1.1 determine transfer functions from differential equation models
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Learning outcomes
On successful completion of
this unit a learner will:
Assessment criteria for pass
The learner can:
LO1 Be able to predict the
dynamic and steady state
response of an engineering
system
1.1 determine transfer functions from differential equation
models
1.2 manipulate first and second order transfer functions into
standard form and extract standard coefficients
1.3 determine output response to step and ramp inputs
LO2 Be able to design a control
system in the time domain to
a specified performance
requirement
2.1 manipulate transfer functions and determine closedloop
transfer function
2.2 determine closed-loop dynamic and steady state
parameters
2.3 design a controller to meet given performance criteria
2.4 assess the effect of controller settings on steady state
and dynamic response
LO3 Be able to design a control
system in the frequency
domain to meet a specified
performance requirement
3.1 examine response of systems to sinusoidal inputs and
plot Bode frequency response plots
3.2 determine frequency response of higher order systems
3.3 predict stability and time domain performance of a
closed loop system from open loop frequency response
3.4 design a controller to meet given performance criteria
3.5 assess the effect of controller settings on frequency and
time response
LO4 Understand the need for and
use of multi-loop and
complex control systems
4.1 identify the limitations of PID control in ensuring
effective control in some situations
4.2 investigate alternative control strategies
4.3 investigate and review some advanced control strategies.
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