Construct IQ

Construction Documentation Checklist: The Records to Keep at Every Phase

By Kush Agarwal, President and CEO, YelloSKYE. Published 2026-10-29.

Executive Summary

• The Question: Which records should a construction project keep, at which phase, and who should be responsible for each one?
• The Answer: Keep five streams of records running from the first contract draft to the end of the defects period: contract and commercial, design, field, quality and safety, and handover. Assign each record an owner, a trigger and a single storage location before work starts, and check the register at the end of every phase.
• The YelloSKYE Angle: Construct IQ adds the dated visual stream to that register, capturing the site with drones, 360° cameras and fixed cameras so the written records have physical evidence beside them on the DEX platform.

A construction documentation checklist lists the records a project must create and keep at each phase, from the signed contract to the end of the defects period, together with the person responsible for each one. Its purpose is simple: when anyone later asks what was agreed, what was built or what was approved, the answer already exists and can be found.

Most projects produce plenty of paperwork. What they lack is a plan for it. Drawings get superseded without the old revision being archived, a site instruction lives only in an email, a test certificate is in the subcontractor's van. This guide sets out the records to keep phase by phase, the owner of each, and how a visual record from Construct IQ, our construction monitoring solution, fits alongside the written ones. If you are mainly interested in site photographs, our construction photo documentation guide covers capture and organisation in detail.

The five streams of project records

It helps to stop thinking of documentation as one pile and treat it as five streams that run in parallel. Each has a different author, a different audience and a different reason to exist.

When a dispute or a question arises, it usually needs records from more than one stream. A variation claim, for example, draws on the contract (what was the original scope), design (which revision changed it), field (when the work happened) and commercial (what was paid). If one stream is thin, the others cannot make up for it.

How to set up the register before work starts

A checklist only works if it is turned into a register at mobilisation, not assembled at the end. For every record type, agree four things.

• Owner. One named role, not a company. "The contractor" is not an owner; "the contractor's document controller" is.
• Trigger. The event that requires the record: a pour, a delivery, a change instruction, a weekly meeting, a payment cut-off.
• Location. One system where the master copy lives, with a clear rule that copies elsewhere are for convenience only.
• Reviewer. Who checks that the record exists and is complete, and how often.

Write these into the project execution plan and share them with every trade at the start. Subcontractors are far more likely to hand over test certificates and mark-ups on time if they know from the first week that payment depends on it.

Phase 1: Before mobilisation

This phase fixes the starting point. Almost every later argument about scope, quantities or damage is measured against what was recorded here.

Contract and commercial

• The signed contract and all its appendices, including the scope, specification references and payment terms.
• The baseline programme accepted by the owner, saved as a fixed version that later updates are compared against.
• The bill of quantities or schedule of rates, and the cost plan it was priced from.
• Insurance certificates, performance bonds and guarantees, with their expiry dates logged.

Design and approvals

• The full drawing register at tender and at contract award, with revision letters.
• Planning and building approvals, and any conditions attached to them, with a note of who must discharge each condition.
• Utility searches, geotechnical reports and any environmental or heritage surveys.

Site baseline

• A survey of existing ground levels and boundaries. A drone survey gives both a measurable surface and a site-wide image in one visit.
• A condition record of neighbouring buildings, roads and footpaths, agreed with the neighbours where possible.
• On refurbishment work, a measured record of the existing building. Our scan to BIM for renovation use case shows laser scanning turning an existing building into a design-ready model before any redesign starts.

Phase 2: Mobilisation and early works

The site is now live, and the routine records begin. The habits set in these first weeks decide whether the register stays complete.

• Site set-up records: the logistics plan, temporary works designs and their checks, hoarding and access arrangements.
• Daily reports: weather, labour and plant on site by trade, work done by area, deliveries, visitors, delays and their causes.
• Site instructions and requests for information, each with a number, a date raised, a date answered and the drawing revision it affects.
• Excavation and groundworks records: formation levels, any unexpected ground conditions, dewatering, and the position of buried services before backfill.
• Earthwork quantities. Where earthworks are paid by volume, repeat drone surveys with cut-and-fill calculations give both parties the same measured figure for each period.
• Safety records: site induction registers, permits to work, lifting plans and the first set of safety inspections.

Phase 3: Structure and envelope

This is the phase where most of the building disappears from view. The records you need are those that prove what is inside the concrete, behind the cladding and under the roof finish.

• Pour records for every slab, wall and column: the release to pour, concrete delivery tickets, test cube or cylinder references and results.
• Reinforcement and embedded items checked before each pour, with the inspection record and a dated visual capture of the deck.
• Steel and timber frame records: connection checks, bolt tightening records and the erection sequence.
• Envelope records: fixing and bracket checks, membrane and insulation installation, window installation and any water testing.
• Progress records tied to payment. Time at least one site-wide capture with each payment cut-off. In our contractor billing disputes use case, drone captures aligned with monthly billing cycles let project managers check claimed progress against the site and cut physical site visits by up to 80%.

Phase 4: Services, fit-out and commissioning

As the building closes in, the volume of records rises sharply because many trades work in the same spaces.

• Services installation records: routes against the coordinated model, supports, fire stopping and penetrations, captured before ceilings and walls are closed.
• Pressure tests, insulation resistance tests and other installation tests, each linked to the system and location it covers.
• Material submittals and approvals for finishes, fixtures and equipment, so that what is installed can be traced to what was approved.
• Variation records: the instruction, the cost and time agreed, and evidence of the work carried out.
• Commissioning records: test sheets, settings and witnessed results for each system, signed by the person who witnessed them.
• Room-by-room visual record. A 360° walk through every room as finishes go in gives a reference that written reports cannot. On interior fit-out projects, YelloSKYE's 360° capture can be carried out by any site worker and each image is mapped to its place on the floor plan.

Phase 5: Completion and handover

Handover documents are only as good as the records gathered in the earlier phases. If the register has been kept up, this phase is a matter of checking and compiling. If it has not, it becomes a search.

• As-built drawings marked up by each trade, then record drawings produced from them by the design team.
• Operation and maintenance manuals, asset registers and spare parts lists.
• Warranties and guarantees, with their start dates, durations and the contact for each claim.
• Completion certificates and statutory sign-offs, including fire, lifts, electrical and any occupancy approval.
• The closed punch list, with evidence of each correction. Our construction punch list guide covers how to track items to verified closure.
• The final account, with every variation agreed and the retention release terms.
• The visual archive of the build, passed to the owner with controlled access.

In our warehouse operator handover use case, the developer gave the incoming operator role-based access on the DEX platform to the full visual history of the build, and reported zero post-handover documentation disputes.

Phase 6: The defects period and beyond

Documentation does not stop at the handover meeting. During the defects period, keep a log of every defect reported, when it was reported, the repair carried out and when it was accepted. Record the condition of each repair, because a recurring defect is often a sign of a deeper problem that was hidden at handover.

After the defects period ends, archive the complete register in a form the owner can still open in ten or twenty years. Proprietary file formats, personal accounts and expired software licences are the usual reasons old project records become unreadable.

Where the visual record fits

Written records describe what someone decided or observed. A dated visual record shows the physical condition that existed at a moment. The two are strongest together: a daily report that says a membrane was laid on level 2 means far more when it links to images of level 2 taken that day.

Construct IQ combines drone surveys, 360° interior walks and fixed cameras, and the DEX platform keeps every capture on one timeline, so a reviewer can scroll back through site history day by day. Issues can be tagged directly on the site visual at the point they refer to, and DEX integrates with Procore, Autodesk BIM 360 and ACC, so the visual record can sit alongside the document system rather than in a separate silo. Fixed cameras add a continuous view of selected zones between scheduled captures, which fills the gaps a weekly or monthly rhythm leaves.

For a closer look at how these records are tested when a disagreement arises, see our guide to construction dispute documentation.

Keeping the register under control

Four habits prevent most documentation failures.

Control revisions

Every drawing and specification needs a revision status, and superseded versions must be archived, not deleted. When a question arises about why something was built a certain way, the answer is often in the revision that was current at the time.

Number everything that changes scope

Site instructions, requests for information and variations should each carry a unique number from a single sequence. Unnumbered instructions are the ones that go missing.

Keep one master copy

Decide which system holds the master version of each record type and say so in writing. Copies in email, chat and personal folders can exist, but nobody should have to guess which is current.

Review at phase gates

At the end of each phase, check the register against this checklist before the next phase starts. Gaps found while the work is still visible can be filled. Gaps found at handover usually cannot.

Construction documentation checklist

Use this as a phase-gate review. Each line should have an owner and a storage location in your register.

Before mobilisation

1. Signed contract, appendices, baseline programme and bill of quantities saved as fixed versions.
2. Drawing register, approvals and their conditions, and site investigation reports filed.
3. Baseline survey of the site and condition record of neighbouring property completed.

Mobilisation and early works 4. Daily reports, site instructions and requests for information running, numbered and dated. 5. Formation levels, ground conditions and buried services recorded before backfill. 6. Inductions, permits to work and safety inspections logged.

Structure and envelope 7. Pour releases, concrete tests and reinforcement checks filed against each element. 8. Envelope fixings, membranes and openings recorded before they are covered. 9. A site-wide capture taken at every payment cut-off.

Services, fit-out and commissioning 10. Services, fire stopping and tests recorded room by room before closing in. 11. Submittals, variations and commissioning results linked to their locations and systems.

Handover and after 12. As-built mark-ups collected and record drawings issued. 13. Manuals, warranties, certificates and the closed punch list compiled. 14. Visual archive transferred to the owner with controlled access. 15. Defects log kept to the end of the defects period, then the full register archived in open formats.

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