. Program PLC and industrial electrical and pneumatic equipment. Ability to propose technical solutions to the employer or client. Ability to choose technical solutions and their arguments to the employer or client in the scope of automation. Apply and maintain automatic systems. Apply and program simple vision systems. Develop supervisory systems and HMI systems.

PLC Programming – Grafcet I, II and III; Grafcet encoding in Ladder; IEC Standards. Specific functions associated with different manufacturers; Introduction to supervision and interaction – the importance of Supervisory Control and Data Acquisition (SCADA) systems; OPC systems; Human Machine Interaction (HMI) systems; Pneumatic equipments; Electric drawing tools for the area of industrial automation – electrical design. Individual and group practical work.

Academic Regulations for the IPC's Higher Professional Technical Courses - Order no. 9792/2022, Article 24 (a)(1) (www.ipc.pt)

Type of assessment: Continuous evaluation.

Academic Regulations for the ISEC's Higher Professional Technical Courses, Article 11, https://www.isec.pt/PT/instituto/servicos/sgap/#servLegislacao
Assessment Model: M2

Practical - 75% (min. 35%)

Theoretical - 25% (min. 10%)

NAO