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| 1. | Critically analyse, design, implement and evaluate power systems using appropriate tools and analyse transmission systems for their efficiency and voltage drops. |
| 2. | Investigate and solve problems related to the operation and control of power systems and devise appropriate solutions, given the social, cultural, environmental, economic and political context in which they operate. |
| 3. | Critically analyse the performance of a power system using load flow studies, and where necessary derive recommendations for improvement to ensure system integrity and stability. |
| 4. | Critically analyse symmetrical as well as asymmetrical short circuit currents in power systems and take appropriate action to improve system performance. |
| 5. | Be an effective team member to develop, design, construct and evaluate power systems and contribute effectively in a team environment at a professional level. |
| 6. | Apply effective communication methods to project and practical reports, to convey ideas and principles related to power systems. |
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| | Assessment Task | Value (of total mark) | Related Learning Outcome/s |
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| 1. | Three written assignments (equal value, 600 words each) | 15% | - 2 - Investigate and solve problems related to the operation and control of power systems and devise appropriate solutions, given the social, cultural, environmental, economic and political context in which they operate.
- 3 - Critically analyse the performance of a power system using load flow studies, and where necessary derive recommendations for improvement to ensure system integrity and stability.
- 4 - Critically analyse symmetrical as well as asymmetrical short circuit currents in power systems and take appropriate action to improve system performance.
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| 2. | Three practical reports (equal value, 3 pages each) | 15% | - 1 - Critically analyse, design, implement and evaluate power systems using appropriate tools and analyse transmission systems for their efficiency and voltage drops.
- 2 - Investigate and solve problems related to the operation and control of power systems and devise appropriate solutions, given the social, cultural, environmental, economic and political context in which they operate.
- 3 - Critically analyse the performance of a power system using load flow studies, and where necessary derive recommendations for improvement to ensure system integrity and stability.
- 4 - Critically analyse symmetrical as well as asymmetrical short circuit currents in power systems and take appropriate action to improve system performance.
- 5 - Be an effective team member to develop, design, construct and evaluate power systems and contribute effectively in a team environment at a professional level.
- 6 - Apply effective communication methods to project and practical reports, to convey ideas and principles related to power systems.
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| 3. | Mid semester test (2 hours) | 30% | - 1 - Critically analyse, design, implement and evaluate power systems using appropriate tools and analyse transmission systems for their efficiency and voltage drops.
- 2 - Investigate and solve problems related to the operation and control of power systems and devise appropriate solutions, given the social, cultural, environmental, economic and political context in which they operate.
- 4 - Critically analyse symmetrical as well as asymmetrical short circuit currents in power systems and take appropriate action to improve system performance.
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| 4. | Final Test (2 hours) | 40% | - 1 - Critically analyse, design, implement and evaluate power systems using appropriate tools and analyse transmission systems for their efficiency and voltage drops.
- 2 - Investigate and solve problems related to the operation and control of power systems and devise appropriate solutions, given the social, cultural, environmental, economic and political context in which they operate.
- 4 - Critically analyse symmetrical as well as asymmetrical short circuit currents in power systems and take appropriate action to improve system performance.
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