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Course Criteria
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4.00 Credits
4 Credit Hours 90 Contact Hours (Lecture/Lab Combination) Prerequisite: WEL 124 or faculty consent Covers welding in all positions on carbon steel, stainless steel, and aluminum plate and carbon steel pipe with the GTAW process. Student should be familiar with basic metallurgy pertaining to the weldability of metals, structural joints, and safety in the welding industry.
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4.00 Credits
4 Credit Hours 90 Contact Hours (Lecture/Lab Combination) Prerequisite: WEL 125 or faculty consent Covers welding in all positions on carbon steel plate with the GMAW process. Student should be familiar with basic metallurgy pertaining to the weldability of metals, structural joints, and safety in the welding industry.
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4.00 Credits
4 Credit Hours 90 Contact Hours (Lecture/Lab Combination) Prerequisite: WEL 122, WEL 224, WEL 225 or faculty consent Covers safety inspections, minor repairs, operating parameters, and operation of SMAW, GMAW, and FCAW equipment in a variety of positions on plain carbon steel pipe joints. Also covers evaluating and solving complex welding and fabrication problems and administering hands on training and supervision to other students during assigned fabrication and welding operations.
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4.00 Credits
4 Credit Hours 90 Contact Hours (Lecture/Lab Combination) Prerequisite: WEL 230 or faculty consent Corequisite: May be taken concurrently with WEL 230 Covers safety inspections, minor repairs, operating parameters, and operation of SMAW, GMAW, and FCAW equipment in a variety of positions on plain carbon steel pipe joints. Also covers evaluating and solving complex welding and fabrication problems and administering hands on training and supervision to other students during assigned fabrication and welding operations.
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4.00 Credits
4 Credit Hours 90 Contact Hours (Lecture/Lab Combination) Prerequisite: WEL 231 or faculty consent Introduces theory and practice in modern welding methods of pressure pipe line and pipe systems. Emphasis toward welder qualification under various codes.
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4.00 Credits
4 Credit Hours 90 Contact Hours (Lecture/Lab Combination) Prerequisite: WEL 106 Develops welding and associated skills in the use of drawings and blueprints in planning. Includes designing and layout projects.
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3.00 Credits
3 Credit Hours 45 Contact Hours (Lecture) Introduces the water and wastewater treatment field and the various applied science concepts that are used to operate, maintain and monitor water quality. Topics include the hydrological cycle, water sources, hydraulics, ecosystems, pollution, water chemistry, water calculations, microbiological aspects of water and water quality control.
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4.00 Credits
4 Credit Hours 60 Contact Hours (Lecture) Provides an in-depth study of the calculations associated with water and wastewater treatment. Topics include dimentional analysis, manipulation of conversion factors, geometric figures, velocities, detention time, surface loading, filtration and backwash rates, porosity, weir overflow rates, efficiencies, weight of dry solids, sludge pumping, settleable solids, volatile solids, mean cell residence times, settleability, disinfection and chemical dosage as relating to trickling filters, ponds, RBC, and activated sludge.
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3.00 Credits
3 Credit Hours 45 Contact Hours (Lecture) Serves as a basic introduction into wastewater treatment. Topics include the technician and their responsibility, effects of waste discharges, natural cycles, solids in wastewater, NPDES permits, collection systems, pretreatment, primary treatment, secondary treatment, advanced treatment, flow measuring, solids handling and disposal.
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3.00 Credits
3 Credit Hours 45 Contact Hours (Lecture) Covers the purpose, selection and location of water storage facilities and the operation and maintenance of related equipment. Topics include storage facilities and capabilities, booster pumps, water mains and appurtances, joints, pipe protection and installation, valves, fittings and hydrants. Water quality standards, contaminants and degradation inspection and monitoring, system troubleshooting, surveillance, cross connections, pressure main breaks, corrosion control, disinfection and emergency planning are also covered.
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