consThe construction industry has always been looking for new ways to utilize technology to get faster, better, and more cost efficient results. Building Information Modeling, or BIM, is one of the most exciting innovations to become more mainstream in the past few years.

Building Information Modeling allows for the development of virtual simulations for planning, design, and construction. The 3D graphics, time models, and cost models found in BIM are rapidly replacing traditional 2D planning.

A recent SmartMarket Report stated that contractors are expecting a 50% increase in projects that utilize BIM technology over the next two years. Virtual construction is now a reality.

Why is BIM changing traditional construction methodologies? Simply put, it allows the creation of more complex buildings, faster, and at lower costs.

What is BIM?

BIM technology has taken the traditional construction logistics planning process and turned it virtual. BIM works by creating intelligent 3D computer models that efficiently inform project decisions in construction.

The process starts with the site survey. 3D laser scanning is used to capture detailed data across all infrastructure surface points. This extensive data is gathered into a point cloud, which begins the 3D image modeling process. A 3D simulator then creates a virtual representation of a building and the terrain surrounding it.

When Building Information Modeling technology is integrated with drone technology, the sky is, literally, the limit. UAVs or Unmanned Ariel Vehicles are often utilized to access survey points across rough terrain or high altitudes.

As construction ensues, laser scanning can continue to be utilized to capture existing conditions and then upload changes to the virtual site model.

The Benefits of Building Information Modeling

Construction project managers that have used BIM technology swear by it. They say that BIM helps facilitate the flow of information across multiple project channels. A recent study by Dodge Data & Analytics showed 43% of surveyed contractors reported more efficient project-wide communication when BIM was implemented. The end result for construction project managers is better project collaboration between engineers, architects, managers and subcontractors on and off the job site.

Construction project managers that utilize BIM technology report:

  • Fewer unplanned changes
  • Less project disruption
  • Reduced costs
  • Higher productivity
  • Faster project completion
  • Better customer satisfaction
  • Increased ROI

Oil & Gas Facility
  • Before-Oil & Gas Facility
    After-Oil & Gas Facility
    Laser Scan Oil & Gas Facility Model
Power Facility
  • Before-Power Facility
    After-Power Facility
    Laser Scan Power Facility 3D Model
Production Skid
  • Before-Production Skid
    After-Production Skid
    Laser Scan Production Skid 3D Model

BIM makes it easier to identify and fix potential problems very early in the process – before you even get to the construction site. Virtual modeling allows for more precise planning, which reduces errors and omissions, shaving big money off the project bottom line.

Because these virtual 3D models can be stored in the cloud, they can be accessed on the job site from any digital device. This improves the speed and accuracy of information workflows, minimizing the miscommunications that often occur during paper or telephone based reporting.

BIM also can improve safety on the job site. A virtual model helps project managers identify problems before they arise and threaten the safety of construction crews.

Adopting BIM technology means less rework, lowered construction costs, and faster return on investments.

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