This program will teach the flux core arc welding process (FCA W) and Gas Metal Arc Welding process (GMA W) on plate as well as the three modes of transfer – short arc, pulse, and spray arc. The Flux Core Arc Welding process and Gas Metal Arc Welding course is designed to teach students about arc welding safety and the gas 1netaJ arc welding process (FCA W) (GMA W) and proper techniques for welding. Students will learn welding and cutting safety; oxyfuel, plasma arc, and air carbon arc cutting; metal preparation and weld quality; weld symbols and detail drawings; and en1ployo1ent readiness. Upon con1pletion of the course the graduate should be able to start work as an entry level structural welder in the construction or industrial field.

This program will teach the flux core arc welding process (FCA W) and Gas Metal Arc Welding process (GMA W) on pipe as well as the three modes of transfer – short arc, pulse, and spray arc. The Flux Core Arc Welding process and Gas Metal Arc Welding course is designed to teach students about arc welding safety and the gas metal arc welding process (FCA W) (GMA W) and proper techniques for welding. Students will learn welding and cutting safety; oxyfuel, plasma arc, and air carbon arc cutting; metal preparation and weld quality; weld symbols and detail drawings; and employment readiness. Upon completion of the course the graduate should be able to start work as an entry level structural welder in the construction or industrial field.

This course is designed for the beginner welder or the welder with some experience to prepare for employment in the structural or industrial welding field.
This program will teach Shielded Metal Arc Welding (SMAW) on carbon steel plate. Students will learn welding and cutting safety; oxyfuel, plasma arc, and air carbon arc cutting; metal preparation and weld quality; weld symbols and detail drawings; and employment readiness. Upon completion of the course the graduate should be able to start work as an entry level structural welder in the construction or industrial field.

This course will instruct students in welding safety of the Shield Metal Arc Welding process (SMAW-Pipe), proper techniques and electrode selection for welding pipe in various welding positions (2G,5G,6G) to meet ASME welding code. Upon completion of the course the graduate should be able to start work as an entry level stn1ctural welder in the construction or industrial field.

The Gas Tungsten Arc Welding course is designed to teach students about arc welding safety and the gas tungsten arc welding process (GTA W-TIG) and proper techniques for welding. Students will learn welding and cutting safety; oxyfuel, plasma arc, and air carbon arc cutting; metal preparation and weld quality; weld symbols and detail drawings; and employment readiness. Upon completion of the course the graduate should be able to start work as an entry level structural welder in the construction or industrial field.

This course is a combination course of Plate SMAW, Pipe SMAW, and Pipe GTAW. It covers plate and pipe welding with the Shielded Metal Arc Welding process and pipe welding with the Gas Tungsten Arc Welding process. Both processes involve a manual arc welding process. SMAW process uses a consumable electrode while the GTAW process uses a non consumable tungsten electrode to produce the weld. A consumable electrode melts clown during welding due to arc heating and subsequently deposits on weld bead that finally becomes an integral part of the joint. Contrary to this, a non-consumable electrode does not melt down during welding and remains intact. Students will perform hands-on training with plate welding using the SMAW process for horizontal 2G, vertical 3G, and overhead 4G positions. In addition to this, students will perform hands-on training with pipe welding using the SMAW & the GTAW process for vertical 5G, horizontal 2G, and 45-degree 6G positions. Upon completion of the course, the student will receive a certificate of completion and seek employment as a welder. Plate and pipe welders may have more opportunities and can seek employment in commercial construction companies, towers, nuclear energy plants, refineries, pipe yards, or fabrication companies.

Introduction to Stainless Steel Welding introduces welding on an iron-based alloy named stainless-steel. Students will learn how the process works, advantages and disadvantages, and special techniques to improve skills. The students will also leru11 about the different types of joints and positions in welding. In addition to this, students will learn safety in this type of environment, naming tools, cleaning tools, the correct temperatures to use on this alloy, and bow to safely operate machinery.

This course is a combination course of Plate SMAW, Pipe SMAW, Pipe GTAW, and Stainless-Steel Welding. It covers plate and pipe welding with the Shielded Metal Arc Welding process, pipe welding with the Gas Tungsten Arc Welding process, and stainless­ steel welding. Students with perform hands-on training with plate welding using the SMAW process for horizontal 2G, vertical 3G, and overhead 4G positions. Students will also perform hands-on training with pipe welding using the SMAW & the GTAW process for vertical 5G, horizontal 2G, and 45-degree 6G positions. In addition to this, students will perform stainless steel welding with 5G, 2G, and 6G positions. Upon completion of the course, the student will receive a certificate of completion and seek employment as a welder. Plate and pipe welders can seek employment in commercial construction companies, towers, nuclear energy plants, refineries, pipe yards, or fabrication companies while stainless steel welders can seek employment at sanitary facilities or petrochemical facilities.