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Course Criteria
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1.00 Credits
This is a one-credit hour course that will provide the skilled trades community the opportunity to receive specialized training and education in specific topics and concepts identified as relative to current maintenance issues. The precise topic or topics will be offered as identified by the Skilled Trades & Apprenticeship Division faculty, ST&AD Steering Committee, employers with students enrolled in the ST&AD program, and/or other employers or individuals who have recognized a need for training. Students may repeat the course for credit when different topics are offered.
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2.00 Credits
This is a two credit hour course that will provide the skilled trades community the opportunity to receive specialized training and education in specific topics and concepts identified as relative to current maintenance issues. The precise topic or topics will be offered as identified by the Skilled Trades & Apprenticeship Division faculty, ST&AD Steering Committee, employers with students enrolled in the ST&AD program, other employers or individuals who have recognized a need for training. Students may repeat the course for credit when different topics are offered.
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3.00 Credits
This is a three credit hour course that will provide the skilled trades community the opportunity to receive advanced specialized training and education in specific topics and concepts identified as relative to current maintenance issues. The precise topic or topics will be offered as identified by the Skilled Trades & Apprenticeship Division faculty, ST&AD Steering Committee, employers with students enrolled in the ST&AD program, other employers or individuals who have recognized a need for training. Students may repeat the course for credit when different topics are offered.
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3.00 Credits
This is an introductory course in electricity, covering the fundamentals of both DC and AC circuits and circuit calculations. Included are electrical definitions, units of electrical measure, series and parallel resistive circuits, capacitance, and inductance. The use of meters and oscilloscopes will be included during lab experiences, along with an introduction to basic wiring and the troubleshooting of circuit faults. Prerequisites: Completion of or concurrent enrollment of TAMA 110 Note: TAEL 102 replaces TAEL 103
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4.00 Credits
Covers advanced AC theory. The topics of right triangle trig and complex numbers are included in the class to be used for reactance and impedance calculations. Three-phase power applications with delta and wye distribution and calculations are included. The electrical equipment discussed in this class includes single- and three-phase transformers, induction heating equipment, and several types of AC lighting equipment. Prerequisites: Completion of or concurrent enrollment in TAEL 102 and TAMA 120
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4.00 Credits
A laboratory-oriented course stressing the fundamental theories of electronic components and elementary semi-conductor circuit applications. The topics covered will include power supplies, amplifiers, oscillators, and semi-conductor controls. The use of test equipment, including the oscilloscopes and meters, is an essential part of this course. Prerequisites: TAEL 103
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2.00 Credits
A theory and laboratory course covering the fundamental concepts of digital theory. Topics include gates, logic circuits, counters, timers, and display circuits.
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4.00 Credits
Includes the fundamentals of both DC and AC motors. DC generators are included along with series, shunt, and compound DC motors. Basic DC starters and control circuits are covered. Both single-phase and three-phase AC induction motors are included along with synchronous, wound-rotor, and universal motors. AC alternators are compared to DC generators. Prerequisites: TAEL 105
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2.00 Credits
Explains the theory of operation of DC motors and generators. DC motor starters and control circuits are covered. Laboratory experiences help the student understand the concepts presented in class. Maintenance and installation of DC machines is also a part of this course. Prerequisites: TAEL 102
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4.00 Credits
Covers the fundamentals of electrical ladder diagrams and motor control circuits. Ladder logic, as well as labels, documentation, and symbology of electrical drawings, is presented along with the use of ladder diagrams as a troubleshooting tool. Students design and draw several control circuits for three-phase induction motors and wire these circuits in the motor control lab. Several single-phase control circuits are included in the laboratory exercises. Prerequisites: TAEL 145
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