General Arrangement Drawings
Overall structural plans, elevations and views showing the arrangement and location of steel members.
Detailed erection drawings and structural steel documentation designed to communicate member locations, identification, elevations, connections and field installation information for steel construction projects.
Steel erection drawings provide field-oriented information for identifying and positioning structural steel members during erection. Depending on the project scope, drawings can communicate member marks, locations, elevations, orientation and relevant connection information.
Overall structural plans, elevations and views showing the arrangement and location of steel members.
Floor-level documentation identifying structural members and their locations within the framing system.
Elevation views communicating vertical framing, member relationships and relevant levels.
Organized member marks and references supporting field identification and installation coordination.
Applicable connection references and related information coordinated with the steel model.
Field documentation for stairs, platforms, ladders, handrails and other specialty steel.
Roof-level structural steel information and member locations for erection coordination.
Consistent piece and assembly identification between the model and erection documentation.
Controlled updates to reflect approved project changes and revised erection information.
Erection drawings translate the detailed structural steel model into field-oriented documentation. Clear member identification and location information can help erection teams understand the relationship between individual components and the overall structural frame.
Drawing content is developed according to the structural system, project requirements, erection methodology and agreed documentation scope.
Plans showing structural steel framing at individual floor levels with applicable member marks and references.
Roof framing documentation identifying members, locations and relevant structural references.
Column locations, orientations, levels and associated framing relationships where required.
Field-oriented layouts identifying beams, girders, framing members and their relationships.
Documentation for applicable horizontal and vertical bracing members and their installation locations.
Erection documentation for stairs, platforms, ladders, handrails and other specialty steel.
The information included in erection documentation varies by project and should align with the approved steel model, fabrication package and erection requirements.
A controlled documentation workflow helps keep erection information aligned with the detailed steel model and associated fabrication drawings.
Review structural drawings, steel models, specifications and project requirements.
Review member geometry, marks, levels and framing relationships.
Develop erection plans, elevations and applicable field documentation.
Review member identification, references, dimensions and coordination.
Deliver the agreed erection drawing package for project use.
Erection drawings work alongside fabrication and assembly documentation. Consistent member identification and model information can help maintain continuity from fabrication through field installation.
A coordinated structural steel model can support fabrication documentation and erection drawing development from the same underlying project information. This helps reduce unnecessary duplication and supports consistency across documentation packages.
Erection documentation can be adapted to different structural systems, building types and construction requirements.
Three-dimensional steel models can provide the digital foundation for generating and coordinating erection documentation.
Model-based workflows allow erection documentation to remain connected to the structural steel model. Depending on the project scope, this can support member identification, framing visualization, documentation coordination and revision management.
Steel erection drawings are field-oriented documents that communicate the location, identification, orientation and arrangement of structural steel members for erection and installation coordination.
Depending on the project, erection drawings may include floor plans, roof plans, elevations, member marks, grid references, elevations, dimensions and applicable connection references.
Yes. Fabrication drawings primarily communicate information required to manufacture and assemble steel components, while erection drawings focus on the location and installation of those members within the structure.
Yes. A coordinated 3D structural steel model can provide the underlying information used to develop erection plans, elevations and related documentation.
Member and assembly identification can be included where required so that erection documentation remains coordinated with the fabrication and steel model information.
Share your structural drawings, steel model and project requirements. We can review the available information and discuss the appropriate erection documentation scope.