If you haven’t heard about the significant benefits building information modelling brings to construction projects, then where have you been lately? BIM is truly revolutionising the construction industry, saving companies millions in revenue each year and vastly improving the environmental impact construction has on the planet! In this article, we will talk about 5 important advantages of using a BIM platform!
As construction technology continues to advance, there has been an increase in the amount of BIM software being utilised. They all have their advantages; however, there aren’t many as important as a BIM platform! In this article, we’ll go over the exact functions of a BIM platform and outline all the wonderful advantages using one will have for your upcoming construction project.
What is a BIM platform?
A BIM platform is a design software application that allows architects and project teams to create, manage, and analyse 3D models of a potential structure. BIMs are digital representations of the physical and functional characteristics of a building, detailing information about the design, construction, and operation of the building. This information can include data on the building’s geometry, dimensions, materials, systems, and a whole range of other characteristics!
BIM platforms typically include tools for creating and editing 3D models of buildings as well as tools for managing workflows and organising data related to the construction project. These platforms also often include features for collaboration and project coordination, allowing multiple users to work on the same model and track changes and updates. They may also include tools for analysing and optimising building performance to ensure sustainability goals are achieved!
Our top 5 reasons to utilise a BIM platform!
We’re confident you’ll find hundreds of benefits implementing a BIM platform into your project, however, we’ve explained, in detail, our top 5 advantages here:
1. Enhanced collaboration and coordination
One of the biggest benefits of using a BIM platform is the ability to improve collaboration and coordination among project team members! By using a centralised, cloud-based platform, all members of the project team can access the same building model and related data from anywhere at any time.
Improved communication among project team members
Using a BIM platform can help improve communication among project team members by providing a single source of truth for all project information. This can reduce the risk of miscommunications and human errors, as everyone is working from the same set of data. Platforms also encourage team members to collaborate and communicate more effectively with each other, as they’re equipped with tools such as chat boxes and the ability to leave comments on project features!
Streamlined project management and coordination
In addition to improving communication, using a BIM platform can also streamline project management and coordination. The platform’s project management tools, such as task lists and calendars, can help project team members stay organised and on track! The platform’s data exchange and coordination tools, such as document sharing and version control, can also help ensure that all team members are working from the most up-to-date information and that changes are reviewed and signed off properly.
2. Improve efficiency and accuracy
Using a BIM platform can greatly improve accuracy and efficiency in the design and construction process! 3D modelling tools allow for more detailed and accurate representations of the building and its systems, reducing errors and rework. The platform’s analysis tools also assist users in estimating costs accurately and optimising schedules earlier in the project.
Enhanced 3D modelling capabilities
BIM platforms typically include advanced 3D modelling software, which enables users to create detailed, accurate, photorealistic visualisations of the building and its systems! These tools can help users design and plan building layouts, interior spaces, and mechanical systems more precisely, which can help reduce clashes and reworks during the construction process!
Improved cost and schedule estimates
Using a BIM platform can also help optimise cost and schedule estimates. The platform’s data management and analysis tools can help users track and manage project costs more effectively, and they can also help identify potential cost savings! The platform’s project management tools, such as calendars and task lists, can also help users more accurately estimate project schedules and identify potential delays or issues.
3. Advantages of using a BIM platform : Improved building performance
One of the main benefits of using a BIM platform is the ability to enhance building performance during the architectural, construction, and operation phases. The platform’s advanced energy modelling tools allow users to predict and improve energy efficiency! Furthermore, the platform’s lifecycle analysis tools also help users identify potential issues and allow the building owner to plan for future maintenance and repairs.
Advanced energy and analysis tools
BIM platforms often include advanced energy modelling and analysis tools that allow users to optimise the energy performance of the building. These tools can help users evaluate the energy efficiency of different design and construction options and identify potential areas for improvement. The platform’s energy analysis capabilities can also help users meet industry-standard regulations and achieve important sustainability goals!
Life cycle analysis and maintenance planning
In addition to improving energy efficiency, BIM platforms can also include tools for performing life cycle analysis and maintenance planning. These tools can help users predict the long-term performance of the structure and can also identify potential issues and plan for future maintenance and repairs. This can help improve the overall lifecycle performance of the building and reduce the need for costly repairs or renovation work!
Enhanced sustainability and LEED compliance
In a world where the demand for greener building practices is growing ever more important, using a BIM platform can help project teams enhance the sustainability of their building projects and achieve LEED (Leadership in Energy and Environmental Design) compliance. The platform’s energy tools can help users identify opportunities to improve energy efficiency and sustainability, and the platform’s data management and reporting tools can help users document and track progress towards LEED compliance!
4. Greater data management and visualisation
One of the other advantages of using a BIM platform is to have great data management and visualisation. Indeed, using a BIM platform can centralise data storage and management, making it easier for users to access and use the data they need. The platform’s visualisation capabilities can also aid in understanding and communicating building design concepts and project progress.
Centralised data storage and access
BIM platforms provide one central location for storing and managing all data related to a building project. This can help users more easily access and use the data they need, as it is all stored in a single, easily accessible location. The platform’s workflow management tools can also help users organise and categorise data, making it easier to find and use!
Enhanced data security and privacy
Using a BIM platform can also improve the security and privacy of construction project data. The platform’s data storage and management tools can help users control access to data and monitor changes and updates. This can help protect sensitive data from unauthorised access and ensure that only authorised team members can access and modify the data!
Improved visualisation during the design process
Long gone are the days of 2D pen and paper drawings! A BIM platform seamlessly displays a complete virtual building as it would look in real life. The platform’s 3D modelling and visualisation tools can help users create detailed and accurate renderings of the building and its systems, which can be used to communicate design concepts more effectively.
5. Enhanced lifecycle management
Using a BIM platform can also help improve the management of a building over its entire life cycle. The platform’s tools can help users track and manage maintenance and repair activities, and they can also help users plan for future renovations and upgrades. The platform’s documentation and record-keeping capabilities can also help building owners keep track of important information and records.
Enhanced asset management capabilities
In addition to improving facility management, a BIM platform can also enhance asset management capabilities. The platform’s data management and analysis tools can help users track and manage building assets, such as equipment and furniture, and can also help users plan for future replacements and upgrades.
Improved documentation and record-keeping
Using a BIM platform can also help keep track of and update construction documents for a building project. The platform’s reporting tools can help users create and maintain accurate and up-to-date records of the building, which can be important for facility management, maintenance, and asset management. The platform’s data storage and access tools can also help users more easily access and use building records and documentation as needed.
In conclusion, it’s evident that using a BIM platform offers the design, engineering, and construction industries a wide range of significant benefits! Its intuitive features help drive innovation and increase productivity in the built environment.
Significantly, it increases the likelihood of a greener future in the building industry by promoting sustainable design and manufacturing practices! Cutting-edge 3D modelling tools allow for enhanced accuracy in the design process and better decision-making, while the streamlined construction process enabled by a BIM platform can lead to massive cost savings and faster project delivery times!
Overall, the implementation of a BIM platform can drive significant improvements in the built environment! So, if you’re considering implementing BIM in your next project, what are you waiting for?