Eddie Hall

• Stick Welded in flat, horizontal, vertical, and overhead positions.
• Maintained correct arc length and movement speed to form specified fusion depth and bead.
• Removed excess slag with arc-cutting, grinding, and using other equipment.

• Welded stainless steel pipe using tig process
• Welded carbon steel pipe using tig and stick process
• Welded in flat, horizontal, vertical, and overhead positions. Building walk ways after pipe was done
• Maintained correct arc length and movement speed to form specified fusion depth and bead.
• Ensured consistent weld integrity by regularly calibrating welding machines

Welded carbon steel pipe using tig and stick process stick 6010/7018

Welded stainless steel pipe using tig process

Shutdown welded carbon steel pipe using stick process 6010 & 7018

Welded carbon steel pipe using tig and stick process

• Increased weld quality by utilizing appropriate techniques such as TIG, MIG, and Stick welding processes.
• Inspected welds and checked critical measurements to meet specifications.
• Developed solid understanding of various metals'' properties, allowing for proper selection of filler materials for different applications.

Welded in flat, horizontal, vertical and overhead positions tig welded stick welded and fluxcore welding pipe

• Clamped, held, tack-welded, heat-bent and bolted component parts to achieve required configurations and positions

• Removed and repaired unacceptable welds with air arc and grinder to meet quality

Welded carbon and stainless steel pipe using tig and stick process

MiG welded structural beams

fixed and re welded splices to pass X-ray testing

Improved workflow by welding connections with precision.

Used arc-cutting, grinding, and other tools to remove excess slag.

Had planned ahead.

Used hand tools, a torch, and arc welding equipment to heat, form, and dress metal parts.