28 courses with the subject TEWT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
This course will serve students as an introduction to the welding industry. General welding shop safety, thermal cutting processes, basic welding terminology, and arc welding basics will be discussed.
In this course, students gain an understanding of the concepts and implementation of measurement systems used by welding professionals. US customary units, metric units, and utilization of basic measurement tools are discussed.
This course teaches students to interpret prints and drawings including welding symbols used in the welding and fabrication industries. Engineering drawings are introduced as the medium by which the engineer, project manager, and/or draftsman communicates instructions to production welding personnel.
The Welding Inspection and Welding Metallurgy course introduces students to welding inspection and basic metallurgy. Students will gain a basic understanding of how metals behave during heating and cooling and the microscopic structure of metals and these effects on the weldability.
Learn practical skills using the oxy-acetylene welding process on carbon steel and understand OxyAcetylene equipment and flame adjustment. Upon completion of this course students have a better understanding of how to read and manipulate the weld puddle as related to other welding processes. Students will perform oxy-acetylene, fusion and braze welding.
Students are provided with a general introduction to the art, science, & technology of welding. General industrial and safety practices are taught. Students will learn important job seeking skills and practices to obtain equitable employment. Basic computer skills will be taught so students will be able to navigate online learning opportunities.
Learn practical welding and cutting skills using the oxy-acetylene welding process on carbon steel and understand Oxy-Acetylene equipment and flame adjustment. Upon completion of this course students have a better understanding of how to read and manipulate the weld puddle as related to other welding processes. Students will perform oxy-acetylene, fusion and braze welding.
This course teaches the set-up, operation, and practical uses of Shielded Metal Arc Welding. Process advantages and limitations are discussed. Students receive hands-on instruction regarding SMAW standard procedures and best practices in accordance with current industry standards.
This course expands students’ competency in hands-on uses and practical application of SMAW. Students learn to reason through appropriate electrode diameters, classifications, and appropriate current levels necessary to achieve proficiency in SMAW.
Continued practice in welding skills using the Shielded Metal Arc Welding process on carbon steel. Instruction in safe practices and theory of Shield Metal Arc Welding are continued. Introduction to welder performance qualification practical skills development in welding groove welds. Preparatory to and including welder qualification testing experience.
Basic study of blueprint reading and drawing, welding symbols (AWS and SI), and NDT symbols.
Instruction in basic math skills needed by welders. Addition, subtraction, multiplication, and division of whole numbers, fractions, decimals, metrics, and currency. Basic geometry and trigonometry formulas are taught.
Introduction to the Shielded Metal Arc Welding process and safe practices are taught. Learn practical welding skills on carbon steel. Techniques in striking and controlling the arc, surfacing and fillet welds with single and multiple passes. Bead placement and sequence are taught. Students will experience welding in all positions with a variety of welding electrodes.
This course teaches set-up, operation, and practical application of GTAW using ferrous steel. Process advantages and limitations will be discussed. Students receive hands-on instruction regarding GTAW standard procedures and best practice in accordance with current industry standards.
This course expands student competency in hands-on uses and practical application of GTAW using nonferrous metals. Electrode classifications, preparation, and tip geometries are discussed. Students learn appropriate parameter selection for welding procedure requirements as necessary for GTAW proficiency.
Learn practical welding skills using the Shielded Metal Arc Welding process on carbon steel. Instruction in safe practices and theory of Shield Metal Arc Welding are continued. Introduction to welder performance qualification practical skills development in welding groove welds. Preparatory to and including welder qualification testing experience.
This course will provide practice in the Gas Metal Arc Welding process. Safe practices and theory of GMAW will be taught. Students will learn how to properly set voltage, wire feed speed, and shielding gas flow for welding on carbon steel. In this course, students will perform basic safety inspections and maintenance of Gas Metal Arc Welding equipment.
This course teaches set-up, operation, and practical application of GMAW. Process advantages and limitations are discussed. Students receive hands-on instruction regarding GMAW standard procedures and best practice in accordance with industry standards using short-circuiting and axial spray metal transfer modes.
This course expands students’ competency in the practical application of GMAW. Shielding gas composition, selection, and appropriate flow rates are discussed. Students learn appropriate parameter selection as necessary for GMAW proficiency. The pulsed-spray (GMAW-P) metal transfer mode will be introduced.
This course will provide practice in the Gas Metal Arc Welding process. Safe practices and theory of GMAW will be continued. Students will learn how to properly set voltage, wire feed speed, and shielding gas flow for welding on carbon steel. In this course, students will perform basic safety inspections and maintenance of Gas Metal Arc Welding (GMAW) equipment.
Continued practice in welding skills using the Gas Metal Arc Welding process on carbon steel. Instruction in safe practices and theory of Gas Metal Arc Welding are continued. Introduction to welder performance qualification practical skills development in welding groove welds. Preparatory to and including welder qualification testing experience.
The Related Machining Concept course introduces Welding, Diesel Mechanic, and Non-Destruction Testing students to manual Lathes and Mills. Upon completion of the course, the student will be familiar with general safety precautions and skills relating to the manual Lathe and Mill. Topics include cutting tools and holders, speeds and feeds, and inspection using various measuring instruments.
This course will provide practice in Flux Cored Arc Welding Self shielded process. Students will learn practical welding skills using this process on carbon steel. Safe practices and theory are taught. Students in this course will perform set up and operation of wire feed speed, amperage, gas, and voltage settings.
This course covers set-up, operation, and practical application of FCAW. Process advantages and limitations are discussed. Students receive hands-on instruction regarding FCAW standard procedures and best practices in accordance with current industry standards.
This course expands student competency in hands-on uses and practical application of FCAW. Shielding gas composition, selection, and appropriate flow rates are discussed. Students learn appropriate parameter selection for welding procedure requirements as necessary for FCAW proficiency.
This course will provide practice in Flux Cored Arc Welding Gas shielded process. Students in this course will perform set up and operation of wire feed speed, amperage, gas, and voltage settings. Students will learn practical welding skills using this process on carbon steel. Introduction to welder performance qualification Practical skills development in welding groove welds.
Continued practice in welding skills using the Flux Cored Arc Welding process on carbon steel. Instruction in safe practices and theory of Flux Cored Arc Welding are continued. Introduction to welder performance qualification practical skills development in welding groove welds. Preparatory to and including welder qualification testing experience.
Students will learn practical welding skills using the Gas Tungsten Arc Welding process on carbon steel. Safe practices and theory are taught. Students in this course will perform set up and operation of welding equipment amperage, and gas settings. Students will explore the advantages and disadvantages of the process.
Source: Salt Lake Community College's catalog, linked per course · table learning_unit · CourseShelf publish 61
