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| 1. | Analyse the behaviour of a system in the time, and frequency and Laplace domain. |
| 2. | Design a controller using the root-locus method. |
| 3. | Design and implement a compensator and Proportional, Integral and Derivative (PID) controller. |
| 4. | Design controllers using state variable techniques. |
| 5. | Implement and critically evaluate the performance and robustness of controllers in practice. |
| 6. | Use effective oral, written, numeric and technical communication methods, including project and practical reports, to convey ideas and principles related to control engineering. |
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| | Assessment Task | Value (of total mark) | Related Learning Outcome/s |
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| 1. | Four tutorial exercises (equal value, equivalent to 1 page each) | 10% | |
| 2. | Laboratory report (including milestones and workouts, equivalent to report of 15 pages) | 20% | |
| 3. | Mid semester test (2 hours) | 30% | |
| 4. | Final exam (2 hours) | 40% | |
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