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BIM Safety: How BIM revolutionizes construction site safety

October 2024

BIM Safety, how it can improve safety on construction sites

Construction site safety is a major issue in the construction industry, an industry that unfortunately continues to experience a high number of work-related accidents. Despite numerous efforts and regulations in place, accidents remain a serious problem. This is where BIM Safety, an advanced technological solution that integrates BIM methodology with construction site safety management, comes in.

What is BIM Safety?

The benefits of BIM Safety

 

  • Digital construction site simulation: BIM enables the creation of a digital twin of the construction site, simulating all construction phases and identifying potential hazards before the construction site begins. This approach enables more effective safety planning and management.
  • Collaboration and coordination: The BIM methodology fosters collaboration among all stakeholders involved in the project, including safety coordinators. This allows crucial information to be shared and prevent risky situations that might arise during the execution phase.
  • Regulatory compliance: BIM facilitates compliance with safety regulations by providing an integrated platform for managing documentation and risk analysis. This helps improve compliance and reduce workplace accidents.
  • Safe Renovation: BIM facilitates the management of renovation activities, enabling safe planning of operations parallel to normal work activities.
  • Cost reduction: Provisional equipment accounting becomes immediate with BIM, enabling more efficient management of costs and resources.
  • Work phase planning: Using 4D simulation, BIM allows the schedule to be examined as early as the design phase, facilitating risk analysis and the division of work areas in a safe and organized manner.
  • Interference management: BIM allows simulating the construction site complete with moving machinery and men, identifying interference zones and verifying the operation of escape routes. This significantly reduces the risk of accidents during operations.
  • Training and communication: Digital visualization of the worksite and the use of technologies such as virtual reality increase the clarity of information and improve worker training, better preparing staff for operational challenges.

Tools and supporting technologies

In addition to BIM, there are various tools and technologies that support construction site safety:

  • Drones: Used for inspections and monitoring of construction sites, they provide an aerial view to detect potential hazards.
  • Augmented Reality (AR): Allows workers to view digital overlays of the project on the actual site, improving understanding of risks.
  • IoT sensors: They monitor site conditions in real time, detecting changes that could pose a safety risk.

Conclusions

BIM Safety is a key innovation for the construction industry, providing advanced tools to improve safety on construction sites. By integrating BIM methodology with safety management, accidents can be significantly reduced and a safer and more efficient work environment can be ensured. The adoption of BIM Safety is therefore an indispensable step toward a safer and more technologically advanced future in the AEC sector.