A study of industrial blueprints. Emphasis placed on terminology, symbols, graphic description, and welding processes. Includes systems of measurement and industry standards. Also includes interpretation of plans and drawings used by industry to facilitate field application and production.
Grade Basis: L
Contact hours: 64.0
Principles of gas tungsten arc welding (GTAW), including setup, GTAW equipment. Instruction in various positions and joint designs.
Grade Basis: L
Contact hours: 128.0
A study of industrial blueprints. Emphasis placed on terminology, symbols, graphic description, and welding processes. Includes systems of measurement and industry standards. Also includes interpretation of plans and drawings used by industry to facilitate field application and production.
Grade Basis: L
Lecture hours: 3.0
Lab or Clinical hours: 1.0
Credit hours: 4.0
An in-depth study of welding codes and their development in accordance with structural standards, welding processes, destructive and nondestructive test methods.
Grade Basis: L
Lecture hours: 4.0
Credit hours: 4.0
An introduction shielded metal arc welding process. Emphasis placed on power sources, electrode selection, oxy-fuel cutting, and various joint designs.Instruction provided in SMAW fillet welds in various positions.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
A study of the principles of gas metal arc welding, setup and use of GMAW equipment, and safe use of tools/equipment. Instruction in various joint designs.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
An introduction to the principles of gas tungsten arc welding (GTAW), setup/use of GTAW equipment and safe use of tools and equipment. Welding instruction in various positions on joint designs.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
A study of the production of various fillets and groove welds. Preparation of specimens for testing in all test positions.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
Prerequisites:
Overview of automated welding and cutting applications. Special emphasis on safe use and operation of equipment.
Grade Basis: L
Contact hours: 128.0
A course in orbital tube welding in various industries. Special emphasis on the disciplines of orbital tube welding, including cutting, facing, and development of weld procedures.
Grade Basis: L
Contact hours: 128.0
A Comprehensive course on the welding of pipe using shielded metal arc welding (SMAW) and/or other processes. Welds will be done using various positions. Topics covered include electrode selection, equipment setup, and safe shop practices.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
Prerequisites:
Advanced topics in GMAW welding, including welding in various positions and directions.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
Prerequisites
Advanced topics in GTAW welding, including welding in various positions and directions.
Grade Basis: L
Lecture hours: 2.0
Lab or Clinical hours: 6.0
Credit hours: 4.0
Prerequisites: