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Course Criteria
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4.00 Credits
(Pre/Corequisite: WLD 100) Introduces fundamental principles, safety practices, equipment, and techniques necessary for metal heating and oxyfuel cutting. Topics include: metal heating and cutting principles, safety procedures, use of oxyfuel cutting torch and flame cut ting apparatus, metal heating and cutting techniques, cutting with manual and automatic cutting machines, and oxyfuel pipe cutting.
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1.00 Credits
(Pre/Corequisite: WLD 100) Introduces the fundamen tal theory, safety practices, equipment and techniques necessary to perform basic oxyacetylene welding opera tions. Topics include: welding theory; safety procedures and practices; proper use of gas cylinders, regulators, torches, tips and other oxyacerylene welding apparatus; welding without filler rods; running beads with filler rods; joint design and making butt, lap, and open butt joints; and brazing and soldering.
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3.00 Credits
(Pre/Corequisite: WLD 100) Introduces the knowledge and skills necessary for reading welding and related blueprints and sketches. Topics include: basic lines, sketches, basic views, notes and specifications, dimen sions, structural shapes, isometrics, sectional views, joint design, and detail and assembly prints.
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6.00 Credits
(Pre/Corequisite: WLD 100) Introduces the fundamen tal theory, safety practices, equipment, and techniques required for shielded metal arc welding (SMAW) in the flat position. Qualification tests, flat position, are used in the evaluation of student progress toward making indus trial standard welds. Topics include: SMAW safety and health practices; SMAW theory; basic electrical principles; introduction to SMAW machines; equipment set up; identification and selections of low hydrogen, mild steel, and other common electrodes; joint design; selection and preparation of materials; and production of beads and joints in the flat position.
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6.00 Credits
(Prerequisite: WLD 104) Introduces the major theory, safety practices, and techniques for SMAW in the hori zontal position. Qualification tests and horizontal posi tions are used in the evaluation of student progress toward making industrial standard welds. Topics include: SMAW safety and health practices; production of welds of uniform width and height; manipulation of electrodes to produce specification welds; horizontal joints; and uses of low hy drogen, mild steel, and other common electrodes in hori zontal position welding.
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6.00 Credits
(Prerequisite: WLD 104) Introduces the major theory, safery practices, and techniques for SMAW in the vertical position. Qualification tests and vertical positions are used in the evaluation of student progress toward making in dustrial standard welds. Topics include: SMAW safety and health practices; production of welds of uniform width and height; manipulation of electrodes to produce specification welds; and uses of low hydrogen, mild steel, and other common electrodes in vertical position welding.
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6.00 Credits
(Prerequisite: WLD 104) Introduces the major theory, safety practices, and techniques for SMAW in the over head position. Qualification tests and overhead positions are used in the evaluation of student progress toward making industrial standard welds. Topics include: SMAW safety and health practices; production of welds of uni form width and height; manipulation of electrodes to produce specification welds; and uses of low hydrogen, mild steel, and other common electrodes in overhead position welding.
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3.00 Credits
(Prerequisite: WLD 103) Emphasizes welding symbols and definitions through which the engineer or designer communicates with the welder. Welding symbols are con sidered an integral part of blueprint reading for the welder. Topics include: weld symbols and abbreviations; basic joints for weldment fabrications; fillet welds; groove welds; back or backing and melt-thorough welds; plug and slot welds; surfacing welds; flash welds and upset welds; and flange, spot projection and seam welds.
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6.00 Credits
(Prerequisite: WLD 100) Provides knowledge of theory, safety practices, equipment, and techniques required for successful gas metal arc welding. Qualification tests, all positions, are used in the evaluation of student progress toward making industrial standard welds. Topics include: GMAW safety and health practices; GMAW theory, machines and setup; wire specifications; joint design; shielding gases; and production of GMAW heads, bead patterns, and joints in all positions.
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4.00 Credits
(Prerequisite: WLD 100) Provides knowledge of theory, safety practices, equipment, and techniques required for successful gas tungsten arc welding. Qualification tests, all positions, are used in the evaluation of student progress toward making industrial standard welds. Topics include: GTAW safety and health practices; metals weldable using GTAW; GTAW theory, machines, and setup; metal clean ing procedures; selection of filler rods; shielding gases; and production of GTAW beads, bead patterns, and joints in all positions.
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