Learning Outcomes:
When completed the students should be able: to identify and model dynamical chemical/mechanical processes and to linearise the mathematical models for application of the methods of Laplace and Fourier Transforms; to demonstrate a fundamental understanding of the dynamical behaviour of first-order and second-order systems; to analyse and determine the stability of simple closed loop feedback control systems using a range of techniques including the Routh stability test, Root Locus, Frequency Response and the Nyquist Criterion; to show an understanding of P&ID diagrams and the procedures for controller tuning; to show a familiarity with advanced process control strategies; to select appropriate process control instrumentation (sensors, transmitters, valves) for robust applications in systems automation. In addition, students will be expected to place control strategies more generally within the environment of mechanical and chemical processes, and exhibit an awareness of the advantages and limitations of control in the context of process safety and sustainability.