AEC workflow
Coordinate & Deliver
Move issues from detection to an owned, traceable decision and verified project-document update.
197 resources shown.
Follow the process
How to move a coordination issue from detection to verified closure
Begin with aligned project information, turn observations into owned issues, and close them only against an updated design and explicit evidence. The aim is a traceable decision and coordinated revision, not a smaller count of open tickets.
Your deliverable: A coordinated issue register with decisions, owners, changed design references and evidence supporting closure or reopening.
Skip to the resource library ↓Before you start
- Current discipline models or drawings with revision and coordinate references.
- An agreed issue scope, locations and project-specific priority criteria.
- Named discipline owners and a person authorized to accept a resolution.
- A shared issue register and a controlled route for distributing reviewed revisions.
Align the coordination baseline
- Inputs
- Discipline files, drawing revisions, coordinates and the agreed review scope.
- Action
- Confirm which files belong to the review and check alignment before inspecting conflicts. Record missing or obsolete inputs. Distinguish a reference error from a real physical or information conflict so the team solves the right problem.
- Output
- A review baseline identifying included revisions, alignment checks and missing information.
- Review checkpoint
- Are all disciplines being compared against the same agreed reference and review date?
- Common mistake
- Reporting coordinate or revision mismatches as hundreds of separate design clashes.
Resources for this step
- Record the coordination baseline
Keep file revisions and reference checks with the issues raised from that review.
Turn observations into actionable issues
- Inputs
- Detected conflicts, drawing observations, field records and priority criteria.
- Action
- Create one issue for each distinct decision. Give it a location, source references, impact, owner and required response. Link duplicates rather than deleting their evidence. Separate a clash observation from the design change proposed to resolve it.
- Output
- An issue queue with identifiable locations, priority, ownership and next actions.
- Review checkpoint
- Could the assigned person locate the problem and understand the decision without another meeting?
- Common mistake
- Sending screenshots or clash lists without owners, design context or a requested decision.
Resources for this step
- ClickUp technology overview
Inspect a task-tracking option for ownership and follow-up, not as proof of clash-detection capability.
Agree the resolution and affected disciplines
- Inputs
- Issue evidence, design options, constraints and responses from affected authors.
- Action
- Compare resolution options with the relevant disciplines. Record the chosen action, why it was selected, affected documents and who authorizes it. Keep an issue open if the proposal shifts a conflict elsewhere or depends on unanswered information.
- Output
- A decision record assigning design changes, reviewers and required closure evidence.
- Review checkpoint
- Have the affected disciplines accepted the proposed action and its downstream consequences?
- Common mistake
- Closing an issue after one author proposes a change before the other disciplines have reviewed it.
Resources for this step
- Asana technology overview
Compare another task-management route for decisions and handoffs; check the project’s required evidence links.
Check the changed design against the issue
- Inputs
- Updated design revisions, the agreed action and explicit closure requirements.
- Action
- Inspect the changed location and affected interfaces, then repeat the relevant coordination checks. Where field evidence matters, confirm its date, location and visibility limits. Record whether the evidence supports closure or requires another action.
- Output
- A verification record linking the issue to the corrected revision and any remaining exceptions.
- Review checkpoint
- Does current evidence prove the agreed issue is resolved, not just that somebody marked a task done?
- Common mistake
- Using an old image or a view of concealed work as proof that all physical conditions are correct.
Resources for this step
- OpenSpace technology overview
Review a vendor-documented field-capture option; an image has time and visibility limits and is not concealed-work acceptance.
Issue the coordinated revision and retain reopening triggers
- Inputs
- Verified changes, remaining issues and the approved distribution list.
- Action
- Publish the agreed revision through the project’s controlled route. Retain issue history, unresolved items and recipient responsibilities. A changed model, site condition or design instruction should reopen affected issues instead of silently inheriting old closure decisions.
- Output
- A coordinated revision package and issue history with update and reopening responsibilities.
- Review checkpoint
- Do recipients know which revision to use and which issues remain unresolved?
- Common mistake
- Distributing revised drawings without the decisions and exceptions that explain the changes.
Resources for this step
- Copy the issue handover checklist
Retain the baseline, decision, verification and reopening trigger together.
Worked journey: a service route conflicts with an opening
Synthetic training example only: the project, records and outcomes below are invented to explain the process. This is not evidence of a tested implementation, customer result or professional approval.
- Baseline
- The coordinator finds one obsolete drawing and replaces it in the review baseline before raising the physical conflict.
- Triage
- One located issue records the service route, opening reference, affected disciplines and response owner.
- Decision
- The authors compare a reroute with an opening change and retain the agreed option and required reviews.
- Verification
- The updated design is checked at the conflict and its interfaces. A remaining access concern keeps one action open.
- Issue
- The coordinated revision is distributed with the remaining concern and a rule to revisit the issue after another route change.
Coordination issue handover checklist
Select and copy the checklist into your project document. Complete it there; this page does not save project information.
Back to the coordination process ↑
197 connected resources
Explore this workflow
AEC technology profiles connected to this workflow.
Asana
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Open resource →Autodesk Revit
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Open resource →biCanvas ERP
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Open resource →BIM Track
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Open resource →No matching resources in this tab.
Browse technology directory →Public task agents connected to this workflow.
AEC Proposal & Report Writer
Structure proposals, case studies, and reports that communicate project value to clients and reviewers.
Open resource →Construction Documentation GPT
Drawing standards, BIM LOD requirements, RFI management, and submittal review workflows.
Open resource →CSI Specification Writer
Write 3-part CSI MasterFormat specifications for any product or system — with correct article structure and standards references.
Open resource →RFI Drafting GPT
Describe the issue, get a formatted RFI with references and deadline
Open resource →No matching resources in this tab.
Browse task agents →Bounded calculators and estimators that support this workflow.
No public calculators are connected to this workflow yet.
Browse all calculators →Guides, references, research, and documented implementations for this workflow.
How to file RFIs and submittals by sender with n8n: An n8n Walk-Through
A 20-person construction administration firm adapts a published n8n template to file consultant attachments in project Drive folders and notify the architect.
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A 14-person practice turns weekly OAC transcripts into a project summary in Slack and owned ClickUp actions with due dates.
Open resource →n8n for Architecture and Construction Firms: 24 Templates Mapped to the Work
n8n publishes hundreds of ready-made workflows but has no category for architecture or construction. These 24 fit AEC work with small changes: opportunity feeds, inquiry intake, RFI filing, meeting actions, site reports, invoicing.
Open resource →n8n for Project Coordination and Site Work: Templates for Filing, Meeting Actions, and Field Reports
The published n8n templates that fit construction administration and site work: filing consultant drawings and submittals, turning meeting notes into tasks, and logging site photos from a phone.
Open resource →No matching resources in this tab.
Browse the AEC Wiki →Source-verified datasets connected to this workflow.
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11,123 high-resolution bridge images with 6 defect types (cracks, spalling, seepage, honeycomb surface, exposed rebar, holes). Nature 2025.
Open resource →LUMO Benchmark — Outdoor Vibration Monitoring
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Systematic catalog of 51+ open-access visual datasets for construction AI covering safety, quality, progress, equipment across multiple modalities.
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Open resource →Z24 Bridge — SHM Benchmark
1 year of continuous accelerometer monitoring from Z24 highway bridge with progressive controlled damage. The most popular SHM benchmark.
Open resource →No matching resources in this tab.
Browse all datasets →A human decision first
Being data-driven goes beyond technology
It starts with good questions, trusted evidence, and clear decisions.