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The Welding Engineering Technology (Co-op) program is designed to train learners in the weld design, analysis, and communication of industry quality procedures and technology. This diverse engineering discipline involves metallurgy, quality control, inspection, welding processes, power source technology, production procedures, and weld design. Graduates of this program gain the knowledge and skills to effectively communicate the varied practice of welding engineering technology to engineers, designers, and other stakeholders.

The program provides opportunities for learners to use modern equipment, software, and technology. Throughout the program, learners apply their knowledge of industry quality procedures, material science, metallurgical testing methods, fabrication technology, heat treatment applications, and possible failure modes of welds. Additionally, skills are developed in computer applications, communication, documentation, critical thinking, problem-solving, and teamwork to support the engineering activities of an organization.

The first year of training covers the basics of welding technology and assessing engineering drawings, codes, and specifications while applying industry standards to welding and steel fabrication. Immediately following the second term, learners engage in a capstone project which involves one week of preparation followed by a two-week applied steel fabrication project. In the second year of studies, courses specialize in advanced welding processes, metallurgical sciences, weld inspection methods, and weld design.

Dynamic work-integrated learning opportunities, teamwork, practical application, and capstone project presentation are aspects of this program. Graduates will be well-prepared for various career paths in the practice of welding engineering including effectively communicating quality control procedures and the applications of welding engineering technology.