| Ideal Level | Standard Level | Unacceptable Level |
Achievement 1 | Can calculate the inverse Laplace transform based on partial fraction decomposition and completing the square. | Can calculate the inverse Laplace transform based on partial fraction decomposition. | Cannot calculate the inverse Laplace transform. |
Achievement 2 | Can both draw a polygonal line approximation of a Bode plot from a transfer function, and derive a transfer function from a polygonal line approximation of a Bode plot. | Can either draw a polygonal line approximation of a Bode plot from a transfer function, or derive a transfer function from a polygonal line approximation of a Bode plot. | Can neither draw a polygonal line approximation of a Bode plot from a transfer function, or derive a transfer function from a polygonal line approximation of a Bode plot |
Achievement 3 | Can determine the stability of an open loop system using special cases of the Routh stability criterion methods. | Can determine the stability of an open loop system using the normal Routh stability criterion methods. | Do not know how to use the Routh stability criterion method. |
Achievement 4 | Can determine the stability of an open loop system using Hurwitz stability criterion methods. | Can derive a Hurwitz matrix. | Do not know how to use the Routh stability criterion method. |
Achievement 5 | Can find a stability margin or to indicate the applicable location in the frequency response. | Can explain the definition of a stability margin. | Cannot explain the definition of a stability margin. |
Achievement 6 | Can explain a relationship among control specifications, frequency performances and frequency resoponces of compencetors. | Can explain the relationship between control specifications and frequency performances. | Cannot explain the relationship between control specifications and frequency performances. |
Achievement 7 | Can design PID control systems with the step response method. | Can explain an outline of PID control system design with step response method. | Cannot explain an outline of PID control system design with step response method. |
Achievement 8 | Can design PID control systems with the limit sensitivity method.. | Can explain an outline of PID control system design with limit sensitivity method.. | Cannot explain an outline of PID control system design with limit sensitivity method.. |
Achievement 9 | Can derive difference equations from differential equations using difference approximation. | Can derive a difference approximation of the first derivative. | Do not know methods of difference approximation of derivative. |