As a Junior Arc Welder, you will support skilled welders in metal joining and fabrication tasks, focusing on safe and accurate execution of arc welding (SMAW) on structural or piping systems. You will gradually develop your capability across welding positions and gain exposure to drawings, welding procedures, and inspections.
Perform basic to intermediate arc welding on steel components under supervision
Assist in tacking, fit-up, and proper electrode usage per assigned joint type
Maintain acceptable arc length, weld bead quality, and fusion without undercut or porosity
Prepare workpieces by cleaning surfaces with grinders, brushes, or chipping tools
Set up work areas with jigs, clamps, and positioning aids
Read and interpret basic welding symbols, length/angle markings, and measuring instruments
Remove slag, spatter, and clean weld zones after operation
Support senior welders in rework, repair welds, or grinding operations
Assist in moving or positioning metal structures or pipe assemblies
Adhere to site and workshop safety rules (arc flash, hot work, fire prevention)
Wear and maintain welding PPE: helmet, gloves, apron, safety shoes, fire-resistant clothing
Report unsafe practices or hazards to supervisors immediately
โ Safe and consistent performance of arc welding tasks
โ Development of multi-position welding skills (flat, horizontal, vertical)
โ Understanding and applying weld joint preparation standards
โ Team collaboration in fabrication or shutdown/maintenance environments
โ Learning quality control basics (weld defects, visual inspection)
SMAW/Arc Welding machines
Electrodes: E6013, E7018, etc.
Angle grinders, measuring tape, square ruler
Chipping hammer, wire brush, clamps
Welding helmet, gloves, apron, safety shoes
Quality of welds (appearance, penetration, defect-free ratio)
Adherence to welding procedures and safety standards
Time efficiency on assigned joints
Supervisor or QA/QC feedback
Reduction in rework or repair rates
Readiness to upgrade to 3G or higher welding positions
Knowledge of SMAW welding current settings and polarity
Ability to weld in 1G, 2G, and basic 3G test plates (training-based)
Basic math and measurement skills (tape, square, level)
Physical fitness, good hand-eye coordination, steady hands
Willingness to learn advanced welding codes (ASME, AWS)
Physically demanding environment (heat, fumes, noise)
May require standing for long periods and lifting metal parts
Exposure to confined spaces or elevated platforms (with safety gear)
Shift work, weekend work, or extended hours during turnarounds or projects