Building Information Modeling is based on a 3D model and is an intelligent process that provides everyone involved in a construction project - from the architect to the building contractor to the owner and subsequent service providers - with the information and tools they need to effectively plan, design, build, and manage. building.  

Continuous digitization of all necessary building information in the form of a virtual model is described in Building Information Modeling (BIM). Compared to conventional IT models, BIM uses significantly more information and creates a synchronized database that anyone involved in the construction can access. 

Because the digitization of planning and construction processes offers transparent control of construction projects and thus can significantly reduce costs and risks. With BIM, buildings can first be digitally designed and built virtually - only then in real life. This is precisely what allows builders and designers to recognize improper planning and risks of a construction project before the actual start of construction and to take countermeasures in a timely manner.  

Little is known about the processes and procedures that take place behind the scenes, and the difficulties that participants have to cope with before they can even work with BIM . What is not in doubt, however, is the fact that Building Information Part Modeling change processes that were created over many decades in the companies - and not just in terms of technology but also in terms of organization and personnel.        

Anyone who has dealt with developing planning methods over the years will notice that the move from drawing board to CAD software has already reorganized the processes and working methods in construction projects. Plans were no longer drawn traditionally on paper, but were 2D and computer generated. Architects and designers got rid of painstaking adjustments of drawings and manual checks.  

What, however, has not changed are the channels of communication and exchange between participants, as well as the number of voting rounds and processes. The individual planning steps were still carried out separately in terms of space and content and were only combined in the further planning process. Building Information Modeling has broader claims and is therefore called a new collaboration method for a reason. Because it affects not only the planning processes, but also the processes of organizing work and makes the necessary adjustments.   

building information modeling services and Clear requirements - all building information modeling will be successful if the right information is available at the right time. This already applies to the tender process, when the customer formulates his requirements. To achieve the desired BIM goals, he must specify them accurately from the very beginning. For example, if a customer only writes in a tender that the project should be implemented using BIM, the designers do not know what is expected of them. A BIM for cost validation can be an example of a specific requirement.

Issues such as architect’s copyright and data protection regulations are also regulated from the outset. Because building information modeling is a large multi-stakeholder network in which unimaginable amounts of data circulate. Companies such as the , who previously worked with the BIM, often repel these aspects. Because it looks more like a jumble of rules than simplifying and speeding up work and organizational processes. But anyone who wants to use the new planning tool must leave their comfort zone.