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Profile of the Programme Specific Admission Requirements Qualification Requirements and Regulations Recognition of Prior Learning Educational Staff Programme Director & ECTS Coord. Field Qualifications Key Learning Outcomes Course Structure Diagram with Credits Matrix of Program Outcomes&Field Qualifications Matrix of Course& Program Qualifications Examination Regulations, Assessment and Grading Graduation Requirements Access to Further Studies Occupational Profiles of Graduates
  • Open Education Faculty
  • Generation, Transmission And Distribution Of Electrical Energy
  • Course Structure Diagram with Credits
  • Electrical Energy Generation
  • Learning Outcomes
  • Description
  • Content
  • Learning Outcomes
  • Learning Activities and Teaching Methods
  • Course's Contribution to Prog.
  • Assessment Methods

  • explain basic concepts related to electrical energy
  • Interpret the relationship between electricity and magnetism.
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  • List the properties of electrical energy
  • Describes methods of obtaining electrical energy.
  • explain electrical energy generation process in hydroelectric, thermal, geothermal and nuclear power plants
  • d
  • d
  • d
  • d
  • d
  • Express the structure and working principle of thermal power plants.
  • Termik santrallerin yapısını ve çalışma prensibini ifade eder.
  • Termik santrallerin yapısını ve çalışma prensibini ifade eder.
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  • explain electrical energy generation process from solar and wind energy.
  • Explain the electricity generation process from wind turbines.
  • Classify wind turbines.
  • Explain the stages of the production and installation of wind turbines
  • Examines the working principle of solar cells.
  • Describes the structure of the solar panel.
  • d
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  • explain working principles of combined heat and power systems
  • Recognize the basic components of combined heat and power systems.
  • Explain autoproducers application.
  • Defines basic concepts and parameters related to combined heat and power systems.
  • explain hybrit energy systems
  • Compare hybrid power systems technologies.
  • Express the factors to be taken into account in the design of hybrid energy systems.
  • d
  • Termik santrallerin yapısını ve çalışma prensibini ifade eder.
  • Compare hybrid power systems technologies.
  • Express the factors to be taken into account in the design of hybrid energy systems.
  • explain basic concepts related to electrical energy.
  • explain basic concepts related to electrical energy.
  • List the properties of electrical energy.
  • Describes methods of obtaining electrical energy.
  • Interpret the relationship between electricity and magnetism.
  • Describes methods of obtaining electrical energy.
  • explain electrical energy generation process in hydroelectric, thermal, geothermal and nuclear power plants.
  • Express the structure and working principle of thermal power plants.
  • Explain the production of electrical energy in geothermal power plants.
  • Explain the working principle of hydroelectric power plants.
  • Explain the source of nuclear energy.
  • Classify nuclear reactors.
  • explain electrical energy generation process from solar and wind energy.
  • Examines the working principle of solar cells.
  • Describes the structure of the solar panel.
  • Explain the electricity generation process from wind turbines.
  • Classify wind turbines.
  • Explain the stages of the production and installation of wind turbines.
  • explain working principles of combined heat and power systems.
  • Defines basic concepts and parameters related to combined heat and power systems.
  • Recognize the basic components of combined heat and power systems.
  • Explain autoproducers application.
  • explain hybrit energy systems.
  • Compare hybrid power systems technologies.
  • Express the factors to be taken into account in the design of hybrid energy systems.

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