Overview

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Academic contacts

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Offerings

MURDOCH-S1-INT-2018-ONGOING

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Other learning activities

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Learning activities

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Learning outcomes

1.
Instrumentation typical of Process Control Systems, and the inter-relationships
2.
Laplace and z Transform Domain Analysis and Design Techniques
3.
Continuous and discrete time systems
4.
Simple vs difficult dynamic processes
5.
Frequency Response Methods of Analysis and Design
6.
Process Modelling and Identification
7.
Feedback, Feedforward, Cascade and Multi-loop Control Systems
8.
Model Based control
9.
Software packages to analyse, design and simulate control systems
10.
Application of the theory and simulation tools to the understanding, implementation and tuning of physical system
11.
Application of fundamental engineering principles to the design and operation of modern control systems used to operate process equipment effectively and safely.

Assessments

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Additional information

Unit content:The unit is organised into the following topics 1. Dynamic Behaviour of Low and High Order Systems 2. Time delay and Inverse Response Systems 3. Frequency Response Analysis 4. Nonlinear Systems and Stability of Open-Loop and Closed-Loop Systems 5. Process Modelling and Identification 6. Feedback Control System Design 7. Control System Design for Complex and Difficult Dynamic Processes 8. Control of Nonlinear Systems and Model-Based Control