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• Introduce students to the fundamentals and concepts related to the operating principles and construction of transformers (single-phase and three-phase transformers), generators, and synchronous motors (three-phase induction motors and DC motors).
• Introduce students to transformer performance and testing.
• Provide knowledge of the synchronous machine's construction, excitation system, and operating principle as a generator.
Learn the basics of three-phase induction motors, their construction, equivalent circuit, and classifications.
• Learn the performance characteristics of the induction motor, losses, and efficiency.
Learn the basics of DC motors, their construction, equivalent circuit, and classifications.
Learn the performance characteristics of DC motors, losses, and efficiency.
1. Discuss the fundamental concepts of electrical machines.
2. Identifying different electric motors and their characteristics.
3. Description of different techniques for analyzing the performance of electric motors.
4. Determine the advantages and disadvantages of different electric motors for specific applications.
5. Analyzing information on the nameplate of an electric machine.
6. Comparison of different electric motors and their characteristics.
7. Application of simulation programs to simulate electrical machines.
8. Actively participate in discussions with colleagues and the lecturer.
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