Northcentral Technical College — Phillips Campus

This 35-credit technical diploma develops hands-on skills in stick, MIG/pulse-arc, TIG, flux-core and submerged-arc welding, including TIG pipe and tubing. Students also practice manual and mechanized thermal cutting and gouging, fabrication, CNC cutting and forming applications and introductory robotic welding. The program's typical two-term course sequence combines process labs with metallurgy, print reading and weld-quality assessment.

This 10-credit technical diploma focuses on all-position flux-core welds on steel plate for production welding and fabrication. Required coursework also introduces the four major arc-welding processes, thermal cutting and submerged-arc welding, while covering print-based fabrication and weld-quality assessment. The credential is fully available in Wausau and Phillips.

This 13-credit technical diploma builds all-position MIG skills on steel, stainless steel, aluminum and sheet metal. The sequence documents short-circuit, spray and pulsed-spray transfer, while its common introductory coursework also exposes students to stick, TIG and flux-core welding and thermal cutting. The credential is fully available in Wausau and Phillips.

This 12-credit technical diploma develops all-position TIG welding on carbon steel, stainless steel and aluminum plate, pipe and tubing. Required coursework includes carbon-steel fillet and groove welds, pulsed TIG on stainless steel, aluminum welding and pipe welds in 2F, 5F, 5G and 6G positions. Its common introduction also covers MIG, stick, flux-core welding and thermal cutting. The credential is fully available in Wausau and Phillips.

This 9-credit technical diploma focuses on all-position stick welding on steel plate, including E7018 and E6010 electrodes. Required coursework also includes thermal cutting, print-based fabrication and weld-quality assessment, and the common introductory course provides hands-on exposure to MIG, TIG and flux-core welding. The credential is fully available at Wausau, Antigo and Phillips.