Steel Erection Daily Log Template
Download a steel erection daily log template to track crews, steel erected, cranes, welding, bolting, equipment, weather, delays, safety, and progress.
Document Steel Erection Production and Field Conditions Each Day
A steel erection daily log gives structural steel contractors a consistent record of crews, steel erected, crane activity, equipment, connections, welding, bolting, joists, deck, temporary bracing, deliveries, weather, delays, safety observations, inspections, and daily progress. A complete log helps field and office teams understand what occurred during each shift and provides useful documentation for scheduling, billing, change orders, job costing, and closeout.
This Steel Erection Daily Log Template is designed for structural steel erectors, specialty steel subcontractors, miscellaneous metals contractors with erection crews, foremen, superintendents, project managers, ironworkers, crane coordinators, safety personnel, and field administrators.
What Is a Steel Erection Daily Log?
A steel erection daily log is a field record completed for each workday or shift. It documents where erection occurred, which structural members and assemblies were installed, what crane and access equipment was used, which connections were completed, what inspections occurred, and which conditions affected production.
Depending on the project, the log may cover unloading, shakeout, staging, columns, beams, girders, braces, trusses, joists, joist girders, bridging, metal deck, stairs, miscellaneous steel, bolt-up, field welding, plumbing and alignment, temporary bracing, crane relocations, corrective work, and punch-list activity.
When to Use This Template
- At the end of each structural steel erection shift
- During unloading, shakeout, staging, and material-handling operations
- While erecting columns, beams, girders, braces, trusses, joists, or joist girders
- During metal deck and bridging installation
- When tracking bolt-up, field welding, plumbing, alignment, and temporary bracing
- When documenting crane operating hours, relocations, standby, or weather shutdowns
- When tracking boom lifts, telehandlers, welding machines, generators, and support equipment
- When recording special inspections, weld inspections, bolt verification, or corrective work
- When documenting delivery problems, access restrictions, schedule delays, or extra work
- When planning the next erection sequence, crane setup, steel delivery, crew assignment, and inspection needs
Who Should Use This Template?
This template is suitable for structural steel erection subcontractors, steel erectors, miscellaneous metals contractors with field crews, foremen, superintendents, project managers, ironworkers, safety personnel, crane coordinators, equipment operators, and office administrators.
It can be adapted for warehouses, commercial buildings, industrial facilities, schools, hospitals, multistory structures, additions, mezzanines, canopies, equipment platforms, and other projects involving structural or miscellaneous steel erection.
What a Steel Erection Daily Log Should Include
| Daily Log Section | Purpose |
|---|---|
| Project and Shift Details | Identifies the project, date, shift, building, erection sequence, level, grid, foreman, cost code, and schedule activity. |
| Weather and Site Conditions | Records weather, wind conditions, precipitation, visibility, temperature, access, laydown conditions, crane setup conditions, and work-area readiness. |
| Crew and Labor | Tracks foremen, connectors, bolt-up crews, welders, riggers, deck installers, equipment operators, supervision, overtime, standby, and rework. |
| Steel Erection Production | Tracks columns, beams, girders, braces, trusses, joists, joist girders, stairs, miscellaneous steel, piece counts, tonnage, and exact erection locations. |
| Connections | Records bolt-up, field-welded connections, moment connections, braces, splices, field-fit work, plumbing, alignment, and connection completion. |
| Joists and Deck | Tracks joists, joist girders, bridging, roof deck, floor deck, deck area, closures, edges, openings, fastening, and welding. |
| Cranes and Rigging | Tracks crane type, setup, operating hours, picks, relocations, standby, rigging, lifting devices, and crane-related delays. |
| Access and Support Equipment | Tracks boom lifts, scissor lifts, telehandlers, forklifts, welding machines, generators, compressors, light towers, and other support equipment. |
| Temporary Bracing | Documents installation, modification, maintenance, release, and removal of temporary erection bracing and guying. |
| Testing and Inspection | Records bolt inspections, weld inspections, NDT where specified, deck inspections, failed items, corrective work, and retesting. |
| Safety and Coordination | Tracks pre-task planning, fall-protection review, access conditions, crane coordination, other-trade conflicts, deliveries, and safety observations. |
| Delays and Extra Work | Documents wind shutdowns, missing steel, incorrect pieces, access problems, crane delays, revised connections, field-fit work, and potential changes. |
| Photos and Next-Day Plan | References erection progress, connections, temporary bracing, inspections, defects, changes, deliveries, and planned work for the next shift. |
How to Use the Template
- Enter the project, date, shift, building, erection sequence, level, grid area, foreman, cost code, and schedule activity.
- Record weather, wind, visibility, crane setup conditions, access, laydown conditions, and other site factors that affected erection.
- List each employee or crew with classification, regular hours, overtime, standby, delay, rework, and primary activity.
- Record steel erected by member type, piece mark or piece count, weight or tonnage where available, and exact location.
- Track bolt-up, field welding, plumbing, alignment, temporary bracing, joists, bridging, and deck installation separately.
- Record crane operating time, standby, setup, relocation, picks, and crane-related delays.
- Track boom lifts, telehandlers, welding machines, generators, compressors, and other equipment by ID, operator, hours, standby, and downtime.
- Document inspections, failed items, corrective work, safety observations, delivery issues, delays, and potential extra work.
- Reference photos, erection drawings, delivery tickets, crane records, welding records, inspection reports, RFIs, and change documentation where applicable.
- Complete the next-day plan with the next erection sequence, expected steel delivery, crane setup, crew size, equipment, connection work, deck work, and inspection requirements.
A steel erection crew installs 31 columns and beams totaling approximately 24 tons during a day shift on Sequence 3 of a commercial frame. The log records one 120-ton crane, two boom lifts, one telehandler, 46 crane picks, 7.5 crane operating hours, 1.0 hour of wind-related standby, 112 ironworker hours, 38 completed bolted connections, six field-welded connections, and temporary bracing installed at the west elevation. The crew also records one misfabricated beam that could not be erected and two weld-inspection items requiring correction before the next shift.
Best Practices for Steel Erection Daily Logs
- Complete the log before the crew leaves or before details from the shift are lost.
- Identify building, sequence, level, elevation, and grid instead of using broad descriptions such as “continued steel.”
- Track both piece count and tonnage when both are available.
- Separate structural frame, joists, deck, bolt-up, field welding, temporary bracing, and punch work.
- Tie labor and crane hours to measurable production.
- Track crane operating time separately from setup, relocation, standby, and weather downtime.
- Record equipment operating time separately from standby and breakdown time.
- Document inspection failures and corrective work clearly.
- Photograph missing steel, damaged members, field-fit conditions, connection changes, bracing conditions, and potential change work.
- Preserve revisions rather than overwriting an issued daily record.
Common Steel Erection Daily Log Mistakes
- Completing the log several days after the erection shift
- Using vague descriptions without building, sequence, level, grid, piece count, or quantity
- Tracking tonnage without piece count or erection location
- Combining crane operating time with setup, standby, relocation, and downtime
- Failing to record wind shutdowns or other weather impacts
- Ignoring missing, damaged, or incorrect steel deliveries
- Failing to distinguish bolting, field welding, temporary bracing, and deck work
- Omitting failed inspections or corrective work
- Performing revised connections or field-fit work without recording direction and affected labor or equipment
- Revising an issued log without preserving the original record
Frequently Asked Questions
Who should complete a steel erection daily log?
The erection foreman, superintendent, project manager, or another designated field supervisor familiar with the day's steel operations should complete the log.
What steel production should be tracked?
Useful production measures include pieces erected, tons erected, columns, beams, girders, joists, joist girders, braces, deck area, bolted connections, welded connections, and crane picks.
How should crane activity be recorded?
Record crane type, setup location, operating hours, standby, relocations, picks, operator or vendor reference, and any delays caused by wind, access, delivery, or sequencing.
How should field welding be documented?
Record the connection or work location, weld activity, labor hours, applicable inspection reference, corrective work, and retesting when required. Formal welding and inspection records should remain separate supporting documentation.
How should temporary bracing be tracked?
Record where temporary bracing was installed, modified, maintained, released, or removed and identify the applicable erection sequence or area. Do not remove or alter bracing based only on the daily log; follow the project's approved requirements.
What equipment information should be included?
Record equipment type, ID, operator, assigned activity, operating hours, standby, downtime, fuel or charging activity, breakdowns, and inspection references where applicable.
Can a steel erection daily log support a change order?
Yes. Records of revised connections, missing steel, changed erection sequence, remobilization, crane standby, added field welding, access restrictions, labor, equipment, and photos can support change review. Approval should still follow the project's change-order process.
What photos should be referenced?
Useful photos include erected framing, piece marks, connection conditions, temporary bracing, deck installation, crane setup, damaged or missing steel, field-fit conditions, inspection items, corrective work, and completed sequences.
Create a Reliable Daily Record of Steel Erection
A structured steel erection daily log helps contractors document crews, framing progress, cranes, equipment, connections, temporary bracing, inspections, weather, delays, extra work, and next-day plans in one consistent field record.