5 Key Benefits of Real-Time Data Analytics in BIM

In today's AEC industry, there are many challenges that can hinder the success of a project. These include poor planning, budget overruns, and design flaws. However, real-time analytics have started increasing the efficiency of projects by mitigating these risks. Real-time data analytics in BIM tools refers to collecting and analyzing building information in real time, or as it happens. They can provide a wealth of information that can be used to improve decision-making processes in construction projects. Here are 5 key benefits of using real-time data analytics in BIM:

1. Increased efficiency

Real-time data analytics provide the stakeholders with a wide range of building information as the 3D model is being updated in the BIM software. This can help to identify inefficiencies in construction projects, such as bottlenecks in the supply chain or underutilized resources. The information can then be used to make changes to the project plan to improve efficiency. 

For example, an architect could use real-time data analytics to track the progress of a design project and identify areas where time and resources can be saved.

2. Project feasibility

Prior to project commencement, its feasibility needs to be gauged meticulously. Real-time data analytics help understand and plan with respect to project costs, schedules, and potential risks. In contrast to the traditional methods of manual cost calculations and project sequencing, BIM data analytics mirror the building design in real-time.

For example, an architect could limit the use of a material based on site restrictions by having real-time access to the quantity of that material.

3. Improved design

Real-time data analytics can be used to identify opportunities to optimize the design of a building throughout the design process. Starting from geolocating the project to selecting the glass with the appropriate specifications, real-time data is essential during the design stage. Key design considerations like climatic response, statutory area requirements and structural feasibility can be accessed at all times.

For example, a structural engineer could use real-time data analytics to collaborate with the architects on the earthquake resistance of a building.

4. Improved sustainability

Real-time data on the environmental impact, energy efficiency, and the occupant comfort of a building can be used to make changes to the design to improve the building's sustainability and performance. In addition, data on the energy and water consumption, and the waste generation of a building post occupation can be used to identify opportunities to reduce the environmental impact of the building.

For example, an architect could use real-time data analytics to monitor the energy consumption of a building and identify opportunities to introduce appropriate daylighting strategies.

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5. Communication and collaboration

Effective communication and collaboration are the keystones of project success. BIM tools like Snaptrude provide a shared platform where stakeholders can access the most current building information. This promotes transparency, aligns project objectives, and nurtures collaboration among architects, engineers, contractors, and clients, ensuring everyone is equipped with real-time data analytics.

For example, two teams of architects can work simultaneously on a project while monitoring updates to the building information in real-time.

In conclusion, real-time data analytics can be used to improve efficiency, feasibility, design, sustainability, and team collaboration during projects. Stakeholders can use powerful tools like Snaptrude, a cloud-based BIM software that provides real-time data analytics to everyone who has the project window open on their browser.

The use of real-time data analytics in the construction industry is still in its early stages, but it has the potential to revolutionize the way buildings are designed, constructed, and operated. By embracing this technology, architects and other AEC professionals can help create a more sustainable and efficient built environment.

See you next week with another interesting topic.

Snaptrude - Tech Talk