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Course Criteria
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2.00 Credits
2 credits Prerequisite: Minimum reading score 68. This class addresses aspects of industrial and work site safety, introduces concepts in power distribution systems and focuses on identifying discreet components used in the electrical and electronic trades. In addition to identification, the student will learn the skills necessary to use vendor catalogues and/or websites to procure several different types of components. Those parts will be used, along with common and trade specific tools, in order to complete a final fabrication project.
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1.00 Credits
4 credits Prerequisite: Minimum reading score: 68. First course of a twoterm sequence in electrical theory. The first term defines the basic electrical units, the basic laws of electrical theory as they apply to DC circuits such as series, parallel, and series-parallel circuits. AC waveforms and AC circuit components are introduced. Electronic test equipment such as the digital multimeter, oscilloscope and function generator is used to measure electrical signals and troubleshoot basic electrical circuits.
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2.00 Credits
4 credits Prerequisite: ET 129 Second course of a two-term sequence in electrical theory. This course covers basic AC circuits and components, right triangle mathematics, RLC circuits, filters, and resonant circuits and RL/RC transient circuits. In the lab students will build and troubleshoot basic AC circuits using the oscilloscope, function generator, and DMM.
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1.00 Credits
4 credits Prerequisite: ET 129 First course of a two-term sequence in the study of solid state semiconductor theory. ET 145 begins with the characteristics and use of both zener and general purpose diodes in common circuits. The second part discusses the operation of NPN and PNP bipolar transistors and common amplifier configurations.
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2.00 Credits
4 credits Prerequisite: ET 145 Second course of two-term sequence. Transistor theory is expanded to include the operation and use of Field Effect Transistors. The basic use of Silicon Controlled Rectifiers, Triacs, operational amplifiers and 555 timers are also explored in this course.
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1.00 Credits
4 credits Prerequisite: ET 129 And MTH 060 Introduction to digital techniques, with emphasis on number systems, binary arithmetic, elements of logic, analysis and synthesis of combinational logic circuits, implementation of logic circuits using the MSI basic and/or/not building blocks. The last part of the course introduces Flip, Flop and Latch Memory components, FFs and methods of analyzing and troubleshooting, clocked sequential circuits.
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2.00 Credits
4 credits Prerequisite: ET 129 And ET 151 Second of a two-course sequence in basic digital theory, using the fundamental building blocks learned in ET 151 to develop more complex circuits. The course is laboratory-focused to build, test and troubleshoot digital systems. A car warning system, adder/subtractor circuits, and a digital function generator are examples of laboratory projects that develop an understanding of more, advanced digital principles.
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4.00 Credits
4 credits Prerequisite: Second year standing. Course covers the elements that define a manufacturing controlled process. The course begins at the system level with basic statistical terms and spreadsheet data analysis. The second part discusses physical transducers and signal conditioning. The third part introduces analog to digital data conversion topics and the final part covers DC and stepper and motors.
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4.00 Credits
4 credits This class addresses the theory, operation and control of AC and DC motors. Emphasis will be placed on the use of motors in manufacturing and HVAC industries. Line diagram logic, starters and frequency drives will be studied along with techniques in accelerating and decelerating motors.
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4.00 Credits
4 credits Prerequisite: Second year standing introduction to the robot and its capabilities. This class explores the various tasks that robots are programmed to perform. Interfacing between robots, microcontrollers and PLC's are practiced with an emphasis on troubleshooting.
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