MIG Welder - Girth Seam

MIG Welder - Girth SeamDay Shift (5:30 AM - 4:30 PM)

Position SummaryAs a MIG Welder, you will perform production welding using GMAW (MIG) processes on steel components and assemblies. This role requires experience welding in 2G and 3G positions on girth seams, with a strong focus on consistency and weld integrity.

You will be responsible for producing high-quality, repeatable welds in a fast-paced manufacturing environment while following established procedures. The ideal candidate must be able to read and interpret Welding Procedure Specifications (WPS) to ensure all welds meet required codes and quality standards.

What You'll Be Responsible For

• Perform MIG (GMAW) welding on steel components, including long seams and girth seams• Weld in 2G and 3G positions while maintaining consistent quality and penetration• Set up and adjust welding equipment based on material type, thickness, and WPS requirements• Read and interpret Welding Procedure Specifications (WPS), blueprints, and weld symbols• Maintain consistent weld appearance and quality across high-volume production runs• Perform visual inspection of welds to ensure compliance with quality standards• Complete minor grinding, cleanup, and weld finishing as required• Maintain welding equipment in safe and proper working condition• Follow all safety procedures and maintain a clean, organized work area• Meet production targets without compromising quality

What It Takes to Be Successful

Prior experience with MIG (GMAW) welding in a production environmentAbility to maintain consistent weld quality over repetitive workBasic understanding of weld settings (voltage, wire speed, gas flow)Ability to read basic blueprints or weld symbolsStrong attention to detail and qualityDependable and able to maintain steady performance throughout shiftCommitment to working safely in an industrial environment

Preferred Experience

Experience welding structural steel or heavy gauge materialsFamiliarity with FCAW or other welding processesExperience working in high-volume manufacturing environments