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Course Descriptions
<br />Welding
<br />Module 3.0 units 20160 lec/lab
<br />WD 110 Welding Principles and Safety
<br />This module introduces the students to the basic
<br />principles of Welding, the different welding processes,
<br />and employment In welding. The module will address
<br />workplace safety and safe operating procedures.
<br />Additionally, this module provides students with
<br />training in OSHA 10 regulations and CPR First Aid
<br />training. Students will be instructed on storing and
<br />moving equipment, shielding gasses, and storing fluids
<br />in a safe manner. This module also teaches the safe
<br />use of many welding tools and the different types of
<br />welding equipment. This course will cover the
<br />characteristics of hazardous wastes and Its safe
<br />handling, storage, and disposal.
<br />There are no prerequisites.
<br />Module 3.0 units 20160 lec/lab
<br />WD 120 Welding Blueprint Reading and Planning
<br />This module teaches students the basic elements of a
<br />welding blueprint, which consists of drawings and
<br />welding symbols, and how to read them. The module
<br />introduces students to planning procedures including
<br />reading a working drawing, selecting materials and
<br />procedural steps. Students read and apply a drawing
<br />to a project. Prerequisite: WD 110.
<br />Module 3.0 units 20/60 lec/lab
<br />WD 130 Gas Metal Arc Welding
<br />This module teaches students the gas metal arc
<br />welding (GMAW) or MIG welding process, including
<br />equipment, welding terms and safety procedures.
<br />Students will learn setup, operation and perform bead,
<br />single and multiple pass butt and tee, lap and outside
<br />corner welds In the flat, horizontal positions. Students
<br />will learn how to produce single V-groove butt joint
<br />welds In the vertical up, flat, and overhead position.
<br />Fillet lap and T-joint welds in the horizontal and vertical
<br />down position will be included. Students will also be
<br />able to utilize the spray transfer method to produce fillet
<br />lap joint welds in the flat and horizontal position and
<br />single V-groove welds in the flat position.
<br />Prerequisite: WD 110.
<br />Module 3.0 units 20160lec/lab
<br />WD 140 Shielded Metal Arc Welding
<br />This module teaches students the shielded metal are
<br />welding (SMAW) process utilizing low -hydrogen (E-
<br />7018) and non -low -hydrogen (E-6010) electrodes,
<br />including, various welding equipment, welding terms
<br />and safety procedures. Students will learn howto strike
<br />and control are to produce quality welds. Students will
<br />learn how to deposit a pad of beads in the flat position.
<br />Students will be able to produce lap joint fillet welds in
<br />the horizontal position and a padded plate of beads in
<br />the flat position. Students will learn how to produce fillet
<br />welds in lap and T-joints, stringer beads, and square -
<br />groove welds In buttjoints using the shielded metal arc
<br />welding process. Multi -pass fillet welds In lap and
<br />T-joints will be covered. Prerequisite: IND 110.
<br />Module 3.0 units 20/60 lee/lab
<br />WD 150 Flux Cored Arc Welding
<br />This module teaches students the flux cored arc
<br />welding (FCAW) process, including equipment,
<br />welding terms and safety procedures. Students will
<br />learn how to produce single-V-groove butt joint welds
<br />using self -shielded tubular electrode wire. Students will
<br />also produce fillet weld lap joints and single-V-groove
<br />butt joints with metal -cored wire and single-V-groove
<br />welds in buttjoints. Prerequisite: WD 110
<br />Module 3.0 units 20/60lec/lab
<br />WD 160 Gas Tungsten Arc Welding
<br />This module teaches students the gas tungsten arc
<br />welding (GTAW) process Including equipment, terms,
<br />and safety procedures. Students will learn how to
<br />setup, adjust, and shut down gas tungsten arc welding
<br />equipment. Students will be able to deposit stringer
<br />beads in the flat position, produce fillet welds in lap
<br />joints, butt joints, corner joints, and tee joints.
<br />Prerequisite: IND 110.
<br />Module 3.0 units 20160 lec/lab
<br />WD 170 Welding Alloys
<br />This module teaches the fundamental principles of
<br />joining ferrous and non-ferrous alloys, including
<br />equipment, welding terms and safety procedures.
<br />Students will learn how to use the correct tools and
<br />equipment for cutting and beveling joint during
<br />fabrication. Metallurgy will also be covered.
<br />Prerequisite: WD 110.
<br />Module 3.0 units 20160lec/lab
<br />WD 180 Oxy-Fuel Welding and Cutting Processes
<br />In this module students will be introduced to the oxy-
<br />fuel welding process and other less common
<br />processes along with their most common usages in the
<br />Industry, Cutting processes along with their
<br />advantages and disadvantages will be described.
<br />Students will learn how to produce fillet welds in lap
<br />and T-Joints, stringer beads, and square -groove welds
<br />in butt joints using the shielded metal arc welding
<br />process. Multi -pass fillet welds in lap and T-joints will
<br />be covered. Prerequisite: WD 110.
<br />Module 3.0 units 20160 lee/lab
<br />WD190 Metal Fabrication and Lay -out
<br />This module introduces students to the principles and
<br />practices of metal fabrication including layout and
<br />design techniques, while emphasizing proper
<br />operation of drilling, cutting, threading, grinding, and
<br />related equipment. Students are exposed to basic
<br />design techniques used to fabricate basic metal
<br />projects, measurement, basic shop math, and related
<br />trade applications. Prerequisite: WD 110,
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