Introduction

Those responsible for technical information and documentation in a project play an important role.

They help make sure required documentation is delivered at the right time, that the right processes are in place, and that quality and governance are maintained from engineering through commissioning and handover to operations.

Over time, and through working with very experienced people in this field across different types of projects, I have come to better understand how important document management is to the overall success of a project. It helps create clarity around what needs to be delivered, when it should be delivered, and whether the asset is actually ready for safe and efficient operations.

With the right structure, supported by integrated software such as Omega 365, projects can improve visibility, strengthen collaboration across documents and models, and create a more predictable path towards commissioning and operations.

This article shares some recommended practices for managing documents and models through the project lifecycle, with operational readiness in mind.

Start With the End in Mind: Operations

A modern approach to document management is closely linked to information quality.

Operations depends on structured, reliable and traceable information; tag data, revision history, relationships, compliance evidence and asset context.

By the time commissioning and start-up begins, documentation becomes part of the practical foundation for safe start-up, maintenance, compliance and long-term performance.

That is why documentation requirements for operations should be defined early and followed up throughout the project. In my experience, this works best when it is planned and managed in parallel with engineering and construction, as part of project execution from day one.

Structured Control of Engineering Documents

Large projects often involve multiple engineering contractors, suppliers and disciplines. Without structure, this can quickly become difficult to manage. With the right setup, it becomes far more predictable.

A good starting point is making sure suppliers understand what is expected: what to deliver, in which format, at which milestone, and through which review cycle. This is typically structured through a master document register (MDR), which defines required drawings, procedures, calculations, manuals and data sheets across disciplines and suppliers.

For projects that want to be well prepared for operations, it is often useful to define requirements not only at document level, but also at tag or tag-type level. A pump may require one set of documentation, while a generator may require another. When these requirements are linked to equipment objects early, the project is in a much better position to verify that the right documentation is being delivered for the right asset.

This approach is described further in Jan Christian Brataas’ article on Asset Documentation Integrity, which explains how documentation requirements can be defined and verified per asset throughout the project lifecycle.

Example of documentation requirements specification

Many projects also choose to align their information structure with recognised standards such as CFIHOS. That can help create better consistency between engineering, suppliers and operations, while also supporting long-term usability of information. Roger Arnesen has written more about this in his blog post on CFIHOS in Omega 365.

Controlled Submittals, Reviews and Model-Based Collaboration

Documents should be registered, version-controlled, contract-linked and traceable. Where relevant, they should also go through a structured review and approval workflow.

In today’s projects, the same principles increasingly apply to models as well.

Engineering teams should be able to review IFC models directly, comment in context, and register issues tied to specific objects, systems or tags. When documents and models are handled within the same framework, collaboration becomes more precise and decisions are easier to follow up.

This also helps reduce fragmentation. Instead of models in one place, documents in another, and issues in a third, the project can work in a more connected way.

From a technical point of view, submission flows can be supported in different ways. Some projects use drag-and-drop uploads with automatic matching to the MDR. Others use API-based integrations with contractor systems. The setup may vary, but the goal is the same: to make submission and receipt as efficient as possible without losing control.

In Omega 365, this can also be supported through automated checks, AI-assisted verification of metadata and completeness, automatic distribution for review and approval, and optional manual quality control before release to reviewers.

Illustration of Omega 365 BIM model, which supports reviewing and issue reporting

Another important consideration is defining which documents actually require review, and by whom. By ensuring that only documents requiring review are routed for review, and only to the relevant roles and disciplines, significant time and effort can be saved.

An efficient configuration of the "Review Class" helps the project apply the right level of control to the right documents, supporting both governance and productivity.

Live Status and Performance Insight

Good follow-up depends on visibility.

Project teams need insight into planned versus actual submissions, overdue documents, review backlog, approval progress and upcoming deliveries. Without structured data and dashboards, follow-up often becomes manual and reactive.

With better visibility, it becomes easier to identify bottlenecks early, focus effort in the right place, and maintain momentum across engineering, review and handover.

Example of dashboard in Omega 365.

From Documents to Assets: Structured Handover

The better this is prepared throughout the project, the smoother the handover to operations is likely to be.

Our software has been used in many projects, and it can support this process well. At the same time, software by itself is not enough. I have seen projects where the documentation flow worked well during planning and execution, and where reviews were completed as intended, but where control became less robust as the project moved closer to handover. At that stage, some of the key contractors involved in producing the documentation may already have left the project, making follow-up more challenging.

In some cases, we also have the advantage of using our system in operations. Functionally and technically, that provides a strong continuity. Even so, there are also many examples of successful handovers where operations use a different setup. What seems to matter most is that structure is established early, and that documentation is handed over in a controlled way as it becomes ready.

I have seen several projects where this has worked particularly well, with documentation transferred continuously to operations instead of being accumulated for a final push at the end.

Managing Models: BIM as an Integrated Part of the Project

Models are also important information carriers.

When BIM is integrated into the project platform, teams can view and navigate IFC models, link model objects to documents, connect tags to technical documentation, and manage issues in a 3D context.

In my experience, the value increases when BIM is connected with document management, issue handling, planning and asset structures. Then the model becomes part of project execution and collaboration, not only a tool for design reviews.

To learn more about BIM in Omega 365, you can also watch this webinar recording:

Integrated Collaboration in Practice

Projects often work better when models, documents and issues are not split across too many disconnected tools.

A more integrated setup makes it easier to reuse information across processes, preserve context and keep responsibilities clear. It can also reduce administrative effort and support better decision-making.

In practice, this matters because projects usually work better when people are looking at the same information in the same context.

The End-to-End Lifecycle Flow

At a high level, the process starts with defining operational information requirements early. From there, the project structures the MDR and asset information, sets up workflow and distribution rules, manages submissions, reviews and verifies deliverables, and finally hands over verified asset information to operations.

That overall flow is important. When it works well, engineering gets clearer expectations, project management gets better transparency, contractors understand what is required, and operations receives structured and verified information.

Good Governance Remains Essential

Even with modern tools and more automation, good governance still matters.

Clear roles, naming conventions, revision control, defined processes and auditability remain essential. Technology can improve efficiency, but structure is still what helps ensure quality.

Long-Term Asset Performance Starts in the Project Phase

Projects are often judged by delivery milestones, but the real value is usually realised later, in how well the asset can be operated, maintained and improved over time.

That depends heavily on the quality of the information established during the project phase. Maintenance planning, inspections, modifications, regulatory reporting and future upgrades all rely on structured and trustworthy information.

When documents and models are managed systematically from day one, commissioning tends to become more predictable, operations gains faster access to verified information, and future modifications can build on a better foundation.

From that perspective, document and model management is also an investment in long-term asset performance.

Final Thought

The real value of a project is realized long after construction is finished. It is realized in stable operations, efficient maintenance, and the ability to adapt and improve the asset over time.

Systematic management of documents and models during the project phase lays this foundation. It creates confidence at commissioning, clarity in operations, and continuity throughout the asset lifecycle.

Omega has been, and continues to be, involved in a wide range of projects, both as a software provider and through technical and functional expertise. Our teams support projects as Life Cycle Information coordinators, document managers, and in other key roles, helping clients establish structure, governance and efficient information flows from engineering to operations.

Here you can learn more about some of our customers’ experiences with Omega, including the giga project Johan Sverdrup here.