BIM Project Information Management - ISO 19650 Standard

Explore project information management, using BIM and asset data to coordinate decisions, planning, and collaboration, reducing mistakes and keeping everyone aligned throughout the project lifecycle.

Information drives every stage of a project life cycle—from procurement and design to production, assembly, operation, maintenance, decommissioning, and recycling—ensuring compliance, clear specifications, and sustainability.

Explore project information management (PIM) processes that collect, store, and share information to keep the project team aligned, on time, and within budget.

Build a BIM information model by integrating a graphic 3d model, documentation, and asset data, capturing materials, maintenance, reports, drawings, photos, and visualizations with legal, regulatory and contractual compliance.

Differentiate physical assets from virtual ones with BIM for designing and managing a building's life cycle, while digital twins enable real-time monitoring and predictive maintenance.

Learn why, when, how, and what information to exchange in BIM, and how centralized information improves collaboration, accuracy, and decisions through structured production, checks, and approvals.

Define information requirements as exact details and instructions outlining what information to create, how to create it, and for what purpose, and collaborate with end users to ensure relevance.

The BIM execution plan defines how information management supports tender appointments and delivery, guiding roles, organizational structure, and the federation strategy for efficient BIM implementation.

Stage one defines the client's information requirements and standards, appoints a BIM lead, and sets information delivery milestones, standards, Nzsis guidelines, production methods, and a client-side CDE for tendering.

Stage two invites tenderers by defining the project information management requirements, assembling reference resources, and setting tender response criteria to align BIM data and RFP documentation transparently.

Explain how a tender response communicates BIM capability, capacity, and information delivery strategy for the RFP, including appointing a BIM lead and drafting a pre-appointment BIM execution plan.

Define and align appointment requirements by refining the BIM execution plan and information delivery strategy, detailing responsibilities, exchange information requirements, and a master information delivery plan to avoid scope gaps.

Mobilize resources and information technology in stage five, testing and refining information production methods. The BIM manager briefs the delivery team on requirements, training, milestones, and procedures.

Stage six collaborative production confirms reference information is available, generates information per project information standard and EIR, and verifies through QA before sharing BIM data via the common data environment.

Stage seven delivers the federated information model and non-graphical data for client approval. Submit through the project CDE with a model description, audit report, and clash detection.

Archive the information model and its components after acceptance to support asset management, determine file formats, and plan for access. Capture lessons learned to inform continuous improvement for future projects.

Complete the BIM information management course based on ISO standards, gaining insights into building information modeling, project information management, and BIM information delivery.