Dane EK modułowego:
Control theory
Efekt kształcenia:
- model real-world dynamical systems in terms of differential equations, Laplace Transform and state-space models such that they can be used for the design and simulation of control systems; - use flexibly system representations in the time domain (i.e. step response, state-space description), frequency domain (e.g. Bode, Nyquist and Nichols plots) and s-domain and understand the transformations between these systems and their mutual relations.
Powiązania z EKK:
  • MS1A_W01
    extensive knowledge of mathematics, including algebra, analysis, probabilistics and elements of discrete and applied mathematics, including numerical and mathematical methods, necessary for formulating and solving complex problems in mechatronics
  • MS1A_W04
    elementary knowledge of electronics and electrical engineering
  • MS1A_W08
    well-ordered and theory-based knowledge of technical mechanics necessary for formulating and solving problems in mechatronics
  • MS1A_W09
    well-ordered and theory-based knowledge of basic automatics and control theory