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Course Criteria
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3.00 Credits
From this experience the student participates in the employer/employee relationship. By being an integral part of the work atmosphere, the student encounters the true meaning of work, the physical and security needs it provides, plus the impact it has on today's society. 3.000 Credit Hours 225.000 Lab hours Levels: Undergraduate Schedule Types: Practicum/Co Op Business, Career Stud, Technol College Engineering Technology Department
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3.00 Credits
3.000 Credit Hours 225.000 Lab hours Levels: Undergraduate Schedule Types: Practicum/Co Op Business, Career Stud, Technol College Engineering Technology Department
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3.00 Credits
3.000 Credit Hours 225.000 Lab hours Levels: Undergraduate Schedule Types: Practicum/Co Op Business, Career Stud, Technol College Engineering Technology Department
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4.00 Credits
From this experience the student participates in the employer/employee relationship. By being an integral part of the work atmosphere, the student encounters the true meaning of work, the physical and security needs it provides, plus the impact it has on today's society. 4.000 Credit Hours 300.000 Lab hours Levels: Undergraduate Schedule Types: Practicum/Co Op Business, Career Stud, Technol College Engineering Technology Department
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4.00 Credits
4.000 Credit Hours 300.000 Lab hours Levels: Undergraduate Schedule Types: Practicum/Co Op Business, Career Stud, Technol College Engineering Technology Department
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4.00 Credits
4.000 Credit Hours 300.000 Lab hours Levels: Undergraduate Schedule Types: Practicum/Co Op Business, Career Stud, Technol College Engineering Technology Department
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3.00 Credits
In Power Technology, students study the theory of operation of electromechanical devices. The course includes DC shunt, series, and compound generators and motors, the basics of three-phase circuits, three-phase rectification, SCR and TRIAC motor controls, transformers, AC alternators, the theory of rotating magnetic fields, induction motors, synchronous motors, and various small AC motors. Students conduct laboratory exercises on the major types of motors, generators, and transformer connections. Prerequisite: ELET 1120 or PHYS 1320 or permission of program coordinator. 3.000 Credit Hours 2.000 Lecture hours 3.000 Lab hours Levels: Undergraduate Schedule Types: Combined Lecture/Lab Business, Career Stud, Technol College Engineering Technology Department
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3.00 Credits
Digital Industrial Controls applies the fundamental principles of digital logic circuits to instrumentation and control in industrial environments. Digital logic families are discussed with emphasis on CMOS. Basic logic gates, timers, counters, multiplexers, demultiplexers, and magnitude comparators are some of the CMOS integrated circuits covered. Applications include signal conditioning, digital interfacing, voltage translation, and conversion of ladder logic to solid-state logic. Motor speed controllers and switching power supplies are discussed using 555 timers. Prerequisites: CPET 1124 or permission of program coordinator. 3.000 Credit Hours 2.000 Lecture hours 3.000 Lab hours Levels: Undergraduate Schedule Types: Combined Lecture/Lab Business, Career Stud, Technol College Engineering Technology Department
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3.00 Credits
In Programmable Controllers, students study the hardware configuration, I/O modules, memory organization, and instruction set of an industry standard programmable controller. Students study ladder logic and apply it to several industrial control applications such as motor controls, storage tanks, conveyors, and industrial panels and displays. The course includes an introduction to communications and industrial networks. Laboratory exercises include programming the programmable controllers with Windows-based industry standard programming software. Prerequisite: CPET 1124 or departmental approval 4.000 Credit Hours 3.000 Lecture hours 2.000 Lab hours Levels: Undergraduate Schedule Types: Combined Lecture/Lab Business, Career Stud, Technol College Engineering Technology Department
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3.00 Credits
Microprocessor Based Instrumentation and Control includes the principles of interfacing a microcontroller to industrial sensors and electromechanical devices. Emphasis is placed on applications in automation and robotics. Students study the instruction set of a microcontroller, programming peripherals, and communication protocols. Applications discussed include stepper motor and servo motor speed, direction, and position control. Laboratory exercises include assembly language programming on microcontrollers. Prerequisites: CPET 1124 or permission of program coordinator. 4.000 Credit Hours 3.000 Lecture hours 2.000 Lab hours Levels: Undergraduate Schedule Types: Combined Lecture/Lab Business, Career Stud, Technol College Engineering Technology Department
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