Welding (WELD) 1

Shielded Metal Arc Fabrication WELDING (WELD) WELD 145 6 Credits/Units 3 hours of lecture / 6 hours of lab Introduction To Welding Concurrent enrollment in WELD 144 or consent of Instructional Unit. WELD 102 6 Credits/Units Prerequisite: WELD 142 and WELD 143 (grades of "C" or higher), and 4 hours of lecture / 4 hours of lab concurrent enrollment in WELD 144 and WELD 145 Prerequisite: Concurrent enrollment in, or completion of HLTH 120 (grade Application of concepts of shielded metal arc welding processes on of "C" or higher) and CAP 42 (grade of "C" or higher), or placement into ferrous metals with a focus on fabrication techniques, proper use of hand Math level 10. tools and equipment found in industry. [GE] An introduction to the welding industry and the various career paths Welding Certification available within the industry. Practical application in general shop safety WELD 156 2 Credits/Units and department-required training on metal working equipment. [GE] 4 hours of lab Welding Blueprint Reading Prerequisite: WELD 102 (grade of "C" or higher) and consent of WELD 110 5 Credits/Units Instructional Unit. 5 hours of lecture Students will review the requirements to earn program required AWS Interpretation of welding blueprints, welding symbols, tolerances and welding certifications. [GE] [PNP] structural shapes. [GE] Cooperative Work Experience Gas Metal Arc Welding WELD 199 1-5 Credits/Units WELD 140 6 Credits/Units 15 hours of clinical 3 hours of lecture / 6 hours of lab Supervised work experience in an approved job. Completion of specific Concurrent enrollment in WELD 141 or consent of Instructional Unit. learning objectives and employer evaluation. [GE] Prerequisite: WELD 102 (grade of "C" or higher), and concurrent Applied Material Science enrollment in WELD 140 and WELD 141 WELD 200 5 Credits/Units Instructional theory and application of Gas Metal Arc Welding processes 3 hours of lecture / 4 hours of lab on ferrous metals. [GE] Introduction to applied material science for technical professionals. Gas Metal Arc Fabrication Covers basic theory, application, and advanced manufacturing methods WELD 141 6 Credits/Units through a combination of lecture and laboratory activities. Topics: 3 hours of lecture / 6 hours of lab material properties, material structure, testing, manufacturing, joining, Concurrent enrollment in WELD 140 or consent of Instructional Unit. and material classification and identification for metallic, ceramic, Prerequisite: WELD 102 (grade of "C" or higher), and concurrent polymeric, and composite materials. enrollment in WELD 140 and WELD 141 Gas Tungsten Arc Welding Application of concepts of gas metal arc welding processes on ferrous WELD 240 6 Credits/Units metals with a focus on fabrication techniques, proper use of hand tools 3 hours of lecture / 6 hours of lab and equipment found in industry. [GE] Concurrent enrollment in WELD 241 or consent of Instructional Unit. Flux Core Arc Welding Prerequisite: WELD 144 and WELD 145 (grades of "C" or higher), and WELD 142 6 Credits/Units concurrent enrollment in WELD 240 and WELD 241 3 hours of lecture / 6 hours of lab Instructional theory and application of arc cutting process/oxyfuel Concurrent enrollment in WELD 143 or consent of Instructional Unit. cutting and gas tungsten arc welding processes on ferrous metals. [GE] Prerequisite: WELD 140 and 141 (grades of "C" or higher), and concurrent Gas Metal Arc Fabrication enrollment in WELD 142 and 143 WELD 241 6 Credits/Units Instructional theory and application of arc cutting processes/oxyfuel 3 hours of lecture / 6 hours of lab cutting and flux core arc welding processes on ferrous metals. [GE] Concurrent enrollment in WELD 240 or consent of Instructional Unit. Flux Core Arc Fabrication Prerequisite: WELD 144 and WELD 145 (grades of "C" or higher), and WELD 143 6 Credits/Units concurrent enrollment in WELD 240 and WELD 241 3 hours of lecture / 6 hours of lab Application of concepts of gas tungsten arc welding processes on ferrous Concurrent enrollment in WELD 142 or consent of Instructional Unit. metals with a focus on fabrication techniques, proper use of hand tools Prerequisite: WELD 140 and 141 (grades of "C" or higher), and concurrent and equipment found in industry. [GE] enrollment in WELD 142 and 143 Advanced Wire Feed Welding Application of concepts of flux core arc welding processes on ferrous WELD 242 6 Credits/Units metals with a focus on fabrication techniques, proper use of hand tools 3 hours of lecture / 6 hours of lab and equipment found in industry. [GE] Concurrent enrollment in WELD 243 or consent of Instructional Unit. Shielded Metal Arc Welding Prerequisite: WELD 240 and WELD 241 (grades of "C" or higher), and WELD 144 6 Credits/Units concurrent enrollment in WELD 242 and 243 3 hours of lecture / 6 hours of lab Advanced instructional theory and application of arc cutting processes/ Concurrent enrollment in WELD 145 or consent of Instructional Unit. oxyfuel cutting, sub-arc welding and wire feed welding processes on Prerequisite: WELD 142 and WELD 143 (grades of "C" or higher), and ferrous and nonferrous metals. [GE] concurrent enrollment in WELD 144 and WELD 145 Instructional theory and application of arc cutting processes/oxyfuel cutting and shielded metal arc welding processes on ferrous metals. [GE] 2 Welding (WELD)

Advanced Wire Feed Fabrication WELD 243 6 Credits/Units 3 hours of lecture / 6 hours of lab Concurrent enrollment in WELD 242 or consent of Instructional Unit. Prerequisite: WELD 240 and WELD 241 (grades of "C" or higher), and concurrent enrollment in WELD 242 and 243 Application of concepts of wire feed welding processes on ferrous and nonferrous metals with a focus on fabrication techniques, proper use of hand tools and equipment found in industry. [GE] Advanced Gas Tungsten Arc Welding WELD 244 6 Credits/Units 3 hours of lecture / 6 hours of lab Concurrent enrollment in WELD 245 or consent of Instructional Unit. Prerequisite: WELD 242 and 243 (grades of "C" or higher), and concurrent enrollment in WELD 244 245 Advanced instructional theory and application of arc cutting processes/ oxyfuel cutting and gas tungsten arc welding processes on ferrous and nonferrous metals. [GE] Advanced Gas Tungsten Arc Fabrication WELD 245 6 Credits/Units 3 hours of lecture / 6 hours of lab Concurrent enrollment in WELD 244 or consent of Instructional Unit. Prerequisite: WELD 242 and 243 (grades of "C" or higher), and concurrent enrollment in WELD 244 245 Application of concepts of advanced gas tungsten arc welding processes on nonferrous metals with a focus on fabrication techniques, proper use of hand tools and equipment found in industry. [GE] Selected Topics WELD 280 1-6 Credits/Units 6 hours of lecture Selected topics in Welding as listed in the term class schedule. Repeatable for credit. [GE] Selected Topics-lab WELD 281 1-6 Credits/Units 12 hours of lab Selected topics in Welding as listed in the term class schedule. Repeatable for credit. [GE] Special Projects WELD 290 1-5 Credits/Units 5 hours of lecture Projects assigned according to needs and abilities of the student. Hours arranged with instructor. Maximum of 15 credits allowed toward a certificate or degree. [GE]