The aim of the course is to introduce students to the basics of control engineering.

Lectures

Basic concepts of control engineering, ways of describing it, interpretation of the functional and the action diagram. Mathematical methods of describing control processes in terms of time, frequency and Laplace transform. Types of control terms (proportional, differentiating, integrating, PI, PD, PID). Identification of stability problems and ways of correcting them using a computer program. Professional competences to be acquired (knowledge, skills, attitudes, autonomy and responsibility): The student knows the terminology related to control engineering. The student will be able to analyse control systems based on the knowledge of the principles. The student is able to build on the basic knowledge acquired to acquire deeper knowledge independently, to study the literature and to solve problems in the field.

Seminars

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