Tig Welder

TIG / GTAW WELDER — Precision & Thin Metal (Automotive) Role Summary

A TIG (Gas Tungsten Arc) Welder in the

automotive industry operates precision welding equipment to fuse thin and

high-grade metals — including stainless steel, aluminum, and nickel alloys —

using a non‑consumable tungsten electrode. You will produce clean, distortion‑free,

high‑strength welds that meet exacting automotive standards, working from

blueprints and specifications.

Key Responsibilities Equipment & Preparation

• Set up, calibrate, and adjust TIG welding machines; regulate shielding gas flow (argon/helium) and prepare tungsten electrodes.
• Interpret blueprints, technical drawings, and welding symbols to determine dimensions, joint design, and proper welding sequence.
• Clean and prepare metal surfaces, removing scale, rust, or contaminants before welding.

Precision Welding

• Perform high‑quality TIG welds on thin-gauge materials (1.5mm and below) and specialty alloys with precise heat control.
• Maintain stable arcs and carefully feed filler material to produce smooth, spatter‑free welds without warping or burn‑through.

Quality & Inspection

• Visually and dimensionally inspect completed welds to ensure structural soundness, proper penetration, and compliance with specifications.
• Identify defects, rework as needed, and ensure every weld meets automotive quality standards.

Safety & Maintenance

• Maintain welding equipment, torches, hoses, and accessories; perform routine cleaning and report worn or faulty parts.
• Keep work area clear of hazards; wear full Personal Protective Equipment (PPE) and follow all safety protocols at all times.

Qualifications & Skills Education & Certification

• High school diploma or equivalent, formal technical training, trade school, or welding apprenticeship completed.
• NCII certification in Welding required; AWS or other automotive/industrial certifications are an advantage.

Technical & Physical Skills

• Superior hand‑eye coordination, steady hands, and fine manual dexterity for precise filler‑rod feeding and heat control.
• Working knowledge of different metals (stainless steel, aluminum, alloys), their properties, thicknesses and heat‑sensitivity.
• Proven experience welding thin materials without distortion or burn‑through.