BIM Basics
January 21, 2025
Why are Building Information Models Important
Before talking about the importance of building information models, let's figure out what it is. Therefore, an information model is a digital representation of an object or system that includes data on its physical, technical and functional characteristics.
This model not only shows the appearance of the object, but also contains a large amount of technical information (materials, geometry, dimensions, energy characteristics, wear resistance and even information for the maintenance of the object after construction).
There are several types of information models:
- BIM (Building Information Modeling) is the most well-known and widespread form of information model in construction. It is used for the design, construction, operation, and repair of buildings and infrastructure.
- CIM (City Information Modeling) — used to model cities and infrastructure on a larger scale.
- PIM (Product Information Models) — models for designing, manufacturing, and servicing products.
One example of the use of information models is Building Information Modeling (BIM), which is used in the construction industry. BIM allows you to create virtual models of buildings that include all the necessary information about the project - from design to construction and operation.

BIM allows you to virtually select, develop, calculate, connect together and coordinate the components and systems of the future facility created by different specialists and organizations, check their viability, functionality, and performance in advance, as well as avoid the most unpleasant for designers - internal inconsistencies.
The Core Advantages of BIM Use
Therefore, the construction of information models is important in design, let's look at the main advantages.
- Accuracy in operation and reduction of errors. Creating an accurate digital representation of an object model reduces the chance of errors that can occur due to human error or data inconsistencies. For example, already at the design stage, it is possible to identify conflicts between engineering systems (water supply, ventilation, etc.), even before they become a problem on the construction site.
- Improving communication and coordination between the different professionals involved in the project. The main principle of BIM is the cooperation of different stakeholders during individual phases of the object life cycle, which allows the implementation, receipt and updating of information in order to support and reflect the role of each user. The use of a single digital model allows all project participants to work with the same data in real time. This significantly improves communication between teams and reduces the likelihood of collisions, which can be due to different versions of documents or technical specifics.
- Cost and resource optimization. Information models allow for more accurate planning of construction costs, material selection, and labor. By modeling construction phases and conducting cost analysis, you can find the best options for project implementation.
- Increasing the efficiency of facility life cycle management. Information models can be used not only during design and construction, but also throughout the entire life cycle of the facility: operation, maintenance, repairs and modernization. Models allow you to store detailed information about all elements of the building, which greatly facilitates monitoring its condition and life cycle management.
- Transparency and control. Information models provide a high level of transparency at all stages of project implementation. All employees participating in the project can have access to up-to-date information about the status of work, costs, milestones and quality. This allows you to quickly identify problems and make the necessary decisions to adjust the course of the project.
- Innovation and competitive advantages. Building an information model allows companies to stay at the forefront of technologies, giving them a competitive advantage in the market. BIM technologies, for example, not only increase the efficiency of design, but also provide the opportunity to create innovative solutions that can make facilities more functional and attractive to end users.
Global Use of Building Information Modeling (BIM)
In many countries, the use of Building Information Modeling (BIM) is mandated by law or government regulations for public construction projects to enhance efficiency and transparency. For example:
- United Kingdom: BIM Level 2 has been mandatory for all public sector projects since 2016.
- European Union: Several EU countries, including Germany, Italy, and France, require BIM for large public infrastructure projects.
- United States: While not federally mandated, many states and agencies, such as the General Services Administration (GSA), require BIM for public works.
- Singapore: BIM has been mandatory for all new building projects over 5,000 square meters since 2015.
- United Arab Emirates: Dubai Municipality mandates BIM for certain large-scale projects.
These regulations highlight the global shift toward adopting BIM as a standard practice in construction.
Building information models is the key to modernizing design. They provide efficiency, accuracy, reduce costs and risks, and increase the quality of work.
This technology allows you to improve not only the design process, but also the long-term management of construction sites, which is important for the development of infrastructure and achieving sustainable development goals.
Building information models is extremely important for companies. This allows you to effectively manage data, resources, and processes, which, in turn, helps increase productivity and reduce costs.
The creation of information models, in particular BIM, is a key element for the successful operation of companies in today's digital world.
Building information models is the key to modernizing design. They provide efficiency, accuracy, reduce costs and risks, and increase the quality of work.
This technology allows you to improve not only the design process, but also the long-term management of construction sites, which is important for the development of infrastructure and achieving sustainable development goals.
Building information models is extremely important for companies. This allows you to effectively manage data, resources, and processes, which, in turn, helps increase productivity and reduce costs.
The creation of information models, in particular BIM, is a key element for the successful operation of companies in today's digital world.
Let’s build smarter together!
If you’re looking to enhance your construction processes and reduce waste with BIM, get in touch with us today.
📧 Email: info@bim-ae.com
🌍 Website: bim-ae.com
📞 Phone (Israel): +972 52 490 5100
Join us in shaping the future of sustainable construction!
📧 Email: info@bim-ae.com
🌍 Website: bim-ae.com
📞 Phone (Israel): +972 52 490 5100
Join us in shaping the future of sustainable construction!