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The popularity and importance of Building Information Modeling (BIM) has increased worldwide, not only because of digitization, but because many countries have also introduced legal regulations to strengthen the spread and use of BIM.
As an example, the use of BIM for publicly funded construction projects is already mandatory in the Netherlands, Great Britain, Denmark, Finland, and Norway. In Germany, the government is aware of the growing importance of Building Information Modeling.
These worldwide developments are a good reason to take a closer look at the topic and the technology behind it. Find out below what Building Information Modeling is and why you should rely on it.
The abbreviation stands for Building Information Modeling. The term describes a digital method that is used for the planning, execution, and management of construction projects. BIM planning is aimed at all persons involved in a construction project. This includes not only the planning or execution phase, but also the operation and dismantling phase of a building.
BIM represents the further development of individual digital measures in the construction industry.
The exact digital image of a building forms the basis of data collection. The 3D model, also known as the "digital twin", contains all the data that flows into the associated construction project over the course of the life cycle of a building.
All project participants have access to the virtual building data models. The BIM software makes it possible to centrally manage all information relevant to the project.
Builders, construction companies, service providers, specialist engineers, building managers, and planners can use BIM to optimise their work around a building and its infrastructure.
Manufacturers have an advantage over their competitors by using BIM. You can share high-quality technical information about products, templates for tenders, and many other relevant documents for BIM with project partners.
Those who rely on BIM will benefit from the following advantages in the long term:
The use of BIM reduces errors throughout the entire life cycle of a building. With the help of the software, it is possible to prevent cost-intensive rework and rejects on the construction site. Thanks to the data storage in the 3D model, you can achieve more efficient work processes and increase the productivity of all parties involved. Incorrect or misleading information is prevented. With BIM, you reduce the likelihood of information loss during the process.
It doesn't matter what part of a building's life cycle you're in. You can use Building Information Modeling in all planning, construction, and usage phases.
However, this requires well-maintained BIM databases. These provide information that is reliable and quickly available, from preliminary planning to dismantling. These provide you with information about the physical and functional properties of the building.
Many experts from the construction industry are certain that with the introduction of BIM, costs can be shifted. The shift is moving in the direction of the earlier phases of work. However, this does not increase the planning costs.
Those who are familiar with BIM ensure the reduction of planning errors and change processes. Avoiding these negative aspects can reduce costs.
The UK government regards the construction industry as a strong industry. For this reason, the government has launched the „Digital Built Britain“ initiative. This is intended to promote BIM projects even more strongly.
In Germany, many associations and companies have founded the Planen Bauen 4.0 group. Their goal is to support the implementation and introduction of BIM in Germany. Meanwhile, the Association of German Engineers - Verein Deutscher Ingenieure (VDI) - is working on the development of a German BIM standard, which is to be approved by the German Institute of Standardisation.
In the future, cloud-based technologies in BIM will promote the work of planning and construction teams in new, innovative ways. Thanks to this innovation, companies will be able to complete their projects efficiently. This is a good thing, because architecture, engineering, and construction projects will become even more complex in the future.
With the use of BIM, you can continue to secure a clear competitive advantage. The prerequisite for this is the safe handling of the software. Building Information Modeling is also supported by the significant increase in planning, scheduling, and cost security.
BIM offers individual advantages for every company involved in the construction value chain. aquatherm is also happy to support you in the field of BIM:
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