2024-2025 Academic Catalog

Nov 08, 2024

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2024-2025 Academic Catalog

Industrial Welding Certificate

Program Description

Code 155 - 25 Credits

Welding is the most common way of permanently joining metal parts. Through welding, heat is applied to metal pieces, melting and fusing them to form a permanent bond. There are a variety of welding processes including stick, MIG, and TIG. The Industrial Welding core curriculum at Kellogg Community College prepares students to weld a variety of metals in various positions using each of these processes. Students may pursue either a Certificate or an Associate of Applied Science Degree in Industrial Welding. To earn the certificate, students must complete twenty-five (25) credits in the Welding core curriculum.

Modules within the curriculum cover:

Advanced Arc Welding
Brazing and Soldering
Cutting Processes
Gas Metal Arc Welding
Gas Tungsten Arc Welding
Oxyacetylene Welding
Pipe Welding
Shielded Metal Arc Welding
Special Applications
Welding Metallurgy

Modular Format

Industrial Trades curricula are offered in a non-traditional, modular format. Module descriptions are not listed in the catalog. For more information about Industrial Trades modules go to the Industrial Trades page at https://kellogg.edu/academics/areas-of-study/manufacturing-skilled-trades-applied-technology/trades/.

Industrial Trades Orientation

All students interested in taking Industrial Trades modules must complete one or more core curriculum orientations. The orientation is a core curriculum prerequisite. Students will not be able to register for modules until the orientation is completed.

Program Learning Outcomes

Program learning outcomes are identified for each degree program. The learning outcomes for the Industrial Welding certificate align with the program learning outcomes for the Industrial Welding, AAS .

Industrial Welding Modules

Unit 05 - Basics of Welding

INWE 05010 - Welding Shop Safety Rules 0.17 CR
INWE 05020 - Joints, Welds, and Positions 0.13 CR
INWE 05030 - Rules and Squares 0.13 CR

Unit 10 - Oxyacetylene Welding

INWE 10010 - Oxy-Fuel Welding Terms 0.17 CR
INWE 10020 - Set-Up Oxy-Fuel Welding Stations 0.08 CR
INWE 10030 - Run Beads with and without Fill 0.29 CR
INWE 10040 - Weld Basic Joints in Flat Position 1 CR

Unit 15 - Cutting Processes

INWE 15010 - Basic Cutting Practices 0.13 CR
INWE 15020 - Cutting Ferous Metals with Oxy-Fuel Equipment 0.33 CR
INWE 15030 - Cutting Metals with Plasma 0.33 CR

Unit 20 - Brazing and Soldering

INWE 20010 - Brazing Basic Joints in Flat Position 0.33 CR
INWE 20020 - Brazing V-Groove Joints 0.21 CR
INWE 20030 - Silver Brazing Dissimilar Metals 0.13 CR
INWE 20040 - Lead Soldering Seams 0.25 CR

Unit 25 - Shielded Metal Arc Welding

INWE 25010 - SWAM Terms and Definitions 0.17 CR
INWE 25020 - Electrodes for SMAW 0.21 CR
INWE 25030 - Strike an Arc and Run Stringer Beads 0.67 CR
INWE 25040 - Analyzing Good Weld Characteristics 0.13 CR
INWE 25050 - Multi-Pass Fillet Welds 0.50 CR
INWE 25060 - Weld Size Weave Technique 0.50 CR
INWE 25070 - Corner Joint in Flat Position 0.67 CR
INWE 25080 - V-Groove Butt Joint with Backing 0.50 CR
INWE 25090 - Open V-Groove Butt Joint without Backing 0.67 CR

Unit 30 - Advanced Arc Welding

INWE 30010 - Tee Joints Vertical Up 0.58 CR
INWE 30020 - Butt Joint with Backing Plate Vertical Up 0.46 CR
INWE 30030 - Butt Joint without Backing Plate Vertical Up 0.75 CR
INWE 30040 - Tee Joints Vertical Down 0.29 CR
INWE 30050 - Butt Joint with Backing Plate Vertical Down 0.42 CR
INWE 30060 - Butt Joint without Back Plate Vertical Down 0.33 CR
INWE 30070 - Butt Joint with Backing Plate Horizontal 0.50 CR
INWE 30080 - Butt Joint without Backing Plate Horizontal 0.50 CR
INWE 30090 - Tee Joints Overhead 0.50 CR
INWE 30100 - Butt Joint with Backing Plate Overhead 0.58 CR
INWE 30110 - Butt Joint without Backing Plate Overhead 0.83 CR

Unit 35 - Welding Metallurgy

INWE 35010 - Introduction to Metallurgy 0.46 CR
INWE 35020 - Examining and Identifying Metals 0.13 CR
INWE 35030 - Metallurgy Fundamentals of Cast Iron 0.13 CR
INWE 35040 - Metallurgy Fundamentals of Stainless Steel 0.13 CR
INWE 35050 - Testing Metals 0.42 CR

Unit 40 - Gas Metal Arc Welding

INWE 40010 - Explaining GMAW 0.29 CR
INWE 40020 - Start Arc and Run Beads with GMAW 0.17 CR
INWE 40030 - Welding Basic Joints in All Positions 1.67 CR
INWE 40040 - GMAW of Aluminum 0.67 CR

Unit 45 - Gas Tungsten Arc Welding

INWE 45010 - Explaining GTAW 0.42 CR
INWE 45020 - Start Arc and Run Beads with GTAW 0.42 CR
INWE 45030 - GTAW of Aluminum Flat Position 1.25 CR
INWE 45040 - Welding Basic Joints on Stainless 1.25 CR
INWE 45050 - GTAW of Aluminum out of Position 1.67 CR

Unit 50 - Pipe Welding

INWE 50010 - Identifying Pipe Welding 0.21 CR
INWE 50020 - Welding Pipe 2G Fixed Position 0.83 CR
INWE 50030 - Welding Pipe 5G Fixed Position Vertical Up 1.25 CR
INWE 50040 - Welding Pipe 5G Fixed Position Vertical Down 1.04 CR
INWE 50050 - Welding Pipe 6G Fixed Position 1.04 CR

Unit 55 - Special Applications

INWE 55010 - Welding Blueprint Reading 0.17 CR
INWE 55020 - Fabricating a Project 0.50 CR
INWE 55030 - Cast Iron Repair 0.17 CR
INWE 55040 - Hardsurfacing 0.17 CR
INWE 55050 - Tool and Die Welding 0.67 CR

Information:

For more information about Industrial Welding modules go to the Industrial Trades page at https://kellogg.edu/academics/areas-of-study/manufacturing-skilled-trades-applied-technology/trades/.