Building Information Modelling: An Overview
Building Information Modelling: An Overview
The digital revolution in the UK’s construction industry has made building information modelling or BIM a way of working. It allows the team members in a project to work towards the same standards. Read on to understand how expert structural engineers can help you to create and manage information on a construction project across your project lifecycle.
What is Building Information Modelling
With the help of BIM, a 3D model-based process, structural engineers are able to design, document, detail and fabricate structural systems. The system equips the project team to work collaboratively with optimised designs and improved accuracy to connect design to fabrication. It is instrumental in the quick delivery of projects and improved efficiency. For civil engineers, BIM helps to investigate multiple scenarios to improve the outcome. This data-driven approach assures timely delivery of the project on schedule and on time.
Building Information Modelling: What is It Used for?
Business information modelling is used to create and manage data during the phases of design, construction, and operation. In this, multidisciplinary data is integrated to create digital representations. It is managed in an open cloud platform where real-time collaboration is possible. Structural engineers use available technologies to store data on the physical, commercial, operational, and environmental attributes of a design and make it accessible to all stakeholders. The use of BIM gives you greater visibility and sustainable options. Further, you will be able to make better decisions and save costs on your projects.
Process of BIM: Planning to Operation
Through BIM, intelligent data is created, which can be used throughout the project cycle of an infrastructure project. During the planning stage, real-world data and reality capture are combined to generate models of the existing built and natural environment. Conceptual design, detailing, documentation and analysis are performed by structural engineers in the designing stage. Scheduling and logistics are planned at this stage. The building stage involves fabrication using the specifications generated by BIM. The project logistics are shared with the contractors and trades to ensure optimal efficiency and timing. The BIM data is carried over to operations for the maintenance of finished projects. It can be used for cost-effective renovation at a later stage and even for deconstruction.
Benefits of BIM
BIM is a catalyst for structural and civil engineers, as it addresses various issues related to productivity, transparency, quality, and collaboration. The engineers will be able to perform integrated analysis and production of drawings to improve efficiency. It also provides a common developmental environment where it is easy to collaborate with all the stakeholders. Its visualisation capabilities will equip non-technical stakeholders to get completely engaged in the project. It is possible to effectively execute simulation-based project plans. This detailed modelling will have an impact on the prefabrication design process. The ground-level activities are linked digitally and will, therefore, ensure improved budgeting.
The construction industry of the UK is going to become more digital with BIM. Using BIM, the engineers will be able to make informed design decisions, automate construction documentation, and produce accurate, constructible designs.