Aerospace Tig Welder 3rd Shift

GE Aerospace•Beavercreek, OH

3d•Onsite

About The Position

About GE Aerospace: Are you ready to see your future take flight? At GE Aerospace, we are advancing aviation technologies for today and tomorrow. Your work will contribute to the production of advanced jet engines, components, and integrated systems that power commercial and military aircraft. You’ll be part of a team that embraces your drive, your curiosity, and your unique ideas and perspectives. Most importantly, you’ll share in our pride and purpose that affects the lives of millions around the world! Working at our Beavercreek Site GE Aerospace operations have been part of the Beavercreek community for over 75 years! Our Beavercreek facility on Research Blvd. manufactures gas turbine tubes, ducts, and manifolds, and also has complex machining, fabrication and investment casting capabilities. Product engineering, new product development and testing is performed on site. This facility also does repair and overhaul of tubes, ducts, and manifolds. Our location on Heller drive manufactures turbine airfoils and has a focus on next generation technology. We have been awarded OSHAS’s highest safety rating. Role Overview – TIG Welder In this role, you will: Execute all manufacturing work with a rigorous focus on safety, quality, and the critical nature of aircraft parts Weld metal components as specified by layouts, blueprints, diagrams, or manufacturing operations sheets (MOS), using TIG welding equipment Set up and connect cables from the welding unit to obtain amperage, voltage, slope, and pulse as specified Manually guide torch along weld lines, maintaining arc length and travel speed to achieve the required fusion and bead, using visual and audible cues from the weld Weld in flat, horizontal, vertical, and overhead positions Examine welds to confirm bead size and conformance to specifications Manually apply filler rod, clean weld joints and workpieces, and prepare rework parts for welding Position or clamp workpieces together, or assemble them in jigs/fixtures; may tack assemblies together Use a computer daily to check email and view/download shop drawings and work instructions Cross‑train to work in all areas of the team and run other processes as production needs require Train other team members on standard work and machine operation as needed Assist in other areas as needed and directed by People Leader

Requirements

High school diploma or GED
Successful completion of a TIG welding training course (formal program), or previous TIG welding experience (minimum 6 months)
Successful completion of the Unison‑Dayton TIG Welding Assessment
At least 18 years of age by the time of joining
Ability to lift up to 40 pounds; may occasionally lift up to 50 pounds (with assistance)
Strong safety focus
Ability to work in and around moving equipment such as stand‑up forklifts, mobile carts, and cranes
Ability to work may involve standing in one place for extended periods, walking, and climbing stairs

Nice To Haves

Team-oriented, professional approach to working with peers and leaders
Demonstrated pride in workmanship and commitment to quality
Strong attendance and punctuality record, with availability to work overtime as needed
Ability to make decisions based on approved work instructions, experience, and available data
Drive to meet or exceed job requirements and performance expectations
Ability to work effectively under general supervision, including performing routine assignments independently
Ability to carry out operations according to set procedures or sequences
Willingness to receive and act on constructive feedback

Responsibilities

Execute all manufacturing work with a rigorous focus on safety, quality, and the critical nature of aircraft parts
Weld metal components as specified by layouts, blueprints, diagrams, or manufacturing operations sheets (MOS), using TIG welding equipment
Set up and connect cables from the welding unit to obtain amperage, voltage, slope, and pulse as specified
Manually guide torch along weld lines, maintaining arc length and travel speed to achieve the required fusion and bead, using visual and audible cues from the weld
Weld in flat, horizontal, vertical, and overhead positions
Examine welds to confirm bead size and conformance to specifications
Manually apply filler rod, clean weld joints and workpieces, and prepare rework parts for welding
Position or clamp workpieces together, or assemble them in jigs/fixtures; may tack assemblies together
Use a computer daily to check email and view/download shop drawings and work instructions
Cross‑train to work in all areas of the team and run other processes as production needs require
Train other team members on standard work and machine operation as needed
Assist in other areas as needed and directed by People Leader