INDUSTRIAL DRAFTING (2)
Basic concepts in developing working drawings for use in industry. Emphasis on the use of freehand sketching and drawing instruments to produce drawings of three-dimensional objects. Also included is basic dimensioning and pictorial drawing.
WELDING THEORY FOR MECHANICS (3)
Introduction to principles of gas and arc welding and cutting processes. Includes information in welding equipment and material, various welding techniques and proper safety procedures. Corequisite: WELD 152 or instructor's permission.
WELDING PROCEDURES FOR MECHANICS (5)
Practical application of welding and cutting techniques using oxyacetylene and electric arc welding equipment. Metal preparation, layout, and weldment testings included. Concurrent enrollment in WELD 151 required.
OXYFUEL AND GAS TUNGSTEN ARC WELDING THEORY (4)
Theory of oxyacetylene welding, brazing, cutting and gas tungsten arc welding. Topics: safety practices, equipment operation, handling and use of compressed gases, identification of filler rods, base metals, types of weld joints, and procedures. Corequisite: WELD 160 or instructor's permission
OXYFUEL AND GAS TUNGSTEN ARC WELDING LAB (9)
Consists of oxyacetylene welding, brazing, cutting and gas tungsten arc welding lab exercises. Expand on theories taught in WELD 159. Welding demonstrations and practice are on butt, lap, tee and corner joints in all positions. Prerequisite: WELD 159.
SHIELDED METAL-ARC WELDING (SMAW) THEORY (4)
Theory related to shielded metal arc welding safety, joint design, electrode selection, welding machine setup and welding operations in all positions. Correct procedures for air-arc cutting, and weld testing will also be covered.
ARC WELDING LAB (9)
Shielded metal arc welding safety, machine setup and welding procedures. Shielded metal arc welding practices include welding butt, lap, tee, and corner joints in all positions. Weld testing and air carbon arc cutting included. Prerequisite: WELD 161
M.I.G. WELDING THEORY (4)
Theory related to gas metal-arc welding (GMAW) and flux cored arc welding (FCAW); process and shop safety, machine setup, operation and troubleshooting; welding procedures and techniques; filler electrode selection and AWS weld testing.
GAS SHIELDED ARC WELDING LAB (6)
Welding lab consists of GMAW and FCAW as shielded arc welding instruction, practices and procedures on butt, lap, tee, and corner joints in all positions on steel. Also includes GMAW with aluminum. Corequisite: WELD 164.
METALLURGY FOR WELDERS (4)
Study of metals relevant to welding technology, extraction of metals from ores, refining metals, the manufacture of metal products, mechanical, physical and chemical properties of metals and the hardening, tempering and heat treating of metals.
OXYACETYLENE AND GAS TUNGSTEN ARC WELDING (5)
Safety, setup, brazing, cutting, and welding in all positions using oxyacetylene and gas tungsten arc welding equipment.
SHIELDED METAL ARC WELDING (5)
Safety, setup, and welding in all positions using AC/DC arc welding equipment.
GAS METAL ARC WELDING (5)
Safety, setup, and welding in all positions using gas metal arc welding equipment.
COOPERATIVE WORK EXPERIENCE (1-12)
See description under COOP 190 for more information.
ADVANCED ARC WELDING THEORY (4)
Outlines practices and procedures to follow to prepare for Washington Association of Building Officials (WABO) certification test on plate and pipe. Included are layout procedures, cutting, fitting, inspection, physical testing, and troubleshooting of welding problems. Corequisite: WELD 266; prerequisite: WELD 161.
ADVANCED ARC WELDING LAB (9)
Practical exercises enable students to prepare for the Washington Association of Building Officials (WABO) tests. Includes shielded metal arc welding of test plates and pipe in all positions. Corequisite: WELD 265; prerequisite: WELD 160 and 161.
ADVANCED GAS SHIELDED ARC WELDING THEORY (4)
Procedures to prepare for the Washington Association of Building Officials tests in Gas Metal Arc Welding, Flux Cored Arc Welding, and Gas Tungsten Arc Welding. Equipment setup, base and filler metal selection, pipe layout and fitting procedures. Prerequisite: WELD 164 and 165 or permission of instructor.
ADVANCED GAS SHEILD ARC WELDING CERTIFICATION (9)
Exercises enable students to prepare for the Washington Association of Building Officials tests. Includes Gas Metal Arc, Flux Cored Arc and Gas Tungsten Arc Welding on test plates and pipe in all positions; Oxyfuel introduced. Corequisite: WELD 267; prerequisite WELD 164 or instructor permission.
ADVANCED FABRICATION AND WELDING THEORY (4)
Fabrication and fitting tools, setup and procedures. Correct steps to follow when designing, cost estimating, and planning a large scale welding project. Blueprint interpretation and the completion of scale drawings will also be required. Prerequisite: WELD 267 or permission of instructor.
ADVANCED FABRICATION AND WELDING LAB (6)
Fabrication and fitting tools, setup, and procedures. Butt and tee joint will be required in the flat position using various welding processes. Students will have the opportunity to work on individual projects. Prerequisite: WELD 268 or permission of instructor; corequisite: WELD 269.
BLUEPRINT READING FOR WELDERS (4)
Fundamentals of drawing interpretation in the welding trade. Included are blueprint reading, welding symbols, fabrication techniques, identification of welds, and welding abbreviations.
ARC WELDING CERTIFICATION (5)
Practical exercises enable students to prepare for the Washington Association of Building Officials (WABO) certification tests in gas metal arc welding (GMAW), flux cored arc welding (FCAW), and shielded metal arc welding (SMAW). Prerequisite: prior welding experience
WELDING FABRICATION (5)
Fabrication and fitting tools, setup and procedures. Students have the opportunity to work on individual projects and/or cooperative work experience. Prerequisite: prior welding experience