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What BIM is and how you can improve your planning process?
Until recently it was limping construction sector lagging behind other industries in introducing digitalization. Today, however, the construction industry is undergoing a radical transformation thanks to BIM and new technological advances that are having a significant impact on its productivity and efficiency. BIM stands for “Building Information Modeling”. Essentially, the method encompasses and supports collaboration and data exchange between all actors across the entire life cycle of buildings.
BIM is not software, but an approach, a methodology that allows you to create a realistic shared information model. As a result, all information related to the development, growth and analysis process of multidimensional virtual models, which are digitally generated using special software, is collected. Across the construction industry, BIM can be defined as a process of collaboration between different stakeholders at different stages of a building's life cycle. This to add, export, update or edit the information of a BIM model.
The technique can be used as a process for:
of a building that uses a data-rich, object-oriented and parametric representation of the building. In other words, it is a model that contains all the information about the building throughout its life cycle. As a result, it takes into account planning, construction, operation, demolition and dismantling/waste treatment.
BIM and CAD are two different approaches. Because BIM is not simply the further development of CAD, but a completely new perspective on the planning and construction of a building.
The advantages of BIM over the traditional way of working are numerous, we will briefly list some of them:
For property owners, the BIM method is the most efficient way to obtain all the crucial knowledge about the property or the property portfolio. Ultimately, all data is available at any time and allows decisions on operation, leasing, management, conversion, investment planning, planning of reinvestments or divestments to be made on a well-founded basis and through constant input of the values documented from operations or facility management.
The effects of a future change in the use of the property can be calculated quickly and precisely and the right decisions can be made from this. In addition, a benefit is guaranteed for already foreseeable official requirements regarding later dismantling and reuse of building materials.
BIM is not software, but an approach, a methodology that allows you to create a realistic shared information model. As a result, all information related to the development, growth and analysis process of multidimensional virtual models, which are digitally generated using special software, is collected. Across the construction industry, BIM can be defined as a process of collaboration between different stakeholders at different stages of a building's life cycle. This to add, export, update or edit the information of a BIM model.
The technique can be used as a process for:
of a building that uses a data-rich, object-oriented and parametric representation of the building. In other words, it is a model that contains all the information about the building throughout its life cycle. As a result, it takes into account planning, construction, operation, demolition and dismantling/waste treatment.
BIM and CAD are two different approaches. Because BIM is not simply the further development of CAD, but a completely new perspective on the planning and construction of a building.
The advantages of BIM over the traditional way of working are numerous, we will briefly list some of them:
For property owners, the BIM method is the most efficient way to obtain all the crucial knowledge about the property or the property portfolio. Ultimately, all data is available at any time and allows decisions on operation, leasing, management, conversion, investment planning, planning of reinvestments or divestments to be made on a well-founded basis and through constant input of the values documented from operations or facility management.
The effects of a future change in the use of the property can be calculated quickly and precisely and the right decisions can be made from this. In addition, a benefit is guaranteed for already foreseeable official requirements regarding later dismantling and reuse of building materials.
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