Mastering theoretical and practical bases in system modelling and simulation.

Acquired knowledge can be used in solving specific engineering problems, and it also represents a basis for taking other professional courses.

Place and role of modelling and simulation, application in practice. Theory on modelling and simulation. Mathematical models of time continual systems. Examples of model formation: mechanical, thermal, electrical and electro-mechanical systems. Analogies of sizes and parameters. Electro-mechanical analogies. Model linearization. Simulation on analogue/hybrid computer. Simulation languages. Simulation on a digital computer (MATLAB). Mapping Toolbox.

Lectures, numerical-computing practice, computer practice, laboratory practice, consultations. Examination grade is based on the success on partial examination, homework, written and oral part of the examination.