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Course Criteria
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3.00 Credits
3 Credits This theory/lab course is designed as a hands-on approach to examine computer technology applications as it relates to the practical skills needed for today's desktop support and network support technicians. Topics such as: system builds and configurations, operating system setup and configurations, desktop support and security, network access, system backup and recovery, data recovery, supporting printers, and notebook support will be covered throughout the course. The MAC and Linux operating systems will also be examined. This course is designed to prepare students for the CompTIA's A+? Certification Exam. Prerequisite: ETC110
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3.00 Credits
3 Credits This course is designed to provide a solid foundation in the field of electricity and electronics by introducing students to direct current fundamentals. Topics such as atomic structure, conductors and insulators, electron current flow, DC sources of electricity, voltage, current, and resistance, series, parallel, combination circuits, Ohm's Law, and Kirchoff's Law will be covered in detail.Pre/Co-requisite: MAT114.
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3.00 Credits
3 Credits This course is a continuation of DC theory, and is designed to introduce students to alternating current theory and its applications. Topics such as sine wave, capacitors, inductors, transformers, reactive circuit analysis (RLC), meters, magnetism, conductors, and insulators. Pre/Co-requisite: ETL109.
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3.00 Credits
3 Credits This theory/lab course is designed to provide a foundation in the fields of electricity and electronics by introducing students to direct current fundamentals. Topics such as engineering notation, voltage, current, resistance, power, electrical components, Ohm's Law, and circuit theorems will be covered in detail. Students will build, test, measure, calculate, and troubleshoot direct current electrical circuits in series, parallel, and combination configurations. Circuit analysis, along with the use of the scientific calculator, will be stressed throughout the course. The lab component of the course is designed to reinforce the theory by providing hands-on applications combined with computer simulated lab experiments. Electronic test and measure equipment such as digital multi-meters (DMM), variable DC power supplies, and bread boards will be used throughout the course. Pre/Co-requisite: MAT114. ETL114 Alternating Current Theory 3 Credits This theory/lab course is designed to introduce students to alternating current theory and its applications in both electrical and electronic systems. Topics such as: AC sine-wave analysis, AC power distribution, electro-magnetics, capacitors, inductors, transformers, resistive-capacitive-inductive (RLC) circuit analysis, poly-phase electrical systems, filters, and resonant RLC circuits will be covered in detail. The lab component of the course is designed to reinforce the theory by providing a series of hands-on applications combined with computer-simulated lab experiments. Electronic test and measure equipment such as dual trace oscilloscopes, signal generators, digital multi-meters (DMM), spectrum analyzers, capacitor/inductor analyzers, and bread boards will be used throughout the course. Prerequisite: ETL113.
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3.00 Credits
3 Credits This theory/lab course is designed to introduce students to alternating current theory and its applications in both electrical and electronic systems. Topics such as AC sine-wave analysis, AC power distribution, electro-magnetics, capacitors, inductors, transformers, resistive-capacitive-inductive (RLC) circuit analysis, poly-phase electrical systems, filters, and resonant RLC circuits will be covered in detail. The lab component of the course is designed to reinforce the theory by providing a series of hands-on applications combined with computer-simulated lab experiments. Electronic test and measure equipment such as dual trace oscilloscopes, signal generators, digital multi-meters (DMM), spectrum analyzers, capacitor/inductor analyzers, and bread boards will be used throughout the course. Prerequisite: ETL113
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3.00 Credits
3 Credits This course covers the basic theory of operation for a variety of AC and DC rotating machines, including DC motors and generators, AC three phase motors and generators and AC single phase motors. Operation principles and installation techniques of single phase and three phase transformers will also be covered. Reference to the appropriate articles of the National Electrical Code as they relate to AC/DC machines will be an ongoing part of this course. Pre/Co-requisite: ETL113, ETL114.
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5.00 Credits
5 Credits This course is designed to cover the common wiring practices used in residential applications. Reference to the latest edition of the National Electrical Code will be an ongoing part of the course. Students will work on lab exercises that will give them practical hands-on experience and the applicable trade information required to become proficient in the residential electrical construction field. Particular emphasis will be placed on topics such as workplace safety, tools of the trade, electrical measuring instruments, branch and feeder circuit installation, service entrance installation, wiring techniques, and electrical construction materials and nomenclature. Pre/Co-requisite: ETL113.
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5.00 Credits
5 Credits This course is designed to cover the common writing practices used in commercial and industrial applications. Reference to the latest edition of the National Code will be an ongoing part of the course. Students will work on lab exercises that will give them practical hands-on experience and the applicable trade information required to become proficient in the commercial and industrial electrical construction field. Particular emphasis will be placed on topics such as workplace safety, tools of the trade, wiring techniques, conduit bending, voice, video and data wiring, and electrical materials and nomenclature. Pre/Co-requisite: ETL121.
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3.00 Credits
3 Credits This theory/lab course is a continuation of DC and AC theory. The student will be introduced to the following topics: semiconductor theory, diodes, power supplies, filtering, transistor theory, amplifiers, oscillators and operational amplifier principles, and SCR and triac control circuits. Pre/Co-requisites: ETL114 or permission of instructor.
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3.00 Credits
3 Credits This course will provide the student with a detailed interpretation of motor control applications using modern methods and equipment. Particular emphasis will be given to manual, semi-automatic, and automatic control of motors. Troubleshooting techniques will be covered in detail. Pre/Co-requisites: ETL113, ETL114 and ETL120.
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