Structural Steel Quality Control Checklist

Use this Structural Steel Quality Control Checklist to inspect welding, bolting, alignment, and coating for compliance with safety and design standards.

Download as free PDF

Library
Construction
Structural Steel Quality Control Checklist

Material & Receipt Verification

Fabrication & Cutting

Welding & Jointing

Structural Alignment & Assembly

Surface Preparation & Coating

Final Review & Documentation

Safety Standards & Equipment

Is this sample what you are looking for?
Sign up to use & customise this template, or create your own custom checklist:

Checklist by GoAudits.com – Please note that this checklist is intended as an example. We do not guarantee compliance with the laws applicable to your territory or industry. You should seek professional advice to determine how this checklist should be adapted to your workplace or jurisdiction.

Easy inspection app for your digital checklists

Conduct inspections anytime, anywhere - even offline
Capture photos as proof of compliance or areas needing attention
Instantly generate and share detailed reports after the inspections
Assign & track follow-up tasks, view historical trends on a centralized dashboard

Structural Steel Quality Control Checklist

Use this Structural Steel Quality Control Checklist to inspect welding, bolting, alignment, and coating for compliance with safety and design standards.

1. Has all incoming steel material been inspected for quality and compliance with project requirements?

2. Are the mill certificates available and reviewed to verify material grades and specifications?

3. Are any defects such as rust, cracks, or dents detected upon receipt?

4. Are the materials properly stored to prevent any damage before fabrication?

1. Are steel plates, beams, and sections cut according to the approved shop drawings?

2. Are cutting tools and equipment maintained and calibrated regularly to ensure precise cuts?

3. Is the cutting process controlled to avoid material distortion or heat-affected zones?

4. Are all cuts free of burrs or sharp edges that could affect the welding or installation process?

1. Are welders certified for the required welding procedures and processes (e.g., MIG, TIG, Stick)?

2. Are welding methods selected to meet the mechanical properties and quality requirements?

3. Are visual inspections and ultrasonic tests (if required) performed on all critical welds?

4. Are post-weld heat treatments applied where needed, and is their effectiveness documented?

5. Are the welds free of defects such as cracks, voids, and undercuts?

1. Is each steel component accurately positioned and aligned as per the approved drawings?

2. Are temporary supports, braces, or clamps used to hold the components during assembly?

3. Are all structural connections such as bolts, welds, and rivets securely fastened to specification?

4. Are any deviations or out-of-tolerance conditions promptly addressed, and corrective measures documented?

1. Is the steel cleaned of all contaminants (e.g., oil, grease, rust) before coating or painting?

2. Is the surface prepared using appropriate methods, such as abrasive blasting or chemical cleaning?

3. Are coatings applied according to the manufacturer’s specifications and industry standards?

4. Is the coating thickness periodically measured to ensure consistency throughout the project?

5. Are environmental conditions, such as humidity and temperature, monitored to ensure optimal application?

1. Has a thorough inspection been carried out to verify that all steel components meet project specifications and tolerances?

2. Is the final structural alignment checked for accuracy and compliance with the design requirements?

3. Are all welds, joints, and connections verified to be secure and meet strength requirements?

4. Are the final documentation, including inspection reports and certificates, updated and filed accordingly?

5. Are any adjustments or repairs performed in accordance with quality standards and documented?

1. Is appropriate personal protective equipment (PPE) provided and worn by all workers involved in fabrication and erection?

2. Are work areas regularly inspected for compliance with safety standards, such as fire hazards, electrical safety, and fall protection?

3. Are lifting equipment, such as cranes and hoists, inspected for safety and certification before each use?

4. Are fire safety protocols in place, especially in areas involving welding or cutting activities?

5. Are workers trained in the safe handling of hazardous materials and machinery used during steel fabrication?