Read Foundation Plans and Footing Layouts

A. Finished-Package Specification

Deliverable set: one confirmed foundation document identity record; one dimension-verification record covering overall and interior dimension chains; one footing, pier, and stem-wall register; one elevation-trace record; one reinforcement and anchor reference record; one penetration and moisture-control record; and one foundation layout checklist organized by pre-layout, excavation, forming, reinforcement, embeds, pre-pour inspection, placement, cure, and post-pour verification, with an RFI-style question list for every unresolved item.

B. Deliverable Schedule (Component Schedule)

Component	Quantity	Source	Required Fields	Preparation / Purpose
Foundation document identity record	1	Foundation plan, Chapter 1 register, Chapter 2 site-control sheet	Sheet number, revision, foundation system, related sheets	Confirms the document being interpreted is current and coordinated
Dimension-verification record	1	Foundation plan overall and interior dimension strings	Overall footprint, subtotal chains, controlling reference points	Confirms interior dimensions coordinate with the overall footprint
Footing, pier, and stem-wall register	1	Foundation plan, footing schedule, pier schedule	Tag, type, width, depth, elevation, detail reference	Matches every footing and pier to its governing schedule and detail
Elevation-trace record	1	Foundation plan, sections, elevations	Top-of-footing, top-of-wall, top-of-slab, finished-floor, grade elevations	Traces the vertical dimension chain from datum through the foundation
Reinforcement and anchor reference record	1	Structural notes, schedules, details	Bar size, spacing, dowels, anchor tag, embedment, detail reference	Records documented reinforcement and anchor information without inventing values
Penetration and moisture-control record	1	Foundation plan, plumbing and structural coordination	Penetration type, location, size, related trade, detail reference	Coordinates foundation penetrations with plumbing, electrical, and mechanical information
Foundation layout checklist	1	All prior components	Phase, item, reference, responsible verification point, status	Delivers the build-readiness checklist used through post-pour verification

C. Source Material Takeoff

• Primary source: the current approved foundation plan, structural notes, sections, schedules, and details identified as current in the Chapter 1 navigation package.
• Supporting source: geotechnical information, where issued, and the Chapter 2 site-control sheet for footprint and grade coordination.
• Reference tools: one engineer's or architect's scale, one straightedge, a consistent set of markup colors, and a calculator for dimension-chain verification.
• Recording medium: one document-control log or spreadsheet capable of holding all seven deliverable components listed in Section B.

D. Acceptance Standards

Check	Standard
Foundation-system identification	The foundation system or systems (slab-on-grade, crawlspace, basement, stem wall, continuous footing, pier, grade beam, pile, or combination) are correctly identified and match the architectural and structural documents
Dimension coordination	Every interior dimension chain's subtotal coordinates with the overall footprint dimension without an unexplained discrepancy
Tag matching	Every footing, pier, anchor, and hold-down tag on the foundation plan is matched to its schedule entry and, where called out, its detail
Elevation tracing	Top-of-footing, top-of-wall, top-of-slab, finished-floor, and exterior-grade elevations are traced from a single controlling datum without contradiction between the foundation plan and related sections
Reinforcement and anchor accuracy	Every reinforcement and anchor reference recorded on the checklist matches the exact documented value; no value is estimated or inferred
Unresolved-item capture	Every unmatched tag, missing dimension, conflicting elevation, or undocumented reinforcement or anchor condition is recorded as an RFI-style question rather than silently resolved

E. Preparation — Confirm System, Revision, and Coordination

1. Confirm the foundation-plan sheet, revision, scale, north or orientation reference, grids, levels, and controlling notes. Verify the sheet's current revision against the Chapter 1 sheet register before reading any dimension.
2. Identify whether the foundation uses slab-on-grade, crawlspace, basement, stem wall, continuous footing, pier, grade beam, pile, or a combination. Record the identified system or systems on the Foundation Document Identity Record.
3. Compare the foundation plan with the site plan, floor plan, structural notes, sections, details, and geotechnical information where issued. Confirm the foundation footprint is consistent with the Chapter 2 site-control sheet before proceeding.

F. Dimension Verification

1. Locate the overall foundation footprint and controlling gridlines, centerlines, wall faces, and offsets. Record the overall footprint dimension on the dimension-verification record before any interior dimension is read.
2. Read overall dimensions before interior dimension chains. Confirm the overall dimension is complete and unambiguous before proceeding to interior chains.
3. Identify dimensions to footing centerlines, wall faces, slab edges, beam pockets, piers, columns, and openings. Record each interior dimension chain and its controlling reference point.

G. Footing, Pier, and Stem-Wall Register

1. Locate continuous footings and record width, depth, elevation, step conditions, and detail references. Enter one row per continuous footing segment in the footing register.
2. Locate isolated footings, pads, piers, pilasters, thickened slabs, and grade beams. Enter one row per isolated component, tagged to match the foundation plan.
3. Match footing and pier tags to schedules and details. Confirm every tag entered in the register has a corresponding schedule entry; record unmatched tags as clarification items.
4. Identify stem walls, foundation walls, frost walls, retaining walls, and interior bearing lines. Record the documented function of each wall type; do not assume function from location alone.
5. Locate slab-on-grade, structural slab, garage slab, porch slab, crawlspace slab, and depressed or raised slab areas. Record each slab area with its documented boundary and function.
6. Identify slab thickness, elevation, slope, recess, edge, control-joint, and reinforcement references where documented. Record only the values the documents provide.
7. Locate steps in footing or wall elevation and trace the related section or detail. Confirm each step condition has a governing detail before recording it as resolved.

H. Elevation Tracing

1. Identify top-of-footing, top-of-wall, top-of-slab, finished-floor, crawlspace, basement, and exterior-grade elevations. Record each elevation on the elevation-trace record, referenced to the project datum.
2. Locate reinforcement notes, dowels, laps, hooks, bars, welded-wire reinforcement, fibers, and special reinforcing details without creating a placement schedule not shown. Record only the documented reinforcement notes; do not draft a placement schedule the documents do not provide.

I. Anchors, Reinforcement References, and Penetrations

1. Identify anchor bolts, straps, hold-downs, embedded plates, post bases, sill anchors, and connector references. Record each anchor or connector tag on the reinforcement and anchor reference record.
2. Match anchor and hold-down tags to structural schedules and details. Confirm every anchor tag has a corresponding schedule entry; record unmatched tags as clarification items.
3. Identify required edge distances, spacing, embedment, projection, templates, and inspection notes only where the documents provide them. Record only documented values; leave undocumented fields marked as not provided rather than estimated.
4. Locate plumbing sleeves, blockouts, trenches, pits, drains, sumps, conduit, grounding, utility entries, and other penetrations. Record each penetration on the penetration and moisture-control record.
5. Compare penetrations with plumbing, electrical, mechanical, and floor-plan information. Confirm each recorded penetration is consistent with the related discipline's documents; record conflicts as clarification items.
6. Identify vapor barrier, capillary break, insulation, termite, dampproofing, waterproofing, drainage, and radon-system references. Record each documented moisture- and pest-control reference on the penetration and moisture-control record.
7. Locate crawlspace access, vents, areaways, basement stairs, window wells, and egress openings. Record each access or opening feature with its documented location and dimension.
8. Identify construction joints, control joints, keyways, waterstops, and pour-sequence notes. Record each joint type and its documented location.
9. Identify soil-bearing, excavation, subgrade, compaction, frost, groundwater, and inspection requirements referenced by the documents. Record only the values and requirements the documents or referenced geotechnical report state.
10. Do not infer footing dimensions, reinforcement, or bearing requirements from typical practice when a schedule or detail is missing. Record every missing value as a clarification item on the RFI-style question list.

J. Cross-Check, Checklist Assembly, and Closeout

1. Cross-check foundation dimensions against the floor plan and structural framing bearing points. Confirm every bearing point on the structural framing plan has a corresponding footing, pier, or stem wall on the foundation plan.
2. Identify conflicts involving grids, wall thickness, column locations, slab edges, openings, anchors, utilities, or elevations. Record each conflict with its exact location and source references.
3. Create a foundation layout checklist organized by pre-layout, excavation, forming, reinforcement, embeds, pre-pour inspection, placement, cure, and post-pour verification. Assemble the checklist from the registers and records built in Sections F through I.
4. Attach sheet, detail, schedule, and specification references to each checklist item. Confirm no checklist item lacks a source reference before finalizing.
5. Prepare RFI-style questions for missing dimensions, unmatched tags, conflicting elevations, unclear anchors, or penetrations affecting structure. State the document references, observed conflict or missing information, and required clarification for each question without proposing an unauthorized design as the only answer.
6. Review the final checklist for current revisions, complete references, field verification, and inspection hold points. Confirm every deliverable component in Section B is complete before closing the chapter.