BIM in architecture has been on the rise for some years now. BIM stands for Building Information Modeling and describes a planning method with which architects, engineers and other persons involved in construction can plan intelligently and digitally. BIM is based on a 3D model, which brings together the data of all planners involved. Thus, all information required for the planning, construction, and operation of buildings can be digitally coordinated.
Within the BIM process, architects and planners use the first data models to lay the foundation for the later work phases. They receive the contractually agreed requirements for consistent BIM operation from their public or private clients.
During the entire planning and design phase, architects and planners can fall back on modern BIM technologies, whereby they increase their work quality by means of the connected work processes, the extensive analysis possibilities, the continuous cooperation, and the detailed visualization. They will thus clearly stand out from the competition and increase their order volume.
How Architects And Planners Benefit From The BIM Working Method
When planning a building, various information and data must be recorded. In order to be able to exchange information with the individual parties involved, the building information is constantly updated and expanded. Digitalization optimizes workflows. This saves time. Errors within the planning process become apparent more quickly and the buildings can be optimized. Thanks to Building Information Modeling, all processes in connection with the building life cycle can be brought together and put in connection with each other.
As a reason for the increased focus on Building Information Modeling, the advantages are repeatedly cited. Compared to conventional planning, BIM is considered to be particularly efficient.
- Improved coordination and communication with clients, specialist planners, construction companies and authorities.
- Consistent planning process contributes to error avoidance and increases accuracy and process consistency.
- Integrated visualization and analysis options including the derivation of renderings, videos, and VR-capable models.
- Complex design and process automation allows comparison of design variants.
- Cooperation of the project team across trades and locations promotes efficiency.
Within the construction industry, many companies rely on the BIM model. This is because the architecture program is particularly versatile.
In these industries BIM is used among others:
Construction: Companies in building construction and civil engineering use the process for complex buildings and construction sites in order to completely record the construction project. The entire planning process, but also all construction processes, can be mapped with BIM.
Infrastructure planning: BIM can be used as a planning method in the field of infrastructure. Specialist planners use such software solutions to plan the city and subway network as well as roads of any kind.
Utilities: Building Information Modeling is also used for planning water and energy networks. Thanks to the clear visualization, construction projects can be planned with great attention to detail.
With BIM, projects in the construction industry can be implemented more effectively and cost-effectively. Workflows are made more efficient and the quality of the work increases. Thanks to coordinated processing, Building Information Modeling has become an integral part of the architecture.