| 1. | Quiz 1-A (40 minutes) | 5% | - 1 - Apply computer software theory commonly used in engineering practices to perform structural analysis.
- 2 - Apply and appraise alternative advanced methods of structural analysis.'
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| 2. | Quiz 1-B (45 minutes) | 15% | - 1 - Apply computer software theory commonly used in engineering practices to perform structural analysis.
- 2 - Apply and appraise alternative advanced methods of structural analysis.
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| 3. | Quiz 2 (45 minutes) | 20% | - 3 - Apply the plastic theory structures and elastic instability of plane frames and predict likely failure loads and modes of failure.
- 4 - Determine important dynamic characteristics of structures in free or forced vibration using manual calculations and computer methods.
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| 4. | Test (1 hour) | 30% | - 2 - Apply and appraise alternative advanced methods of structural analysis.
- 3 - Apply the plastic theory structures and elastic instability of plane frames and predict likely failure loads and modes of failure.
- 4 - Determine important dynamic characteristics of structures in free or forced vibration using manual calculations and computer methods.
- 5 - Integrate suitable simulation techniques with BIM for effective and efficient structural analysis and design.
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| 5. | Computer simulation project (Equivalent to 1000 words) | 30% | - 1 - Apply computer software theory commonly used in engineering practices to perform structural analysis.
- 4 - Determine important dynamic characteristics of structures in free or forced vibration using manual calculations and computer methods.
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