CO-PO/PSO mapping justifications, one of the important contents of course file, and includes sample mapping justifications for course Digital Control Systems

Course Name: Digital control Systems

C421.1 Analyze the Frequency Domain Characteristics Of Hold Circuits. (Analyzing)

PO NO	Justification
PO1	Students get the knowledge of Hold Circuits
PO2	Students get the knowledge to analyze the Frequency Domain Characteristics Of Hold Circuits
PSO1	Students get the knowledge of Signals And Their Reconstruction.
PSO3	Students analyze the Frequency Domain Characteristics Of Hold Circuits using Matlab/Simulink.

PO NO	Justification
PO1	Students apply thez and inverse z transforms to solve pulse transfer function.
PO2	Students analyze the open loop and closed loop responses of a digital control system.
PSO1	Students analyze the open loop and closed loop responses of a digital control system.
PSO3	Students solve pulse transfer function using Matlab/Simulink.

 C411.2: Solve pulse transfer functions to find open loop and closed loop responses. (Applying)

C411.3:  Test the controllability and observability of discrete time systems. (Creating)

PO NO	Justification
PO1	Students get the knowledge of state space analysis of control system
PO2	Students test the controllability and observability of discrete time systems.
PO3	Students develop the state space model of discrete time systems.
PSO1	Students test the controllability and observability of discrete time systems.
PSO3	Students solve the state space equations of control system using Matlab/Simulink.

C411.4   : Analyze the stability of a given discrete time systems.(Analyzing)

PO NO	Justification
PO1	Get the knowledge of fundamentals of stability conditions.
PO2	Students solve and analyze the stability problems of a given discrete time system.
PSO1	Students solve the stability problems of a given discrete time system.
PSO3	Students analyze the stability problems of a given discrete time system using Matlab/Simulink.

C411.5: Design of discrete–time control systems by Root locus technique.(Creating)

PO NO	Justification
PO1	Students get the knowledge of Z- plane.
PO2	Students apply the conventional methods to analyze the stability of a discrete time system.
PO3	Students design the discrete time control system using Root locus technique
PSO1	Students design the discrete time control system
PSO3	Students design the discrete time control system using  Matlab/Simulink.

C411.6: Design of state feedback controller.(Creating)

PO NO	Justification
PO1	Get the knowledge of feedback of a control system.
PO2	Students design the state feedback controller.
PO3	Students design the state feedback controller.
PSO1	Students design the state feedback controller.
PSO3	Students design the state feedback controller using Matlab/Simulink.