With BIM you can achieve an increase in project coordination, collaboration with stakeholders, make workflow more efficient and achieve better project outcomes. So, what exactly is BIM?
It stands for Building Information Modelling and is a process that involves using a 3D model to help management over the entire life cycle of a building project from planning, design, construction or maintenance projects.
It is used primarily for designing projects for building and infrastructure in which every little detail of the proposed development can be seen in BIM models. This model is very important to fully analyze and explore design options and to see what the building will look like before a single brick has been laid. This model can then be used to provide information for the construction stage.
It is an essential tool in the world of architecture and design. The UN has stated that by 2050, the world population will be 10 billion, so the engineering, architectural and construction industry will be responsible for providing social and economic space that is adequate for all people right across the world. They are also responsible for maintaining the existing buildings. The industry must rely on a more efficient and smart method to be able to design and build, not only to meet global needs but to make intelligent and resilient infrastructure for the future.
BIM can help design and construction professionals to work more efficiently, as well as providing them with data so that the entire process can be beneficial to both the maintenance and operation as well. This data can also be used to inform future planning and resourcing on various projects, at both city or country level. BIM is becoming increasingly popular for this reason. For a Building Services company that uses BIM, visit a site like https://www.piggottandwhitfield.co.uk/building-services/
Using BIM helps to support the accumulation of intelligent data that can be accessed throughout the life cycle of infrastructure projects or building. This is what the process would look like:
BIM can significantly aid the planning of a project by incorporating information capture reality and real data to create a model of the current context of both the built and natural environment.
During this part of the process, activities such as designing conceptual, analytical and detailed documentation is done. This is the pre-construction phase and starts with the BIM data to support logistics and scheduling requirements.
This section looks at the beginnings of construction or fabrication with the use of BIM specifications. A logistics project is divided between the different trades and contractors so that all work is on schedule with optimal efficiency.
When construction is completed, the BIM data is used by the operation and maintenance teams in the future for cost-effective renovation purposes or end-of-life deconstruction.