110
Courses
EverettCC.edu
WELD 192 Advanced Arc Welding
5
WELD 212 Pipefitting and Pipe Systems Fabrication
5
WELD 193 Basic Pipe Welding
5
WELD 213 Practical Fabrication and Advanced Welding Techniques
5
WELD 194 Gas Tungsten Arc Welding
Fundamentals and techniques used in the Gas Tungsten Arc Welding process. Course includes set-up and adjustment of the GTAW equipment for use with steel, stainless steel and aluminum. Identifying proper filler metals and shielding gasses for use with steel, stainless steel and aluminum. Welding of fillet, butt and groove welds in the flat, horizontal, vertical and overhead positions to the Washington Association of Building Officials Standard 27-13. May be repeated two times for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
5
WELD 214 Sub Arc Welding
2
WELD 195 Gas Metal Arc/Flux Core Arc Welding
WELD 215 Press Brake Operation
3
WELD 216 Advanced TIG Welding
3
WELD 217 Aerospace Sheet Metal Fabrication
5
WELD 225 Welding Skills Building 1
2
Principles and techniques of manual Shielded Metal Arc Welding using E 7018 electrodes to produce fillet, and groove welds in all positions acceptable to industry standards in the flat, horizontal, vertical and overhead positions. Development of skills to the level required for code standards and certification. May be repeated two times for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
Principles and techniques of pipe welding using Shielded Metal Arc Welding and or Gas Tungsten Arc Welding. Class includes joint preparation, filler metal selection as applied to the 2G, 5G and 6G welding positions and building skills toward the AWS D1.1 Standard. May be repeated two times for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
5
Principles and techniques of the Gas Metal Arc Welding process on steel, stainless steel and aluminum. Course will include set-up and adjustment of the GMAW equipment for short arc, spray transfer and pulse spray transfer methods. Welding of fillet, butt and groove welds in the flat, horizontal, vertical and overhead positions to the American Welding Society D1.1 Standard. Build skills necessary for industry certification including Washington Association of Building Officials State welding certification. May be repeated two times for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission. WELD 196 Flux Core Arc Welding
5
WELD 210 Heavy Plate Fabrication
5
Designed to help students develop the skills necessary to weld with the FCAW processes and pass an AWS D1.1 and/or a WABO 27-13 Standard Qualification test in all positions. Class will cover safety as applied to the FCAW processes; set-up and adjustment of equipment; multiple pass welds in the flat, horizontal, vertical and overhead positions; and groove welds in the flat, horizontal, vertical and overhead positions. Class is primarily a hands-on lab totaling 100 hours. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
Principles and techniques used in plate fabrication. Class is geared toward the Marine Construction Industry and will include terms, tools and techniques common to ship building. Students will work in teams, from blueprints, to fabricate a small ship hull sections with the use of standard lay-out practices, overhead crane and the set-up and operation of 120 ton hydraulic press brake to fabricate parts. May be repeated one time for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission. WELD 211 Sheet Metal Fabrication
5
Procedures and methods of basic sheet metal fabrication. Students plan and produce a variety of projects from prints and drawings utilizing flat pattern lay-out, measuring, bending sequences, spot welding, and the use of hand tools, pan brake, finger brake, roll forms and punches and notching equipment. May be repeated one time for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
Presents basic pipefitting methods, tools, terms and techniques. Identification of pipe schedules, fitting types and valve types. Working in teams and from blueprints students will fabricate various pipe systems and manifolds using bolted flange connections, welded sections and threaded sections. May be repeated one time for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
Sequences and methods of structural steel fabrication and assembly. Identification of structural shapes and their uses. Working from blueprints and or drawings students will plan, fabricate and join various structural shapes and formed parts into a completed project. Student will apply the techniques of out of position welding where vision and accessibility are limited. Proper demonstration of confined space entry, work techniques, and exit are a part of this class. May be repeated one time for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.
The components, safety, set up, and operation of the sub arc welding system. Identify the wires and fluxes common to the sub arc process and the selection of the proper wires and fluxes as applied to different base materials. The use of sub arc process to weld various thicknesses of plate and pre-fabricated pipe sections. Assesses Core Learning Outcome 1. Prerequisites: WELD 195/196, WELD 210, or instructor permission.
The safety, set up, and basic operations of press brake operations. This will include flat pattern lay-out, calculations of bend stretch allowances, bending sequences, forming of multiple bend parts, bump rolling pipe sections and proper choice of various bending dies. The course will also include basic maintenance and adjustments of our 120 ton hydraulic press brake. Assesses Core Learning Outcome 1. Prerequisites: WELD 195/196, WELD 210, or instructor permission.
This course is intended for those who already possess strong basic TIG skills. Advanced TIG welding techniques used in specialized manufacturing such as Aero Space and the Nuclear Industry. Safety, set up and adjustment of water cooled TIG torches. Gas lens selection and use. Set up and use of purge blocks and purge systems. Identification and selection of various tungsten and shielding gasses common to specialized TIG processes. Stainless Steel plate welding in the 3G position and Stainless Steel pipe welding in the 6G position on 2”, 3” and 4” pipe. Industry Certification from the Washington Association of Building Officials (W.A.B.O.) is a primary focus of this course. Assesses Core Learning Outcome 1. Prerequisites: WELD 194 or instructor permission.
Procedures and methods of basic sheet metal fabrication with a special focus on the aerospace industry. Students plan and produce a variety of projects from prints and drawings utilizing flat pattern lay-out, measuring, bending sequences, spot welding, and the use of hand tools, pan brake, finger brake, roll forms and punches and notching equipment. Special emphasis on aerospace sector, tools, equipment, common uses, production parts, quality control techniques and industry tolerances. May be repeated one time for credit. Assesses Core Learning Outcomes 1, 2, 3. Prerequisites: Instructor permission.
Designed for the student who is seeking practice time prior to taking a state welding certification test or for the student seeking to improve current welding skills through additional lab time. May be repeated two times for credit. Assesses Core Learning Outcome 1. Prerequisites: Instructor permission.