Today, we will discuss the significance and challenges of integrating BIM into operation and maintenance management. Building Information Modeling (BIM) technology has gained widespread adoption globally. Countries such as the United States, the United Kingdom, South Korea, and China are actively developing national BIM standards. BIM primarily stores and utilizes comprehensive information and models spanning the entire lifecycle of a building — from planning and design to construction, operation, and even demolition — through information technology. By reusing model data, BIM effectively reduces manual errors and enhances efficiency, thereby lowering overall construction and management time and costs.
The lifecycle of a building is generally divided into three main phases: early planning and design, mid-term construction, and later operation and maintenance management. The operation and maintenance phase, especially, often lasts for several decades or even over a hundred years, representing the majority of the building’s lifecycle. From both cost and benefit perspectives, this phase should be regarded as a key focus.
The Benefits of Integrating BIM
At different stages and in various projects, the participants involved may vary. While early stages or certain roles might require additional work and costs, BIM integration can ultimately reduce management expenses and improve efficiency throughout the entire project lifecycle. In particular, reusing information established in earlier stages proves highly effective during later phases.
According to the International Facility Management Association (IFMA), Facility Management (FM) involves planning, renovating, and maintaining efficient environments for human use by leveraging the latest technologies. Its goal is to ensure high-quality living and working spaces while maximizing investment efficiency. Given the increasing scale and complexity of the construction industry, employing computer-based information management becomes essential for improving efficiency. This generates vast amounts of data, highlighting the challenge of effectively integrating and visualizing information for facility maintenance and management.
Currently, most data delivery in the industry relies heavily on drawings, especially for pipeline information, which is typically represented in 2D drawings accompanied by documentation. Traditional data delivery often requires contractors to use various software to generate different files to meet specific needs — for example, AutoCAD for floor plans, Revit for exterior models, and Bentley InRoads for road models. Owners receiving this data may lack appropriate software to view or edit the files, along with insufficient training or operational tools. In many cases, they can only browse visual representations or animations.
This issue is particularly pronounced in civil engineering facilities, where buried pipe data is complex. Beyond three-dimensional spatial information, there is a substantial amount of associated data, often interrelated. Unfortunately, these relationships tend to be lost when converting data into paper documents or during personnel handovers. Unless the owner invests significant resources in establishing various management systems, critical information is at risk of being lost over time.
Given these challenges, managing large-scale facility maintenance using existing BIM software can be overwhelming. The vast scope of data increases reliance on specialized software and hardware, requiring advanced computer equipment and dedicated software. For operation and maintenance teams, securing long-term funding to purchase, maintain software and hardware, and train specialized BIM operators presents a significant challenge.
That concludes our overview of the significance and challenges of integrating BIM into operation and maintenance management. We hope this article has provided valuable insights!
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