Description
Automation and control systems is an interdisciplinary field with a broad range of applications from vehicles to robots and process control systems. This subject will focus on the practical implementation of control theory in realworld applications. It introduces the basics of classical control theory, including representation of physical control systems, … For more content click the Read More button below.
Learning Outcomes
Upon completion of this subject, graduates will be able to:
1.
develop control systems models of physical systems, including block diagrams and transfer functions
2.
analyse the time and frequency characteristics of a control system and use time and frequency response
techniques to assist control system design
3.
develop simulations of control systems and apply simulation methods to the analysis and verification of the control system design
4.
understand the communication links involved with PLC systems, the protocols and networking methods
5.
design and develop programmable logic controller software using industry standard languages
6.
critically evaluate and integrate advanced control strategies, such as optimal control and adaptive control, to meet specific performance criteria in diverse real-world applications
Assessments
1. MM - Multi-method
2. Written - Examination (centrally administered)
3. Written - Problem task
Offerings
Trimester 3
CAM-TSV-TR3
Learning Activities
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