Master Welder Training in Kansas City, MO

Course Description: Students will learn the proper procedures for set up, shut down and proper use of the oxy-fuel, carbon arc, and plasma cutting equipment.

Course Objectives:

1. Perform safety inspections of equipment and accessories. 
2. Set up for manual oxy-fuel gas cutting operations on plain carbon steel. 
3. Operate manual oxy-fuel gas cutting equipment.
4. Perform straight, shape and bevel cutting using a hand torch. 
5. Perform metal removal operations on plain carbon steel using carbon arc cutting process.
6. Perform shape cutting operations on plain carbon steel, aluminum and stainless steel using the Plasma cutting process. 

Course Description: Layout procedures for metal fabrication and cutting. Measurement and preparation of structural steel, welding set-up, leveling, and aligning for project fabrication. Study orthographic projection. 

Course Objectives: 

1. Demonstrate and perform construction of 90-degree bends.  
2. Demonstrate and perform construction of 45-degree bends.
3. Interpret basic blueprints and Weld symbols. 
4. Layout and learn how to do flange alignment. 

Course Description: Student will develop an awareness of arc welding safety and the shielded metal arc welding (SMAW) process. This includes acquiring the knowledge of power sources and polarities, principles of operation, welding techniques, electrode identification and use, code welding and maintenance of SMAW equipment. 

Course Objectives:

1. Describe and demonstrate arc welding safety issues as they apply to Shielded Metal Arc Welding. 
2. Differentiate between DCEP and DCEN and describe the difference in current flow.
3. Demonstrate the ability to select the electrode, current, and polarity to use while SMAW in a given welding position. 
4. Demonstrate the ability to perform acceptable fillet welds in four (4) positions using E-6010 and E-7018 electrodes. 

Course Description: Student will develop skills using the theory and techniques associated with advanced Shielded Metal Arc Welding processes. This will include groove welds in all positions on mild steel plates of E-6010 and E-7018 electrodes.

Course Objectives:

1. Demonstrate arc welding safety as applied to advanced SMAW welding. 
2. Select correct welding polarities for given tasks. 
3. Execute corrective actions to identify and repair weld defects. Use correct SMAW filler metals for carbon steel. 
4. Select correct polarities for given tasks. 
5. Use correct SMAW filler metals for carbon steel. 
6. Perform groove welds on carbon steel plate. 
7. Perform single V-groove welds on 3/8 carbon steel plate. 
8. Layout and cut plates then perform bend test to AWS D1.1 structural code.

Course Description: Student will develop an awareness of arc welding safety and the gas tungsten arc welding (GTAW) processes. This includes acquiring the knowledge of power sources and polarities and principles of operation, welding techniques, electrode identification and use, filler metal identification and maintenance of GTAW equipment and accessories.

Course Objectives:

1. Setup and troubleshoot GTAW equipment and accessories. 
2. Set up for GTAW operations on a plain carbon steel plate. 
3. Perform fillet welds, all positions, on a carbon steel plate. 
4. Perform groove welds on a carbon steel plate. 

Course Description: Student will develop an awareness of arc welding safety and the gas metal arc welding (GMAW) processes. This includes acquiring the knowledge of power sources and polarities, principles of operation, welding techniques, modes of filler metal transfer and filler metal identification.

Course Objectives: 

1. Demonstrate arc welding safety issues as they apply to GMAW welding. 
2. Describe and use constant voltage power sources. Identify and select correct welding polarities for given tasks. 
3. Describe the various modes of filler metal transfer. 
4. Determine the correct GMAW filler materials for various carbon steel application.
5. Perform various GMAW welding techniques. 
6. Select the proper arc welding machine, wire feeder, shielding gas, flow rate, contact tube size, nozzle size and electrode wire type to produce acceptable GMAW welds. 
7. Properly assemble and adjust all the equipment required to produce an acceptable GMAW weld. 

Course Description: Student will develop the skills of welding safety and gas tungsten arc welding (GTAW) processes. This includes applying the knowledge of power sources, polarities, principles of operation, welding techniques, electrode identification, filler metal identification and use, and maintenance of GTAW equipment and accessories. Student will also learn to perform fillet and groove welds on stainless steel and aluminum thin gauge sheet metal.

Course Objectives:

1. Contrast the effects of DCEN, DCEP, and AC on surface cleaning efficiency, electrode life, and weld characteristics. 
2. Select the proper welding power source, polarity, shielding gas, flow rate, tungsten electrode type and diameter, nozzle size, and filler metal required to produce an acceptable GTA weld. 
3. Properly assemble and adjust all the variables required to produce an acceptable GTA weld. 
4. Correctly prepare a tungsten electrode for welding with AC or DC. 
5. Correctly prepare metals for welding and perform acceptable welds on all types of joints in all positions. 
6. Identify the potential safety hazards involved when using the GTAW process in a working environment and describe ways of safely dealing with these hazards. 
7. Demonstrate proper purging techniques on stainless steel and aluminum. 
8. Make minor repairs to GTAW equipment and accessories. 

Course Description: Student will develop skills using the theory and techniques of flux cored arc welding, both self-shielded and gas-shielded. This will include fillet welds and groove welds in all positions on carbon steel plates. The student will also identify and initiate recommended repairs for given weld defects. 

Course Description: 

1. Demonstrate arc welding safety issues as they apply to FCAW-S welding. 
2. Select correct welding polarities for given tasks. 
3. Execute corrective actions to repair weld defects. Apply FCAW principles of operation on carbon steel plate. 
4. Select and use the correct FCAW filler metals for various carbon steel applications. 

Course Description: Designed to instruct welders in arc welding safety and the Shielded Metal Arc Welding process (SMAW) and Gas Tungsten Arc Welding (GTAW) of welding pipe to meet ASME (vertical up) or API (vertical down) welding codes. 

Course Objectives:

1. Demonstrate the ability to explain the system that is used to denote the strengths of pipe. 
2.  Demonstrate the ability to explain the importance of the root face and root gap for weld penetration. 
3. Demonstrate the ability to prepare a single V-groove pipe for boiler code (ASME) Section IX and Pipeline code API-1104. 
4. Demonstrate the ability to make a weld on a pipe in the vertical fixed position. (2G) 
5. Demonstrate the ability to make a weld on a pipe in the horizontal fixed position. (5G) 
6. Demonstrate the ability to make a weld on a pipe in the inclined position. (6G) 
7. Demonstrate the ability to make a uniform weld to the specified standard on a 6G inclined positioned pipe using E6010 or ER-70S Tig rod for the root pass and E-7018 electrode for the filler and cover pass.