Principles of design including elements design, process and/or a system related to specific disciplines. Contemporary engineering topics. Understand the principle and design of power electronic and drive system.
Bachelor Degree in Electrical and Control Engineering
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content serial | Description |
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1 | DC and stationary field synchronous machines design. |
2 | Transformers Design. |
3 | Induction Motors Design. |
4 | D-Q model of DC machines. |
5 | Voltage control of DC machines based on D-Q model. |
6 | Speed control of DC motors based on D-Q model. |
7 | 7th week exam + Choice of electrical generators suitable for load demand. |
8 | Choice of electrical motors suitable for load demand. |
9 | Type of friction and its effect on drive dynamics. |
10 | Type of inertia, based on design, and its effect on drive. |
11 | Temperature rise cooling in electrical machines. |
12 | 12th week exam + Material ion suitable for electrical machines. |
13 | Load cycle and machine ratings according to it. |
14 | Traction load cycle and series DC motor as a match. |
15 | Drive control technique applied for traction. |
16 | Final Exam. |
1 | DC and stationary field synchronous machines design. |
2 | Transformers Design. |
3 | Induction Motors Design. |
4 | D-Q model of DC machines. |
5 | Voltage control of DC machines based on D-Q model. |
6 | Speed control of DC motors based on D-Q model. |
7 | 7th week exam + Choice of electrical generators suitable for load demand. |
8 | Choice of electrical motors suitable for load demand. |
9 | Type of friction and its effect on drive dynamics. |
10 | Type of inertia, based on design, and its effect on drive. |
11 | Temperature rise cooling in electrical machines. |
12 | 12th week exam + Material ion suitable for electrical machines. |
13 | Load cycle and machine ratings according to it. |
14 | Traction load cycle and series DC motor as a match. |
15 | Drive control technique applied for traction. |
16 | Final Exam. |
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