AEC workflow
Check Code & Quality
Move from the applicable standard and project scope to a bounded check or complete-set review.
116 resources shown.
Follow the process
How to turn a code question into a traceable review
Begin with the applicable source and a defined question, not a calculator result. Build a small review record that connects project facts, the method you can actually use, its output and the design action that follows. This sequence helps a team distinguish a completed subcheck from work that still needs a specialist or authority decision.
Your deliverable: A code-review matrix connecting each question to its governing source, drawing revision, inputs, bounded result, unresolved issues and responsible reviewer.
Skip to the resource library ↓Before you start
- Project location, project stage and the authority responsible for the question being reviewed.
- The adopted documents, edition and amendments, or a named owner for resolving which sources apply.
- A current drawing or model revision with room uses, measured areas and the relevant component information.
- A preparer, responsible reviewer and a way to record unresolved questions without calling them passed.
Establish the governing source and review question
- Inputs
- Project location, proposed work, review purpose and the available adoption and project documents.
- Action
- Write one checkable question per row. Identify the governing document, edition, amendments and any project-specific interpretation to be confirmed. Record where that decision came from and who resolves uncertainty; the newest model-code edition is not automatically the project requirement.
- Output
- A source-and-scope row for each question, with unresolved adoption or interpretation issues assigned.
- Review checkpoint
- Can the reviewer trace the stated requirement to the applicable source rather than a search snippet?
- Common mistake
- Starting with a convenient calculator edition and assuming the project uses that edition.
Resources for this step
- UpCodes technology overview
Review a vendor-documented code-research option, then verify the governing text and local applicability with the responsible authority.
- Record the governing basis
Keep the source, edition and interpretation owner in the same record as the question.
Record the project facts the method needs
- Inputs
- Current plans, room-use information, area definitions and the component or route being evaluated.
- Action
- Collect the facts required by the chosen check. Keep a space function distinct from a building occupancy classification, label the area basis and units, and identify whether the question concerns a space, a story or a component. Leave missing facts open rather than replacing them with a favourable assumption.
- Output
- A revision-linked input schedule with units, measurement references and explicitly missing information.
- Review checkpoint
- Do the inputs describe the same physical scope and revision as the question in the review matrix?
- Common mistake
- Reusing one area or classification for every check, even when the method asks for a different basis.
Resources for this step
- IBC occupant load calculator
Inspect the supported functions of space and required area basis before choosing inputs; an unlisted function is not an invitation to select the nearest row.
Match each question to an implemented method
- Inputs
- The source-and-scope matrix, input schedule and the tool’s stated supported and excluded cases.
- Action
- Check the tool’s edition, required conditions and exclusions against the project before running it. Separate occupant load, exit count, capacity-based width and route limits into their own questions. Send an unsupported case to the appropriate source-based analysis instead of extending a calculator by analogy.
- Output
- A method-selection record: supported subchecks, excluded cases and the next reviewer for each gap.
- Review checkpoint
- Does the tool implement this exact case, including the space-versus-story distinction where required?
- Common mistake
- Treating an exit-count answer as evidence that exit capacity, dimensions and travel conditions are also resolved.
Resources for this step
- IBC required exits calculator
Choose its explicit space or story scope for exit-count questions; it does not settle the entire egress design.
- IBC travel distance calculator
Inspect its supported Group B scope and separate route checks rather than assuming coverage of every occupancy.
Run the supported checks and preserve their inputs
- Inputs
- Complete inputs for a supported method, its governing source and the project revision being checked.
- Action
- Run each supported check and save its inputs and result together. Before transferring an output to another tool, confirm units, scope, edition and the downstream input definition. Keep a cannot-determine response as an unresolved item, not as zero, a pass or a number to round away.
- Output
- Reproducible subcheck records, including results that remain unresolved and their reasons.
- Review checkpoint
- Could someone reproduce the result, and does the downstream check accept this quantity on the same basis?
- Common mistake
- Copying a result without its conditions, or using a capacity calculation as the final component dimension.
Resources for this step
- IBC egress capacity calculator
Use the capacity-based width output for that subcheck only; component minimum dimensions and other requirements need separate review.
Translate findings into owned design actions
- Inputs
- Subcheck records, the coordinated drawings and open questions from the other disciplines.
- Action
- Mark where each finding affects the drawings or model, assign an owner and define what evidence would close it. Review requirements outside the calculator’s scope, conflicts between checks and changed design assumptions. Escalate unresolved interpretations rather than closing them with a generic compliance statement.
- Output
- An issue register linked to drawing locations, responsible owners and explicit closure evidence.
- Review checkpoint
- Has each numerical result been checked against the actual design and every excluded requirement assigned?
- Common mistake
- Closing a design issue because one calculator returned a number while another necessary check remains open.
Resources for this step
- Record findings and review owners
Use the handover fields to connect a calculation record to the drawing action and closure evidence.
Hand over the review record and control revisions
- Inputs
- Source matrix, inputs, subchecks, marked-up design information and the issue register.
- Action
- Have the responsible reviewer record what was reviewed, what remains unresolved and the next decision. Retain the source and design versions with the record. When a room use, geometry, source interpretation or design revision changes, identify which checks must be repeated before reusing their outputs.
- Output
- A versioned review package with review status, unresolved items and triggers for repeating affected checks.
- Review checkpoint
- Does the recipient know which subchecks were reviewed and which decisions still belong to an authority or specialist?
- Common mistake
- Labelling the whole project compliant because a checklist or a collection of isolated calculations is complete.
Resources for this step
- Copy the code-review handover checklist
Transfer the traceable record into the team’s own documents without losing exclusions or unresolved decisions.
Worked journey: a changed room-use question
Synthetic training example only: no jurisdiction, code value or compliant design is established here. The example demonstrates how to retain an unresolved question instead of manufacturing a result.
- Governing basis
- A team receives a changed room-use brief. It assigns an owner to confirm the adopted source and records the design revision before choosing a method.
- Project facts
- The room label is not enough to establish its function. The preparer obtains the intended use and measurement basis, keeping the unanswered items visible.
- Method scope
- One proposed use is outside the available calculator’s supported rows. The team assigns that case for source-based review rather than selecting a convenient row.
- Bounded checks
- Only supported cases with complete inputs are calculated. An unresolved upstream quantity is not passed downstream as zero.
- Design review
- The issue register separates exit-count, capacity, component-dimension and route questions. Each has an owner and a specific closure requirement.
- Handover
- The package records the reviewed subchecks and the open decisions separately. A later room-use or layout change triggers another check; no whole-building compliance conclusion is claimed.
Code-review handover checklist
Select and copy the checklist into your project document. Complete it there; this page does not save project information.
Back to the code review process ↑
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