ILO1: Define, identify signal flows of control systems and analyze the impact of feedback on the performance.

ILO2: Differentiate Single-Input-Single-Output, Linear Time Invariant control systems and model them using linear differential equations and analyze stability.

ILO3: Analyze control systems using time domain responses for standard test signals and frequency domain tools, namely Bode diagrams, Nayquist diagrams and Root Locus diagrams.

ILO4: Design controllers to meet time and frequency domain specifications using P, PI, PD, PID, Pole placement, Pole-Zero cancellation, Phase Lead, Phase Lag and Phase Lag-Lead compensation methods and interpret their merits and demerits.

ILO5: Analyze the impact of controllers on the performance, implement the controller designs using analogue electronics and solve practical issues using standard techniques.