Welding Daily Log Template
Download a welding daily log template to track crews, welds, labor, materials, equipment, inspections, weather, delays, safety, and daily progress.
Document Welding Production and Field Conditions Each Day
A welding daily log gives specialty contractors a consistent record of crews, labor hours, weld production, fit-up, materials, consumables, equipment, inspections, access conditions, delays, safety observations, and daily progress. A complete log helps field and office teams understand what happened during each shift and provides useful documentation for scheduling, billing, change orders, job costing, quality control, and closeout.
This Welding Daily Log Template is designed for welding contractors, structural and miscellaneous steel subcontractors, pipe welding contractors, fabrication-and-installation companies, industrial maintenance contractors, mobile welding crews, foremen, superintendents, project managers, and field administrators.
What Is a Welding Daily Log?
A welding daily log is a field record completed for each workday or shift. It documents where welding occurred, which welds or assemblies were completed, what preparation and fit-up took place, which processes and equipment were used, what inspections occurred, and which conditions affected production.
Depending on the project, the log may cover structural connections, pipe joints, miscellaneous metals, reinforcement plates, repair welding, field modifications, shop fabrication, cutting, beveling, grinding, preheat, back gouging, fire watch, NDT coordination, access equipment, corrective work, and punch-list activity.
When to Use This Template
- At the end of each field or shop welding shift
- During structural steel connection welding
- While completing pipe welds, fittings, branches, or repair joints
- During miscellaneous metals, stairs, rails, platforms, or equipment-support work
- When tracking fit-up, cutting, beveling, grinding, cleaning, and tack welding
- When recording SMAW, GMAW, FCAW, GTAW, or other approved welding processes
- When tracking electrodes, wire, filler rod, shielding gas, and other consumables
- When documenting welding machines, generators, lifts, scaffolding, or support equipment
- When recording inspection, NDT, corrective work, or reinspection
- When documenting delays, field-fit conditions, repair work, or potential change-order work
Who Should Use This Template?
This template is suitable for welding subcontractors, structural steel contractors, miscellaneous metals contractors, pipe welding contractors, mobile welders, industrial maintenance contractors, fabrication-and-installation companies, foremen, superintendents, project managers, quality-control personnel, safety personnel, and office administrators.
It can be adapted for commercial construction, industrial facilities, structural modifications, piping systems, equipment supports, stairs, handrails, platforms, shutdown work, repairs, tenant improvements, and other projects involving shop or field welding.
What a Welding Daily Log Should Include
| Daily Log Section | Purpose |
|---|---|
| Project and Shift Details | Identifies the project, date, shift, work area, drawing reference, weld detail, foreman, cost code, and schedule activity. |
| Weather and Work Conditions | Records temperature, precipitation, wind, visibility, work-area condition, access, ventilation, and environmental conditions affecting welding. |
| Crew and Labor | Tracks welders, fitters, helpers, fabricators, riggers, equipment operators, fire watch, supervision, overtime, standby, and rework. |
| Weld Production | Tracks weld type, joint type, process, size, length, quantity, material, position, location, and completed work. |
| Fit-Up and Preparation | Records layout, cutting, beveling, grinding, cleaning, alignment, tack welding, back gouging, and joint preparation completed during the shift. |
| Materials and Consumables | Tracks plate, pipe, fittings, reinforcement material, electrodes, wire, filler rod, shielding gas, purge gas, flux, grinding discs, and cutting consumables. |
| Equipment and Access | Tracks welding machines, wire feeders, generators, compressors, fume extraction, preheat equipment, boom lifts, scaffolding, and other support equipment. |
| Inspection and Quality | Records visual inspection, NDT, inspection status, rejected welds, corrective work, repair welds, and reinspection references. |
| Safety and Hot Work | Documents hot-work permits, fire watch, ventilation, spark containment, welding screens, confined-space coordination, and safety observations. |
| Delays and Extra Work | Records access problems, missing material, fit-up issues, drawing conflicts, weather, inspection delays, equipment breakdowns, and potential changes. |
| Photos and References | Links weld locations, joint conditions, inspection items, repairs, field modifications, completed work, and supporting documents to the daily record. |
| Next-Day Plan | Identifies planned weld areas, crew needs, materials, equipment, access, inspection requirements, and coordination for the next shift. |
How to Use the Template
- Enter the project, date, shift, work area, foreman, cost code, drawing, weld-detail, and welding-procedure references.
- Record weather, temperature, wind, ventilation, access, work-area condition, and other factors that affected welding.
- List each crew member with classification, regular hours, overtime, standby, rework, and primary activity.
- Record completed welds by assembly or location, including weld type, process, size, length, quantity, material, and position where applicable.
- Track fit-up, beveling, cutting, grinding, cleaning, tacking, preheat, back gouging, and other preparation separately from production welding.
- Record electrodes, wire, filler rod, shielding gas, purge gas, grinding media, cutting consumables, and materials used or delivered.
- Track welding machines, generators, access equipment, ventilation equipment, and other major equipment by ID and operating hours.
- Document visual inspections, NDT, rejected welds, corrective work, repairs, and reinspection references.
- Record hot-work, fire-watch, safety, access, equipment, material, inspection, and change-related issues before the shift is closed.
- Complete the next-day plan with expected weld locations, crew size, material needs, equipment, access requirements, and inspection coordination.
A field welding crew works on structural modifications at an occupied commercial building. During the shift, three welders and two fitters complete 17 reinforcement connections and approximately 96 linear feet of FCAW fillet weld. The log records 24 hours of welding, 14 hours of fit-up and grinding, two boom lifts, two welding machines, shielding-gas usage, and a one-hour access delay caused by another trade. Visual inspection identifies two welds requiring additional grinding and repair before reinspection, and photos are referenced for the affected connections.
Best Practices for Welding Daily Logs
- Complete the log on the same day the welding occurs.
- Identify exact work areas, assemblies, drawing details, joint numbers, or weld locations.
- Record the welding process when more than one process is used on the project.
- Separate fit-up, cutting, grinding, preheat, and inspection-support hours from production-welding hours.
- Track weld quantity and weld length when those measurements are useful for production analysis.
- Record material and consumable usage when it affects replenishment, cost, or change documentation.
- Track equipment operating time separately from standby and breakdown time.
- Document rejected welds, repairs, corrective work, and reinspection clearly.
- Photograph unexpected fit-up conditions, damaged material, field modifications, rejected welds, and extra work.
- Preserve revisions rather than overwriting a completed or issued daily log.
Common Welding Daily Log Mistakes
- Using vague descriptions such as “continued welding” without identifying the work location
- Recording total labor hours without separating fit-up, welding, grinding, standby, or rework
- Failing to identify the welding process or joint being worked on
- Recording weld length without weld type, size, or quantity where those details matter
- Ignoring consumable or material usage on time-and-material or change work
- Combining equipment operating and standby time
- Failing to document inspection failures, repairs, or reinspection
- Ignoring access, ventilation, hot-work, weather, or equipment conditions that affected production
- Performing field-fit or additional repair welding without documenting direction and affected resources
- Changing an issued daily log without preserving the original record
Frequently Asked Questions
Who should complete a welding daily log?
The welding foreman, superintendent, project manager, quality-control representative, or another designated supervisor familiar with the day's work should complete the log.
What welding production should be tracked?
Useful measures include weld quantity, total weld length, connections completed, pipe joints completed, repair welds, fit-up hours, welding hours, grinding hours, and inspected or accepted welds.
Should the welding process be recorded?
Yes when the project uses multiple processes or when process information is useful for production, quality, or traceability. Examples include SMAW, GMAW, FCAW, GTAW, and other approved processes.
How should rejected welds be documented?
Record the weld or joint reference, location, inspection result, corrective action, responsible party, repair status, and reinspection reference. Keep formal inspection reports as supporting documentation.
Should consumables be tracked every day?
Track consumables when the information supports purchasing, production review, time-and-material billing, job costing, or change documentation. The level of detail can be adjusted to the project.
What equipment should be recorded?
Common examples include welding machines, wire feeders, generators, air compressors, plasma cutters, grinders, fume extractors, preheat equipment, boom lifts, scissor lifts, and scaffolding.
Can a welding daily log support a change order?
Yes. Records of added welds, field-fit conditions, repair work, changed access, additional grinding, equipment use, inspection impacts, labor hours, materials, consumables, and photos can support change review. Approval should still follow the project's change-order process.
What photos should be referenced?
Useful photos include existing joint conditions, fit-up, weld locations, field modifications, damaged material, access conditions, completed welds, inspection items, rejected welds, repairs, and potential change work.
Create a Reliable Daily Record of Welding Work
A structured welding daily log helps contractors document crews, weld production, preparation, materials, equipment, inspections, safety conditions, delays, extra work, and next-day plans in one consistent field record.