Control units and rounding before structural quantities travel
A quantity handover is credible only when it states its units, rounding rule, model scope and exclusions.
Read the article ↗MOHAMED AGHA / KNOWLEDGE
Knowledge library
Your IFC file opens. Did the information exchange succeed?
Separate visible geometry from the information the receiving team actually needs.
Read the article ↗Start your 4D/5D pilot with a single zone
A small, explicit scope reveals the quality of model, schedule, and quantity links.
Read the article ↗Shared coordinates need a source of truth
A controlled Revit coordinate workflow starts with one agreed reference, then proves alignment with known points and an exchange test.
Read the article ↗Coordinate structure by checking the right interfaces
A useful structural coordination review links geometry, analytical assumptions, and disciplines to decisions the design team can resolve.
Read the article ↗A model quality check should prove fitness for use
Replace vague model-health reviews with checks tied to the next decision, delivery, and recipient.
Read the article ↗Build structural review views that reveal decisions
Use Revit filters and view templates to make structural coordination views repeatable, legible, and easier to review across a team.
Read the article ↗Coordination as an Engineering Control Loop
A useful coordination cycle begins with a defined engineering question, then turns model checks into owned decisions and verifies that the chosen resolution survives the next issue.
Read the article ↗BCF Issues That Carry Design Intent
A model issue is useful when a recipient can understand and act on it without recreating the reviewer's investigation. This article explains how to make that handoff durable.
Read the article ↗A Common Data Environment Begins with Process
A shared repository becomes dependable only when teams agree how information moves, who checks it, and what each status permits others to do.
Read the article ↗