What is engineering systems coordination?

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Not so long ago, architects created the concept of each building with pencils and paper. But time does not stand still, and under the influence of modern technologies, the architectural, engineering and construction industries have undergone and continue to undergo significant changes.
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BIM modeling vs. traditional design
What's the bottom line?
The entire process of drawing up drawings has now become much easier thanks to digital technology.

With the development of information modeling, the design, construction phone number in turkey and operation of building engineering systems have also become easier. In addition, BIM helps in coordinating all building engineering systems with each other, and designers are able to fully evaluate various options for the arrangement of each system before construction begins.

However, the use of BIM technologies brings many other advantages in the design and construction of utility systems. But what exactly is meant by the coordination of utility systems? Let's take a closer look in this short article.

What is engineering systems coordination?
Coordination of utility systems refers to the collaboration between architects and designers within the three key initial stages of any construction project: development of the architectural concept, design project and utility systems.

Using 3D modeling tools at each of these stages allows you to identify obvious conflicts between the building structure and electrical, plumbing, heating and sewerage systems and minimize potential errors during the construction process, and also allows you to identify obvious conflicts before construction begins.

Designing engineering systems using BIM tools ensures smooth operation of the construction project, allowing it to be completed on time and within budget.

Digitalization among Russian developers: how are things today?

BIM modeling vs. traditional design
Traditional design
The traditional approach to designing building utilities has its own set of advantages, but, nevertheless, also numerous disadvantages. Here are some examples of such disadvantages:

Due to the impossibility of visualizing the object and organizing joint development of the drawing for all project participants, it will not be possible to identify conflicts at the planning stage
Rework and redesign due to poor team management
Construction delays and increased costs
Inconsistency between design elements and utility lines
BIM modeling
Modern information modeling tools allow visualization of each building element and organization of effective joint work at the stage of preparation for construction. They facilitate interaction of contractors, manufacturers of building materials, designers, etc., providing a stable consistent communication channel.

In addition, digital tools can be used to combine all existing design options and then identify and eliminate contradictions between the building’s structural elements and utilities.

In fact, BIM modeling provides many other advantages when solving problems of coordinating utility networks:

3D visualization for a clear understanding of how engineering systems will be located
Integrated and interdisciplinary design that enables experts to collaborate, communicate and share data
Correction of collisions between building structural elements
Control over construction costs
Transparency when discussing different project options
Simplicity in dispatching systems, even during operation
Integration and dynamic management of 3D, 4D and 5D models to prevent errors and obtain design documentation (drawings, bills of quantities, estimates, schedules, etc.)
Using virtual reality technologies for detailed analysis of the design features of engineering systems
Automatic generation of drawings, bills of quantities, cost estimates, etc., which are updated in real time
Faster project completion with fewer errors and problems on site
What's the bottom line?
The use of BIM tools in the development of building engineering systems begins early in the project life cycle and has a significant impact on their design and coordination with each other and the building's structural elements. With their help, you will receive accurate and reliable documentation and facilitate the construction process itself.

The information contained in the information models is extremely accurate and can be used simultaneously by architects, engineers and builders, allowing them to collaborate in real time. It is used throughout the entire life cycle of a building, from the development of the architectural concept to demolition and reconstruction.

Development, coordination and construction of engineering systems using BIM technologies ensures the versatility and scalability of the project, rapid completion of work and cost reduction.