What is BIM?
Building information model, or BIM, means a multidimensional model of a building or a structure, and has information attributes attached to it.
The true BIM also has other dimensions, like time and cost. Assets’ information models can be updated and used throughout the structures’ life cycle, thus giving you the access to the condition of all sites from the office.
The 3D tools are not only for planning and design, they can be in the very core of entire asset management and the life-cycle process. Because the construction phase is, in fact, the shortest period of a building’s lifecycle, BIM should be used in the whole lifetime to get the best out of it.
Infrastructures are supposed to last for decades or even centuries. Data management is something all asset owners benefit from investing in.
How and why asset managers use BIM
BIM isn’t just a tool that can be used in daily operations. Using BIM helps developing and improving asset management.
Those in charge need timely data to support decision making and maintenance planning. There are many whom this concerns and the data must be available to all: the managers themselves, designers, constructors, surveyors… For some, the visualization is the most valuable part of BIM, for others it might be the positioning data.
BIM is the solution to bringing asset specific data to all stakeholders, making it accessible, but first and foremost, utilizable.
BIM reduces the costs of asset management in the long run, because it is of great help in decision making. It is, in fact, a strategic advantage. The advantages of committing to information model in asset management include:
- decisions can be made faster
- more effective and accurate calculations
- lower risks through e.g. damage prevention
- easier to find and implement possibilities
- higher quality and reliability of data
- improved communication for all stakeholders
Information models in underwater asset management
It is known that adopting BIM brings long term value to asset integrity managers in e.g. marine and energy industries. In fact, there’s hardly any business that wouldn’t benefit from it.
Even a riverbed can be part of a BIM model: the 3D point cloud is connected to real location on site, and other attributes like condition and materials can be added to help e.g. plan inspections and repairs. Scheduling inspections will become easier.
In underwater assets this is especially handy, because it is time and money consuming to access most sites. 3D data pinpoints the exact as-is conditions and geographical data, as we said in the first part of this blog series.
VRT’s solutions include effective and non-disturbing inspections, analysis and reporting in 3D. The reports and point clouds are delivered in our VRT BIM online service. With even just one inspection you can get the base for advanced BIM asset management.
More in the Quick Guide series:
Stay tuned for the next part of our Quick Guide series!
Thirsty for more information on asset management, BIM and underwater inspections? Leave a reply – we’d love to talk to you!