RFQ intake checklist for fabrication and industrial estimating teams

Intake mistakes ripple through the entire quote. An RFQ accepted with unresolved scope gaps tends to produce an estimate that misses work or guesses incorrectly. A deadline missed during intake cannot be recovered during pricing. A clarification left unasked at intake becomes an assumption that may not survive review and can lead to disputed variations after the order is placed.

A structured intake process is the cheapest quality control an estimating team can implement. It catches missing files, revision conflicts, scope ambiguity, and commercial red flags before they become pricing problems. For fabrication shops handling structural steel, sheet metal, and subcontract packages, intake discipline directly affects margin accuracy and quote turnaround time. An estimator who starts pricing with an incomplete file set is working from assumptions that may not hold, creating pricing risk that is hard to catch during review.

The intake process should take no more than 15 to 30 minutes for a typical fabrication RFQ. That time investment pays back by preventing hours of wasted estimating effort on packages that should have been clarified, qualified, or declined before pricing started. Teams that skip intake to save a few minutes often spend hours later reworking estimates that were built on an incomplete or incorrect document basis.

Before estimating begins, confirm the RFQ package contains a complete file set. A complete package for a fabrication RFQ should include drawings with revision letters and issue dates, a specification covering materials, finishes, coatings, and standards, a scope document defining inclusions, exclusions, and trade boundaries, a bill of quantities or material schedule if provided, all addenda referenced in the transmittal or drawing list, commercial terms including due date, validity period, alternates, and payment terms, delivery or installation requirements including site access assumptions, and contact details for technical and commercial clarifications.

If any of these items are missing, log the gap in the clarification register before pricing. A missing specification or addendum that is discovered mid-estimate forces the estimator to slow down, reassess, and potentially redo completed takeoff. Recording gaps at intake prevents that disruption and keeps the estimate moving on a firm basis.

For a detailed file organisation workflow that follows intake, see how to organise RFQ files before estimating. The folder structure and naming conventions described there help keep complex RFQ packages organised through the estimating lifecycle.

The checklist below covers the minimum intake review for any fabrication or industrial RFQ. Each checkpoint is a question the intake coordinator or estimator answers before the RFQ moves to pricing. Addressing each checkpoint reduces the risk of pricing from an incomplete or ambiguous document set.

Common misses at intake include missing finish specifications, unclear install scope, no bill of quantities provided, conflicting revision dates across drawings, and referenced addenda that are absent from the file pack. Flag each of these before pricing begins.

File review during intake focuses on what is present, what is missing, and what has changed since the file set was last handled. The estimator needs to know the document set is complete and current before starting quantities. Check every drawing number against the RFQ transmittal. Confirm revision letters and issue dates. Separate superseded drawings from the active set so only current information enters the estimate.

Red flags during file review include incomplete drawing packs where key sections or details are absent, superseded PDFs that carry an older revision letter than the transmittal states, missing structural details such as connection specifications, weld categories, or member schedules, and ambiguous finish or coating requirements marked as TBC or to be confirmed.

Each red flag should be logged in the clarification register with the affected file reference and a due date. If the missing information is critical to pricing, the intake coordinator should escalate before estimating time is committed. If the missing information affects only a specific line item, the estimator can proceed with an assumption note and a validity flag on that item.

For the complete file review workflow, see how to review RFQ files before quoting. That article covers what to check in each file type and how to record scope gaps during review.

The most common intake mistake is pricing from old revisions. An estimator receives an RFQ, opens the latest file in the folder, and starts takeoff without checking whether that file is the current revision. In a file set where RevB drawings sit alongside RevC versions, the estimator can easily price the wrong document. Always check every drawing number against the transmittal and confirm the revision letter before pricing.

Another frequent mistake is missing addenda. A specification is issued with three addenda, but only two are included in the file pack. The estimator prices the spec without the third addendum, which changes the coating requirement or delivery terms. The gap is only discovered when the client asks why the quote does not reflect the updated specification. Logging all referenced addenda at intake prevents this risk.

Not checking the scope split between supply and install is another common miss. An RFQ for structural steel fabrication may assume the price includes erection, cranage, and site welding, while the estimator priced only the shop fabrication. Clarifying the scope boundary before pricing prevents a quote that either misses work or includes work the estimator cannot deliver. The same applies to finishes, freight, site access, and permits each should be confirmed as included or excluded before the estimate starts.

Starting takeoff before intake is complete compounds every other mistake. Once the estimator begins measuring quantities, momentum makes it hard to stop and reassess when a missing file or conflicting revision is discovered. Complete the intake checklist first, then start pricing.

Not every RFQ deserves estimating time. A deliberate no-bid decision saves hours of wasted pricing effort that can go toward better-qualified opportunities. The intake decision framework has four outcomes.

Bid when the scope is defined, the deadline is achievable, the commercial terms are acceptable, and your current shop capacity can support the work. Clarify when the scope has specific gaps that can be resolved before pricing such as a missing specification section or an unclear finish requirement. Qualify when the overall scope is defined but the commercial terms or delivery requirements need adjustment such as a shorter lead time than your standard or a site access constraint that affects installation pricing. No-bid when the risk profile, customer terms, or capacity constraints make the RFQ unlikely to produce a good outcome.

For example: a structural steel RFQ with a two-week turnaround but 300 tonnes of fabrication is a no-bid unless the shop is running under capacity. A sheet metal RFQ with clean DXFs and a standard finish is a clear bid. A subcontract RFQ where the install scope is described as by others without defining the boundary is a qualify pending written scope confirmation. Record the decision and the rationale. A no-bid decision that is revisited later should be reassessed against the same criteria, not driven by capacity changes alone.

A small laser-cutting RFQ arrives with clean DXFs, a material specification, and a two-week delivery window. The file set is complete, revisions are current, and the scope is clear. The intake coordinator classifies this as a bid and passes it to the estimator who prices it in one pass without clarifications.

A structural steel RFQ for a commercial stair package arrives with GA drawings and a beam schedule that reference RevB, but the file pack contains a mix of RevA and RevB drawings. The intake coordinator logs the conflicting revisions, confirms with the client that RevB is current, and passes only the RevB set to the estimator. The RevA drawings are moved to the superseded folder for audit reference.

A mixed fabrication and install RFQ arrives with drawings for shop-built items but no site access details, no erection methodology, and no craneage requirements. The intake coordinator classifies this as a qualify bid: the shop fabrication is priced, the install scope is excluded with a clear note, and a separate option for site works is offered pending site visit and access confirmation.