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Welding Technology

The primary goal in the first year of the Welding Technology program is to give students the skills and instruction they need to enter the welding industry. With an emphasis on safety, students will receive hands-on, theoretical, and technical training in rigging, job estimation, blueprint reading, and layout and pattern making. In addition, students will receive extensive lab training in a wide variety of welding processes including S.M.A.W. (stick electrode), G.M.A.W. (wire processes), Pulse M.I.G., T.I.G., and Plasma cutting. The focus of the training is to give the students the skills necessary to successfully pass American Welding Society (A.W.S.) certifications. Our certification process is administered by an independent company approved by the American Welding Society. Students will also receive introductory instruction in design and fabrication thus allowing them to perform repairs and fabricate projects.

The second year of the Welding Technology program is designed to teach students how to use their skills performing advanced fabrication and repair work on actual projects. Students will learn advanced fabrication techniques using a wide variety of equipment including shears, bending breaks, forming rolls, punches, drill presses, and track torches. This may include anything from a simple welding repair to refacing a D-9 Cat blade. Students will also receive training in various methods of pipe welding with an opportunity to take the A.W.S. certification test. Second year students will be given instruction in Computer Numerical Control (CNC) burn table programming and operation using Auto-Cad and Shop Data Systems software.

UM-Helena has been designated as one of ten regional training centers in the United States by Miller Electric, the industry leader in welding equipment. Students will receive training on state-of-the-art welding equipment from faculty who attend Miller Electric training schools, providing students with a distinct advantage when entering the work force.

Faculty Advisor:Tim Harris, Seth Slocum, and Glen Zeigler

Welding

Length of Program: 2 Semesters
Type of Program: Certificate of Applied Science
Semester of Entry: Fall


First Semester



Course Number Course Title Credits
WLDG105 Shop Safety 1
WLDG180 Shielded Metal Arc Welding 4
WLDG133 GMAW, FCAW, and GMAW-P 4
WLDG117 Blueprint Reading and Weld Symbols 3
WLDG132 Estimating of Job Materials 3
M111T Technical Mathematics 3

Total Credits 18





Second Semester



WLDG131 Intro to Layout and Pattern Making 3
WLDG160 Rigging for Welders 1
WLDG140 Intro Gas Tungsten ARC Welding (GTAW) - Integrated Lab 3
WLDG155 Design and Fabrication 4
WLDG151 Shop Practices 4
WRIT104T Workplace Communications 2
HR110T Career Development and Human Relations 3

Total Credits 20 (38)


Length of Program: 4 Semesters
Type of Program: Associate of Applied Science
Semester of Entry: Fall


First Semester



Course Number Course Title Credits
WLDG105 Shop Safety 1

WLDG180 Shielded Metal Arc Welding 4

WLDG133 GMAW, FCAW, AND GMAW-P 4

WLDG117 Blueprint Reading and Weld Symbols 3
WLDG132 Estimating of Job Materials 3
M111T Technical Mathematics 3

Total Credits 18





Second Semester



WLDG160 Rigging for Welders 1

WLDG131 Intro to Layout and Pattern Making 3

WLDG140
Intro Gas Tungsten ARC Welding (GTAW) - Integrated Lab 3

WLDG155
Design and Fabrication 4

WLDG151 Shop Practices 4

CAPP131 Basic MS Office 3

Total Credits 18 (36)





Third Semester



WLDG217 Advanced Blueprint 2

WLDG243 Advanced Metal Fabrication I 6

WLDG225 Structural Fabrication 2

WLDG230 Field Welding and Processes 2
WLDG255 CNC Burn Table Programming and Operation 3
WRIT121T Introduction to Technical Writing 3

Total Credits 18





Fourth Semester



WLDG213 Pipe Welding Lab I 4

WLDG244 Advanced Metal Fabrication II 6
WLDG265
MSHA Safety Training 1

WLDG245 Metal Fabrication Design and Construction 5
HR110T Career Development and Human Relations 3

Total Credits 19 (73)