Structural steel is steel used in load-bearing elements such as beams, columns, braces, and trusses.
Definition
Structural steel is steel used to carry loads in elements such as beams, columns, braces, and trusses. Project documents specify material properties and design requirements, while drawings and details show member sizes, connections, and interfaces. The work may involve coordination among the engineer, contractor, detailer, fabricator, and erector, with responsibilities set by the contract and delivery method. Firms differ in how they define design deliverables, review submittals, and coordinate connection design, so the scope should make those roles clear. Fabrication and erection sequencing can affect coordination and field questions. Structural steel is not a single grade or a complete structural system by itself; material and connection requirements depend on the project. For owners, clear specifications and assigned review responsibilities help align design documents with procurement and construction activities.
How owners use it
- Clarify whether connection design, shop drawing review, and fabrication coordination are included in the engineering scope.
- Track steel detailing and submittal review interfaces in the project responsibility matrix.
- Example: 8 steel submittals reviewed + 3 revised submittals = 11 review submissions logged.
- Coordinate structural specifications with drawings and stated material requirements.
