Steel Erection Scope of Work Template
Download a steel erection scope of work template to define framing, cranes, bolting, welding, deck, temporary bracing, exclusions, and responsibilities.
Define Steel Erection Responsibilities Before Mobilization
A steel erection scope of work gives structural steel contractors a clear record of the framing, connection work, cranes, access equipment, rigging, temporary bracing, decking, logistics, coordination, exclusions, and closeout responsibilities included in a project. A detailed scope helps align the awarded proposal with field execution before crews and equipment arrive onsite.
This Steel Erection Scope of Work Template is designed for structural steel erectors, steel subcontractors, miscellaneous metals contractors with erection crews, project managers, superintendents, foremen, estimators, and construction business owners.
What Is a Steel Erection Scope of Work?
A steel erection scope of work describes the labor, equipment, cranes, rigging, temporary measures, coordination, and deliverables required to erect structural or miscellaneous steel. Depending on the project, the scope may cover unloading, shakeout, staging, hoisting, columns, beams, girders, bracing, trusses, joists, joist girders, bridging, metal deck, stairs, miscellaneous framing, bolt-up, field welding, plumbing, alignment, temporary bracing, punch work, and closeout.
The scope should identify the structural drawings, specifications, erection drawings when available, approved connection information, addenda, RFIs, schedule requirements, access conditions, delivery assumptions, crane setup areas, and work by others that define the erection package.
When to Use This Template
- Converting an awarded steel erection proposal into a field-ready scope
- Defining structural frame erection responsibilities
- Documenting joist, joist girder, bridging, and deck scope
- Assigning unloading, shakeout, staging, and material-handling responsibilities
- Defining bolting, field welding, plumbing, and alignment work
- Documenting crane mobilizations, setup areas, relocations, and access assumptions
- Defining aerial lift, telehandler, rigging, and support-equipment responsibilities
- Assigning temporary bracing, survey, testing, and inspection responsibilities
- Coordinating phased, accelerated, night, or restricted-access erection
- Revising scope after approved connection, sequencing, schedule, or framing changes
Who Should Use This Template?
This template is suitable for structural steel erectors, specialty steel subcontractors, miscellaneous metals contractors with erection responsibility, project managers, superintendents, foremen, estimators, operations teams, and business owners.
It can be adapted for warehouses, commercial buildings, industrial facilities, schools, hospitals, additions, mezzanines, equipment platforms, canopies, multistory structures, and other projects involving structural or miscellaneous steel erection.
What a Steel Erection Scope of Work Should Include
| Scope Section | What to Define |
|---|---|
| Project References | Subcontract, structural drawings, specifications, erection drawings, connection information, addenda, RFIs, revisions, and approved submittals. |
| Limits of Work | Buildings, phases, erection sequences, levels, elevations, grid lines, steel categories, and physical limits of the erection package. |
| Material Handling | Delivery coordination, unloading, shakeout, staging, laydown areas, double handling, relocation, and protection of steel before erection. |
| Structural Frame | Columns, beams, girders, braces, trusses, splices, miscellaneous framing, loose steel, and other included structural members. |
| Connections | Bolt-up, field welding, moment connections, brace connections, splices, field-fit work, verification, and related responsibility. |
| Joists and Deck | Joists, joist girders, bridging, roof deck, floor deck, closures, openings, edge conditions, fastening, and welding where included. |
| Cranes and Rigging | Crane responsibility, mobilizations, setup areas, relocations, rigging, specialty lifting devices, signaling, and planned access. |
| Access Equipment | Boom lifts, scissor lifts, telehandlers, forklifts, welding machines, generators, compressors, and support equipment. |
| Temporary Bracing | Installation, maintenance, modification, release, and removal of temporary erection bracing, guying, and erection aids. |
| Plumbing and Alignment | Frame plumbing, alignment, survey coordination, final bolt-up or welding sequence, and responsibility for establishing control. |
| Testing and Inspection | Special inspection, bolt verification, weld inspection, testing, corrective work, retesting, and reporting responsibility. |
| Schedule and Coordination | Erection sequence, delivery windows, crane access, area releases, working hours, other-trade coordination, remobilization, and schedule constraints. |
| Punch List and Closeout | Final bolt-up, weld correction, alignment items, deck repairs, loose items, cleanup, records, and turnover requirements. |
| Exclusions and Work by Others | Clearly identifies responsibilities such as fabrication, material supply, engineering, survey, testing, fireproofing, painting, concrete work, or crane-ground preparation when not included. |
How to Use the Template
- Enter the customer, project, subcontract, proposal, project manager, superintendent, and governing document references.
- Define erection limits by building, phase, sequence, level, elevation, grid, or another project-specific location system.
- List columns, beams, girders, braces, trusses, joists, deck, stairs, miscellaneous framing, and loose steel included in the work.
- Assign unloading, shakeout, staging, double handling, and delivery coordination responsibilities.
- Define bolt-up, field welding, splices, moment connections, field-fit work, plumbing, and alignment responsibilities.
- Document crane responsibility, planned mobilizations, setup areas, relocations, site access, and major rigging requirements.
- Assign boom lifts, telehandlers, welding machines, generators, temporary bracing, and other support equipment.
- Define survey control, special inspection, bolt verification, weld inspection, corrective work, and retesting responsibilities.
- Document erection sequence, delivery windows, area releases, working hours, remobilization, and coordination with other trades.
- Review the completed scope against the awarded proposal, subcontract documents, current erection information, and approved changes before mobilization.
A steel erector is awarded a two-story commercial frame with approximately 290 tons of structural steel, joists, bridging, and 88,000 square feet of metal deck. The scope includes unloading, shakeout, erection, bolt-up, specified field welding, plumbing and alignment, temporary erection bracing, one planned crane mobilization, boom lifts, telehandlers, deck installation, and normal punch work. Survey control and special inspection are assigned to others, while a changed sequence requiring a second crane mobilization must be authorized as additional work.
Best Practices for Steel Erection Scopes of Work
- Reference current structural drawings, specifications, approved connection information, addenda, and RFIs.
- Define erection limits by building, phase, sequence, level, and grid where practical.
- Identify unloading, shakeout, staging, and double-handling responsibilities explicitly.
- Separate structural steel, joists, deck, stairs, miscellaneous steel, and loose steel when responsibilities differ.
- Define the limits of bolt-up, field welding, field-fit work, plumbing, and alignment.
- State crane mobilization, setup, relocation, access, and ground-condition responsibilities clearly.
- Assign temporary bracing installation, maintenance, release, and removal.
- Clarify survey control, special inspection, testing, and corrective-work responsibilities.
- Document delivery sequencing, work hours, area releases, congestion, and remobilization requirements.
- Preserve revisions whenever framing, connections, sequence, access, or responsibilities change.
Common Steel Erection Scope of Work Mistakes
- Using broad language such as “complete steel erection” without identifying assemblies and responsibilities
- Failing to define unloading, staging, shakeout, or material-handling responsibility
- Leaving joists, bridging, deck, stairs, or miscellaneous steel ambiguous
- Failing to distinguish shop welding from field welding
- Leaving field-fit and revised-connection work undefined
- Failing to define crane access, setup, relocation, or additional-mobilization responsibility
- Leaving temporary bracing installation or removal responsibility unclear
- Failing to assign survey, special inspection, testing, or corrective-work responsibilities
- Ignoring delivery sequence, area releases, work-hour restrictions, or other-trade coordination
- Changing erection sequence or connection requirements without documenting the scope revision
Frequently Asked Questions
What should a steel erection scope of work include?
It should define project references, erection limits, material handling, structural framing, connections, joists, deck, cranes, rigging, access equipment, temporary bracing, testing, schedule, exclusions, and closeout responsibilities.
How should structural steel be identified?
Organize the work by building, phase, sequence, level, grid, member category, piece marks, tonnage, or another system that matches the erection drawings and project controls.
Should unloading and staging be included?
State explicitly whether the steel erector is responsible for unloading, shakeout, laydown, staging, double handling, and relocation. These activities require labor and equipment and should not be left implied.
How should field welding be documented?
Identify the field-welded connections included under the project documents and assign responsibility for welding, access, consumables, inspection coordination, corrective work, and retesting where applicable.
Who is responsible for temporary bracing?
The project documents should establish responsibility. The scope should record who provides, installs, maintains, modifies, authorizes release of, and removes temporary erection bracing rather than leaving those duties assumed.
How should cranes be addressed?
Document crane responsibility, anticipated mobilizations and setup areas, access assumptions, relocations, staging conditions, and any work assigned to others for suitable crane access or setup areas.
What steel erection work is commonly performed by others?
Depending on the subcontract, work by others may include fabrication, steel supply, connection engineering, survey control, special inspection, fireproofing, painting, concrete work, anchor-bolt setting, temporary power, or preparation of crane setup areas.
When should the steel erection scope be revised?
Revise it when framing, connection details, erection sequence, crane access, delivery requirements, schedule, working hours, temporary bracing, testing, or trade responsibilities change through an approved project process.
Create a Clear Record of Steel Erection Responsibilities
A structured steel erection scope of work gives office and field teams a common reference for framing, connections, cranes, equipment, rigging, temporary bracing, testing, logistics, exclusions, and closeout requirements before erection begins.