Design documents
Foundation plans, structural details, sections and notes can define dimensions, reinforcement, support conditions and connections.
Concrete that supports the building has to match the building design.
Structural concrete can include foundation walls, footings, piers, columns and other designed elements that carry or transfer loads within the project.
Current drawings provide the design context.
Structural concrete is not planned from a generic rule of thumb. Wall geometry, support locations, reinforcement, connections and embedded details are coordinated from the project documents.
For residential construction, structural concrete often overlaps with the foundation system and the transition to framing. A foundation wall may carry floor or roof loads, support a beam pocket, retain soil or form part of a stepped building layout.
Drawings and notes
Foundation plans, structural drawings and details establish the geometry and requirements.
Reinforcement
Bar size, spacing, laps and placement follow the project design.
Openings and embeds
Pockets, sleeves, anchors and penetrations are coordinated before placement.
Connections
The concrete phase should account for how framing, steel, walls or other elements connect later.
Structural context
Load-bearing concrete is defined by its role in the project, not by a generic shape.
The design documents, loads and interfaces around the concrete establish what needs to be coordinated before placement.
Load path
Footings, walls, piers and other supports work as part of the building system, so their position matters to what they carry above.
Interfaces
Beam pockets, anchors, sleeves, framing connections and other embedded details should be coordinated while the forms remain accessible.
Field context
Excavation, working room, access and surrounding construction influence how a designed concrete element can be formed and placed on the actual site.
1
Identify the concrete element
Foundation wall, footing, pier, column or another designed support.
2
Review the design basis
Use current drawings, dimensions, elevations and structural requirements.
3
Coordinate interfaces
Confirm what connects to, passes through or follows the concrete work.
4
Plan placement and follow-on work
Access, forms, placement conditions and later construction become part of one sequence.
Foundation walls are a common structural concrete application.
Poured walls can support the structure above while also defining basements, crawl spaces or grade transitions. Their geometry may include steps, corners, door openings, window openings, beam pockets and other details that have to align with the building layout.
Where columns, piers or localized supports are part of the design, their position and connection details also need to be coordinated with the surrounding work.
What helps define a structural concrete scope
- Current foundation or structural drawings
- Building sections and elevations where relevant
- Known openings, sleeves or embedded items
- Project location and current construction stage
- Information about excavation, access and surrounding work
- General timing for the concrete phase
Structural concrete often interfaces with several other parts of the project. Utility penetrations, framing connections, anchor locations, steel supports and floor elevations are easier to address while the forms and reinforcement are still accessible.
If drawings are still being developed, an early project conversation can focus on the building type, intended concrete elements and what documents are expected next.
Project Planning Guide →Project conversation
Discuss a structural concrete scope
Tell us what you are building, where the project is located and what stage it is in. Those basics help start a useful scope conversation.