BIM is more than a method and more than just a design tool: it is a revolution for the AEC sector.
Building Information Modeling is, in fact, an advanced methodology that integrates data, processes and technologies to optimise each phase of a work’s life cycle, from conception to management. In an increasingly digitisation-oriented sector, BIM represents a paradigm shift that brings unprecedented efficiency, sustainability and control.
From time and cost reduction benefits to increased interoperability between software and teams, BIM is now an indispensable resource for builders, designers and developers. In this article we explore the top 10 benefits that make BIM the key to the present and future of construction, engineering and architecture.
The 10 Dimensions of BIM
The 10 advantages of BIM
While it is true that BIM began primarily as a design paradigm, it is actually much more than meets the eye: BIM is an all-in-one project management technology solution that plans, designs, builds and operates – keeping everything documented.
The following benefits of BIM show why builders and developers around the world are increasingly looking to make the most of this valuable tool: let’s take a look at what the top 10 benefits are.
1. Reduction of data duplication
Data in the architectural design (geometries, materials, etc.) are automatically used by the structural and plant components of the project, avoiding errors and duplication.
2. Control of inconsistencies between different models
By superimposing the three designs (architectural, structural and plant) in the same 3D model, any design errors that would only be found in the execution phase are immediately highlighted.
3. Optimisation of costs and resources
By preventing these future problems, time, costs and resources are reduced. When all team members work in BIM, intelligent planning can save clients a lot of money. BIM helps to monitor and optimise the energy consumption and sustainable maintenance of buildings, extending their life cycle and reducing their environmental impact. With this in mind, Green BIM is increasingly being used for a sustainable approach to building design and maintenance.
4. Updating the overall model
By operating directly on a view, the overall model is also updated. All schedules referring to the overall model are also updated, including the bill of quantities.
5. Interoperability
Interoperability between software is the collaboration that takes place between different calculation programmes (structural, plant, energy, etc.) with the central BIM model and between different planners. This process allows software to communicate without loss of data, improving collaboration, efficiency and project quality. In the AEC sector, integrating models and processes allows smooth coordination between disciplines, automation of workflows and immediate access to information. Although there are challenges related to compatibility between software, with the right strategies they become opportunities for innovation. Incide Engineering addresses this evolution with advanced tools such as Speckle and Power BI, optimising the workflow for more integrated, sustainable and collaborative design.
6. Improved collaboration between teams
BIM facilitates collaboration between the teams involved in the project, if they embrace the use of this technology, enabling them to stay up-to-date.
7. Shorter project life cycles
BIM allows builders and developers to have much shorter project development periods. About 30 per cent of construction is rework, which usually results from poor planning. With reduced rework and streamlined design, projects are much more likely to be finished on time, if not months earlier. This advantage of BIM also increases the return on investment: the faster the construction projects are completed, the sooner they can be utilised.
8. Improved facility management
BIM provides accurate and regularly updated information about the building throughout its life cycle, facilitating facilities management and maintenance. This is particularly relevant for facilities, as the benefits of BIM for facilities make it possible to monitor the operation of HVAC, electrical and plumbing systems in real time, optimising their efficiency and reducing operating costs. A concrete example is the use of BIM in the design of Torre Galfa’s facilities, where the digital model has allowed complex plant solutions to be integrated into a constrained architectural context, improving coordination between disciplines and ensuring optimal performance.
Regardless of the size or purpose of the structure, BIM is an essential tool for more efficient and sustainable building management.
9. Safer construction sites
Due to heavy machinery and dangerous heights, construction sites can be dangerous working environments. However, BIM can act to protect the most valuable asset in the construction industry: human lives and health. Through excellent planning and risk analysis, project managers can mitigate the risk of accidents. In addition, better communication reduces stress, allowing all workers and managers to enjoy better mental health.
10. Supercharged project visualisation
The use of BIM makes building design more detailed and accurate. This can help maximise the resources of the location.
These benefits are so tangible that many countries – including Australia, Brazil, the Czech Republic, Chile, Denmark, Finland, Japan, Kazakhstan, Latvia, Norway, Singapore, South Korea, the United Kingdom, Ireland and Vietnam – have made it mandatory for any new publicly funded construction and infrastructure project.
Furthermore, as of 1 January 2025, the use of BIM is mandatory in Italy for all public contracts above EUR 2 million.
Moreover, as of 1 January 2025, the use of BIM is mandatory in Italy for all public contracts above EUR 2 million.
To learn more about how BIM is revolutionising the industry and discover concrete examples of digital design, workflow optimisation and innovation, we invite you to download our free ebooks on BIM projects and innovative case studies. Visit our page to access exclusive resources that will help you better integrate these solutions into your projects.
