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Week
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Topics
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Study Metarials
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1
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Structure of matter and electron theory
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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2
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Structures of conductors, insulators and semiconductors, Current, voltage and resistance relations in a simple electrical circuit.
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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3
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Direct current and voltage sources, Resistor coil and capacitor, their behavior in direct current circuits
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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4
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Series, parallel and series-parallel circuit solutions
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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5
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Star-delta transform
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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6
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Environmental currents method
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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7
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Power, work and efficiency in electrical circuits
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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8
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Thevenin`s theorem
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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9
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Norton`s theorem
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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10
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Maximum power transfer theorem
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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11
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node method
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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12
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Super position method
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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13
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Magnet and magnetic elements, Magnetic field formed around a conductor
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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14
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Effect of magnetic fields on each other
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Attending the lesson by reading the relevant parts of the textbook beforehand, reanalyzing the subjects covered in the lesson and searching the web sites related to the subject.
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Program Learning Outcomes |
Level of Contribution |
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1
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Organizes work. Makes preparations for work.
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2
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2
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Recognizes and uses machinery and equipment used in manufacturing, control, maintenance and commissioning processes in the factory. Knows the physical demands of electricity in the factory.
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-
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3
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Performs commissioning and control operations in the factory. It detects faults
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3
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4
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Performs periodic/protective maintenance of machinery and equipment. Eliminates malfunctions of electrical machinery and equipment.
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-
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5
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Maintains and repairs the Protective/Safety installation.
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3
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6
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Maintains and repairs internal and external installations. Installs machinery, equipment and installations.
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2
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7
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Carries out activities related to professional development.
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-
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8
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Evaluates the advantages and disadvantages of materials used in the electrical engineering industry
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-
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9
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Reads and interprets engineering drawings and diagrams. Planning and designing. Interpret bar charts, critical-path-networks, assembly diagrams, circuit and schematic diagrams.
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-
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10
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Executes the discovery process. Performs inspection, testing and acceptance procedures.
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-
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11
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Establishes the facility of lighting and power systems. Supervises the installation of transmission and distribution systems.
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-
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12
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Placement, classification and adjustment of materials and equipment related to the system. Makes the selection, classification and adjustment of cable machinery and equipment suitable for the working environment.
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-
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13
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Knows where to apply the law-based regulations on electrical sources, health and safety in the workplace. Applies the techniques detailed in standards and regulations.
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1
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14
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Checks and repairs the installation.
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2
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15
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Makes teamwork. Communicates.
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-
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