BBMT / Carnet
Notes pratiques sur les logiciels, l'automatisation, le BIM et les systèmes plus calmes.
Notes récentes
07
Reliable BIM information does not begin with adding parameters to a model. It begins when an organization identifies the decisions it must make, converts those needs into clear exchange requirements, assigns delivery responsibilities, plans each information milestone, and validates the final IFC data against measurable rules.
Cloud collaboration is not simply about moving project files from a local server into an online folder. This guide explains how document-management systems, Common Data Environment workflows, BIM collaboration platforms, field tools, analytics, and Autodesk Forma work together to keep project information controlled, traceable, and usable from design through construction and operations.
openBIM is not simply about exporting models to IFC. This guide explores the standards, data structures, exchange rules, validation methods, and issue-management workflows that allow different BIM platforms to communicate without losing the meaning, ownership, or reliability of project information.
OpenBIM, IFC and Model Integrity Reliable BIM coordination depends on more than visually accurate models. This chapter explains how openBIM and IFC enable software interoperability, how georeferencing keeps every discipline aligned in the same physical location, and how Level of Development and information requirements define exactly what project teams can trust.
Coordination Cycles, Clash Detection, and Issue Resolution. BIM coordination is more than running clash-detection software. This chapter explains how teams use structured coordination cycles, model-readiness checks, priority-based clash testing, and connected issue tracking to turn separate discipline models into one coordinated and constructible project.
BIM projects need more than models—they need clear governance. This chapter explains how the Project BIM Management Plan establishes the project-wide vision, while BIM Execution Plans translate that vision into practical workflows, responsibilities, standards, and quality-control procedures.
Successful BIM coordination begins with people, processes, and shared responsibility—not software alone. This chapter explains how federated models, Common Data Environments, and clearly defined BIM roles help multidisciplinary teams identify conflicts earlier, protect project information, and coordinate construction more effectively.
