Students learn about theoretical and practical bases of science of system control with emphasis on biological system control.

Acquired basic knowledge of system control. Ability to apply acquired knowledge to the analysis of biological systems.The acquired knowledge can be used in solving practical engineering problems and forms a basis for future engineering subjects.

Linear time invariant systems. Impulse response. Laplace transform. Transfer function. Block diagram models. Signal flow graph models. Algebra funkcija prenosa. Linear convolution. Linear models. Superposition theorem. State space models. Analasis of sistem stability. Control of the transient response. Stady-state error. Analysis and syntheses of sistem in frequency domain. Multiple-input multiple-output systems.

Lectures, calculation. Consultations.