Advanced Welding Technology Certificate


Advanced Welding Technology Certificate

Advanced Welding Technology Certificate Program Outcomes
Advanced Welding Technology Certificate Cost Estimate
Advanced Welding Technology Home Page

The Advanced Welding Certificate program provides the student with the skills and knowledge necessary to achieve the American Welding Society (AWS) certification in multiple processes.  Through a combination of classroom and laboratory training, the student will learn the applications of Shielded Metal Arc Welding (SMAW), Gas Metal Arc Welding (GMAW), Flux Core Arc Welding (FCAW), Submerged Arc Welding (SAW), and Gas Tungsten Arc Welding (GTAW), as well the necessary safety, blueprint reading and practical application skills needed for employment in today’s welding industry. This program includes additional time spent preparing the student for the D1.1 Unlimited Structural Steel Vertical and Overhead AWS certification in SMAW,  D1.1 Unlimited Structural Steel Vertical AWS certification in FCAW.  The certificate program allows students to transfer credits into the degree program.

Fall Semester Lec Lab Cr
PROF101W Professional Readiness 1 0 1
WELD101W Welding Safety 1 0 1
WELD102W Oxy-Acetylene Cutting and Beveling 0 4 2
WELD103W SMAW Theory 1 0 1
WELD104W SMAW Lab 0 6 3
WELD106W Blueprint Reading I 2 0 2
WELD107W GMAW / FCAW Theory 1 0 1
WELD108W GMAW / FCAW Lab 0 6 2
WELD110W Math for Welders 2 0 2
WELD113W FCAW Certification 0 6 3
WELD125W Introduction to Metallurgy 1 0 1
  Semester Totals 8 22 18
Spring Semester Lec Lab Cr
INDM105W Introduction to Maintenance/Millwright 0 3 1
INDM109W Safety in Industry 3 0 3
WELD205W GTAW Theory 1 0 1
WELD206W Blueprint Reading II 2 0 2
WELD215W Advanced Arc Welding 0 7 3
WELD216W Plasma Cutting Technology 0 2 1
WELD225W AWS Certification 0 6 3
  Semester Totals 6 25 17
  Total for Certificate     35

Advanced Welding Technology Certificate Gainful Employment Disclosure

Health/Safety Considerations for All Welding Programs:

The college must ensure that students, faculty and equipment are not placed in jeopardy by students during learning experiences.  Therefore, students in the welding lab must demonstrate sufficient emotional stability to withstand the stresses and changing circumstances that are inherent in a lab of this size or be removed from the program.  Applicants should be aware of the basic health and fitness requirements for many careers in welding industry.  Prospective students with special needs or limitations that may affect their Co-op placement or potential employability or both are encouraged to discuss their career goals with the program coordinator prior to admission.

Furthermore, the student is expected to be able to exercise sound judgment, accept direction and guidance from a faculty member and work for reasonable periods of time with potentially dangerous equipment and processes without direct supervision.  This includes the ability to identify and avoid potential safety risks for themselves and avoid creating potential safety risks for others.