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Course Criteria
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4.00 Credits
Theory in oxyfuel principles, basic arc welding, and power source operaton. Demonstrations by instructor and practice by students in basic oxyacetylene cutting and arc welding. Theory, safe and correct methods of assembly and operation of welding equipment. Use of power tools. Practice in SMAW, GMAW, and GTAW in flat position. Emphasis on lab techniques and safety.
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4.00 Credits
Theory in advanced SMAW, production of metals and appliation of metallurgical principles. Demonstrations and practice of vertical, overhead and advanced SMAW techniques; Basic GMAW and GTAW techniques.
Prerequisite:
WEL 125
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3.00 Credits
Students will obtain experience in the welding industry through a combination of occupational instruction and on-the-job training. This course integrates classroom occupational study with a planned supervised practical work experience.
Prerequisite:
Instructor Permission
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4.00 Credits
Theory and practical use of advanced GTAW, PAC, SAW, CAC and open root welding. Root-face and side bend tests will be passed by the student in the vertical and overhead positions. ASME, AWS and API code procedures are followed.
Prerequisite:
WEL 207
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3.00 Credits
Troubleshooting, maintenance and operation of welding and plant equipment. Use of troubleshooting and repair equipment, theory of equipment and maintenance principles.
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4.00 Credits
This course will expand upon the knowledge and skills obtained in WEL 209, Intro to Maintenance and Troubleshooting. Students will advance their knowledge of electromechanical concepts, hydraulics, pneumatics, and motors. Installation and troubleshooting skills learned in WEL 209 will be applied to more advanced industrial concepts, developing an advanced technical and mechanical skill set. Students should be prepared to perform mathematical calculations and engage in problem solving activities. Knowledge and skills gained in this course are utilized in industries including, but not limited to Agriculture, Communications, Gas & Oil, Government, Health Care, Logistics, Maintenance, Manufacturing, Mining, Retail, Service and Utilities.
Prerequisite:
WEL 209
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3.00 Credits
Instruction, practice and application of reading, writing and interpreting ASME< AWS, and API specifications and codes for structural steel, pressure vessel, and pipe welding.
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4.00 Credits
Provides students with an understanding of metal fabrication. Emphasis is placed on working from blueprints, proper joint selection, design, stresses in welds, material selection and estimating welding costs. Students construct projects using common metal fabrication equipment. Lab work includes use of welding power supplies, brake press, iron worker, and metal rollers.
Prerequisite:
DFT 110 and WEL 125
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4.00 Credits
Aluminum is gaining popularity in modern manufacturing processes due to its light weight, strength, and advancements in grades and alloys for a variety of applications. This course is designed to introduce the student to the fundamentals of aluminum welding, grades of aluminum and their properties. Classroom and laboratory activities include proper aluminum preparation, demonstrations and practice of aluminum welding using gas Tungsten Arc Welding (GTAW) and Gas Metal Arc Welding (GMAW) and the inspection of aluminum welds.
Prerequisite:
WEL 125
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3.00 Credits
This course includes visual, dye penetrant, x-ray, ultrasonic, magnetic particle and destructive testing techniques. Lab practice is included.
Prerequisite:
MET 105
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