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  • 3.00 Credits

    Continuation of PPT 11303. Will instruct on the equipment in the plant used to protect our environment, operating a supercritical power generation unit, and plant organization. Topics will include flue gas desulphurization, selective catalytic reduction, precipitators, continuous emissions monitoring, and SO3 mitigation. Other topics include water pollution prevention; cooling tower operation; outfall treatments; ash and sludge disposal; and operating a supercritical unit during startup, load cycling, and shutdown will be studied. The organization of a power plant will be studied, in addition to the responsibilities of each department and teamwork. Research project will be assigned. Two hours lecture, two hours lab at a nearby plant. Fall
  • 3.00 Credits

    Electrical systems that power the plant auxiliaries, circuit breakers, relay protection, and distributions schemes will be studied. Other topics to be covered are damper drives and valve actuators, electric and pneumatic types, the automatic control system for major plant components, and plant organization. Classroom and simulator time will be provided for startup and load regulation. Research project will be assigned. Two hours lecture, two hours lab at nearby power plant. Spring
  • 4.00 Credits

    This course introduces six of the basic AUTO ID technologies: bar code symbology, optical character recognition, voice recognition, vision systems, RFID, and magnetic stripe. Topics include: bar code symbology, wands, keyboard wedges, bar code printers, scanners, verifiers, optical character recognition standards, recognition algorithms, page readers, transaction readers, speaker dependent and speaker independent systems, discrete word systems, connected word systems, continuous speech systems, magnetic stripe, radio frequency identification, vision recognition systems, magnetic ink character recognition, data encoding techniques, edge recognition, template match, lighting, analog to digital conversion, vidicon and CCD camera characteristics, radio frequency transmission and reception, active tags, and passive tags. Research project will be assigned. Three hours lecture, two hours lab. Fall
  • 2.00 Credits

    Basic theories of hydraulic and pneumatic systems. A nontheoretical approach used in the discussion of the design, construction, and use of fluid power control elements. Provides a practical working knowledge of hydraulic and pneumatic components and basic circuits used in industrial hydraulics. Research project will be assigned. Prerequisite: MTH 11403 or TEC 11704 or instructor permission. One hour lecture, three hours lab. Spring
  • 3.00 Credits

    Designed to provide a basic understanding of the destructive and non-destructive testing methods used in the inspections and testing of welded joints. The course will cover welding code interpretation, pre-weld joint preparation, postwelding test sample formation and preparation, types of destructive and non-destructive testing methods, and weld defect identification. In addition to the actual testing of weld joints, the course will include the preparation of written welding certification reports according to applicable codes. Research project will be assigned. Course fee required. Fall
  • 2.00 Credits

    A course designed to give the maintenance technician practical hands-on experience in troubleshooting and repairing mechanical devices. Included will be component alignment, bearings, bushings, vibration analysis, heat analysis, and component failure analysis. Research project will be assigned. Prerequisite: Permission of advisor. One hour lecture and three hours lab. Spring
  • 2.00 Credits

    A study of recognition, avoidance, and enforcement of safety regulations in industrial environments. Included will be implications of OSHA as they relate to the supervisor's job. Research project will be assigned. Two hours lecture. Fall
  • 2.00 Credits

    A course covering the principles of job-instruction training; principles of learning process; instruction planning; use of instructional aids; attention to the environment of learning; and practice in individual and group instruction. Research project will be assigned. Two hours lecture. Fall
  • 2.00 Credits

    A course designed to provide the student with the basic knowledge and skills needed to set up maintenance system and repair general shop machinery and equipment. Included will be fluid power, electricity, mechanism, and lubricants as applied to industrial machinery. Research project will be assigned. Prerequisite: IND 31503, IND 32104, and IND 36102. One hour lecture, three hours lab. On Demand
  • 2.00 Credits

    A comprehensive study of the design and measurement of work and the techniques of setting work standards to effectively utilize tools, equipment, and manpower. Emphasis centered on work measurement and the principles of motion economy in practical situations. Research project will be assigned. Two hours lecture. On Demand
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