In the rapidly evolving world of digital engineering, data is incredibly valuable. In fact, it is just as valuable as bricks and mortar. However, without strict rules governing how that data is collected, building owners inevitably face a massive problem. They end up with a chaotic, unusable mess of files at handover.
This is the exact problem that Asset Information Requirements (AIR) are designed to solve entirely.
Whether you are a building owner, a facility manager, or a main contractor, understanding this concept is fundamental. Here is everything you need to know about Asset Information Requirements. We will explain why they are the absolute cornerstone of any successful digital transformation initiative.
What is an Asset Information Requirement (AIR)?
Defined within the globally recognised ISO 19650 framework, the Asset Information Requirements (AIR) is a comprehensive document. It sets out the managerial, commercial, and technical information required by an organisation. This information allows them to operate and maintain an asset successfully over its lifespan.
In simple, practical terms: the AIR is the building owner’s ultimate instruction manual. It tells the design and construction team exactly what information they need about the building’s maintainable components. For example, it covers water pumps, HVAC chillers, and fire doors. The team must provide this specific data before the keys are handed over.
It acts as a highly detailed shopping list. It doesn’t just say “we need the manuals for the pumps.” Instead, it specifies exactly which data fields must be populated. For instance, it demands the manufacturer, model number, warranty start date, and serial number. Furthermore, it dictates the exact naming conventions the team must use.
Why are Asset Information Requirements So Important?
To understand the immense value of the AIR, we must look at the traditional, flawed handover process. Historically, completing a major construction project was frustrating. It meant handing the client boxes of paper manuals or a USB drive filled with disjointed PDFs.
If a facility manager needed to replace a specific air filter three years later, finding the correct part number was an administrative nightmare. They had to sift through hundreds of unstructured documents. Often, they found that the specific manual was missing entirely.
A robust AIR solves this completely. It mandates structured, digital data delivery right from the start. Consequently, the commercial and operational benefits include:
1. Seamless, Pain-Free Handover
With an AIR in place, there are no missing manuals or unreadable spreadsheets. The data is audited and verified throughout the construction phase carefully. This ensures a clean, complete data set at practical completion.
2. Immediate Operational Readiness
Because the data is structured, Facility Management software systems can be populated automatically on day one. The maintenance team can begin their work immediately. They no longer spend six months manually typing data from PDFs into their software.
3. The Foundation for Digital Twins
This is perhaps the most crucial point for forward-thinking organisations. A digital twin cannot function without clean, structured baseline data. The AIR dictates the exact structure of this foundational data. Without a rigorous AIR, creating a digital twin is impossible.
To learn more about the massive upside of this technology, read about the benefits of digital twins for building owners. Alternatively, learn exactly what a digital twin in asset management is.
What Do Comprehensive Asset Information Requirements Include?
Drafting an AIR is not a generic exercise. It must be tailored to the specific needs of the facility management team. However, comprehensive Asset Information Requirements will typically cover the following key areas:
1. Asset Classification
How should items be named so that they are instantly recognisable in a database? The AIR will mandate a specific classification system, such as Uniclass 2015. This ensures that a pump is not logged as a “Water Mover” by one subcontractor and a “Circulation Unit” by another.
2. Specific Data Attributes
The AIR dictates the exact data fields required for different categories of assets. For a standard internal door, the required data might simply be dimensions and fire rating. However, for a complex piece of equipment like a chiller, the AIR will demand comprehensive data. This includes the Installation Date, Warranty End Date, and Power Requirements.
3. Delivery Formats
The AIR specifies how the data must be delivered securely. This often involves native Revit files, open IFC formats for interoperability, and COBie spreadsheets for the relational database.
4. Milestones and Data Drops
Crucially, the AIR specifies when information must be delivered. It mandates specific “data drops” at key stages throughout the design phases. This ensures that data is collected progressively while subcontractors are still on site. It prevents a frantic rush at the end of the project. This is a critical step in the BIM to digital twin process.
The Hierarchy: OIR, AIR, and EIR
The AIR does not exist in a vacuum. Under the ISO 19650 framework, it is part of a broader, logical hierarchy of information requirements:
- OIR (Organisational Information Requirements): These are the high-level business needs. For example: “The business needs to reduce total energy costs across the portfolio by 10%.”
- AIR (Asset Information Requirements): The specific asset data needed to meet the OIR. For example: “We need real-time energy consumption data for all HVAC units in the building.”
- EIR (Exchange Information Requirements): This is the project-specific document included in the tender. It takes the AIR and adds project management rules, detailing exactly how the data must be delivered.
Getting Your Data Right is a Specialist Task
Drafting precise, actionable, and contractually enforceable Asset Information Requirements is highly complex. It requires deep knowledge of facility operations, software, and international data standards.
If the AIR is too vague, the contractor will deliver poor data. If the AIR is too demanding, it will drive up the cost of the project unnecessarily and bloat the database.
At DTT Pro, we excel in striking the perfect balance. We specialise in structuring and managing engineering and asset data. Our expert BIM consultants help clients define robust Information Requirements that align with their business goals.
If you want to safeguard your digital assets and ensure your next project is operationally ready from day one, get in touch with DTT Pro today.