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WELD 1010 Beginning Shielded Metal Arc Welding (SMAW) 3:1:4

A course designed for the general public and for related trades such as auto mechanics, carpentry, diesel mechanics and mining. This is a beginning course which covers the general basics of SMAW and oxy-fuel theory and practical hands-on experience. Emphasis is on safety, electrical applications, joint types, base material and electrode identification/selection, welding positions, and proper care and use of equipment.

WELD 1100 Shielded Metal Arc Welding (SMAW) 7:2:10

A course designed for welding technology majors who plan on choosing a career in the welding industry. This is also a beginning course but covers more theory and hands-on practice to develop the necessary skills to become a proficient welder. This course will cover safety aspects associated with the SMAW carbon arc cutting and welding process, fundamentals of electricity as it relates to the SMAW process, joint design and base metal preparation, preheat/interpass temperatures, heat input/cooling rates, AWS electrode classifications, ASTM base metal identification, and welding procedures and quality of the welds associated with the SMAW process. Proper use of oxy-fuel with portable and line burning applications will also be taught.

WELD 1110 Advanced Shielded Metal Arc Welding (SMAW) 3:1:4

A course designed for welding technology majors and for people who are already in the industry working as welders. This course is designed to certify welders to any of the following welding codes: AWS D1.1, API 1104, and ASME Section I to meet current industry qualification standards for employment. Course emphasis is on welding open root structural and pipe joints with E6010, and fill with E7018 electrodes. Training will be performed in all appropriate welding positions. At the end of the course, welding technology students will be required to take an all position certification test in accordance with AWS D1.1 Structural Welding Code book.

WELD 1120 Beginning Gas Metal Arc Welding (GMAW) and Flux Cored Arc Welding (FCAW) 7:2:10

A course designed for welding technology majors to cover theory and practical hands-on experience with semiautomatic wire fed machines. Emphasis is on safety and maintenance of equipment, basic fundamentals of each process, mode of transfers associated with GMAW process, and electrode selection, gas selection, proper regulator and flowmeter calibration. Joint design and equipment troubleshooting will also be discussed.

WELD 1130 Advanced Gas Metal Arc Welding (GMAW) and Flux Cored Arc Welding (FCAW) 3:1:4

A course designed for welding technology majors and for people who are already in the industry working as welding. This course is designed to certify welders to any of the following welding codes: AWS D1.1, API, 1104, and ASME Section I to meet current industry qualification standards for employment. Course emphasis is on welding structural steel with the five basic joint designs. Training will be performed in all appropriate welding positions. At the end of the course, welding technology students will be required to take an all-position certification test in accordance with AWS D1.1 Structural Welding Code book.

WELD 1140 Related Welding Processes 7:2:10

A course designed for welding technology majors to expand their knowledge of other related welding processes such as: Submerged Arc Welding, Drawn Arc Stud Welding, Plasma Arc Cutting and Welding, Electroslag Welding, Thermal Spraying, Explosion Weld, Laser Beam and Water Jet Cutting, Brazing and Soldering.

WELD 1150 Beginning Gas Tungsten Arc Welding (GTAW) 7:2:10

A course designed for majors to cover theory and practical hands on experience with the manual GTAW process. Emphasis is on safety and maintenance of material selection, gas selection, and proper regulator and flowmeter calibration. Joint design and equipment troubleshooting will also be discussed.

WELD 1160 Advanced Gas Tungsten Arc Welding 3:1:4

A course designed for welding technology majors and for people who are already in the industry working as welders. This course is designed to certify welders to any of the industry qualification standards for employment. Course emphasis is on welding structural steel with the five basic joint designs. Training will be performed in all appropriate welding positions.

WELD 1500 Professional Vocational Leadership 1:.5:1

This course supports and facilitates the goals and objectives of Vocational Industrial Clubs of America (VICA and SkillsUSA). Students will gain skills in the following areas: personal development, service, team building and leadership, workplace skills, and interview skills. Students may participate in regional, state and national competitions. May be repeated as desired. Fall, Spring

Prerequisite: Enrollment in the Welding Program

WELD 2400 Print Reading for Welders 3:3:1

A course designed for the person who has had no previous experience with reading blueprints or mechanical drawings. This course includes learning how to determine arrangement of views, shape analysis, pictorial sketching, types of lines used in prints, dimensions/tolerances, finish marks, bill of materials, and threads; with special emphasis on welding symbols in accordance with the American Welding Society. Prerequisite: MATH 1020.

WELD 2410 Practical Fabrication and Layout 3:1:3

A course designed for students to simulate on-the-job work experience. Students will draw up plans, determine size and selection of building materials, perform cost estimation, and then build the project. This course is intended to use current fabrication techniques on personal and industry related projects. Prerequisite: MATH 1020

WELD 2500 Weld Inspection 3:3:1

A course designed for students who plan on taking the Certified Welding Inspector's Test. This course will outline the general duties and responsibilities of welding inspectors. Each welding code book will be briefly discussed in order to familiarize students with procedure qualifications and welder qualifications that are currently used in industry. Destructive and non-destructive methods of inspection will be covered. Prerequisite: MATH 1020

WELD 2600 Metallurgy 3:3:1

A course designed for welding technology majors. This is a beginning course which covers the study of metal characteristics and how those characteristics are affected by common welding techniques. Common heat treating processes such as quenching, annealing, normalizing, tempering, and crystallization will be discussed. Students will learn to recognize the internal structures of various metals and metal identification techniques used in industry. Mechanical properties, failure and deformation, isothermal transformation diagrams and iron carbon diagrams will be discussed.

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