Technology has transformed every aspect of business including construction services. The Rudolph Libbe Group has consistently stayed ahead of the curve with use of the latest available software to help deliver successful project outcomes. Our Virtual Design and Construction team improves design to help provide faster project delivery.  

Issues that could arise in the field and cause costly delays are resolved in the design phase saving time and money. We utilize 3D laser scanning, Building Information Modeling (BIM), Advanced Grade Technology (AGTEK), and 3D concrete and masonry software.

Laser Scanning

A 3D laser scanning system streamlines difficult “in-place” measurements by generating a precise and accurate 3D computer image of a structure, piece of equipment or an entire area. Laser scanned images form a point cloud that is imported into CAD software.

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Benefits of laser scanning for a project:

  • Most measurements are taken from the ground
  • Faster and more accurate measurements
  • Done around ongoing operations

Laser scanning provides data for everything from detailed surveys of existing conditions, creation of and accuracy verification of as-built drawings, manufacturing and reverse engineering, to interference checking, visualization and animation development.

 

Building Information Modeling (BIM)

BIM allows design and construction professionals to build a computer model of a structure prior to physical construction.  This computer model has several important advantages over traditional drawings including:

Improved Design

  • Test “what if” scenarios to optimize the design for its intended use
  • Virtual “fly-throughs” allow visualization prior to construction
  • More accurate construction documents

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Reduced Cost

  • Fewer requests for information (RFI’s), change orders   and rework
  • Lower general conditions costs due to improved schedule
  • Improved safety due to better understanding of building system installation

Faster Schedule

  • Pre-fabricated materials can be ordered much earlier
  • Clash detection reduces delays due to rework

Unlike traditional 2D projects, collisions among structural, mechanical, electrical, plumbing and fire protection systems (a pipe running through an air duct, for example) can easily be detected by running a clash detection program.  In a traditional 2D project, these collisions are difficult to identify and are often overlooked.

By using BIM, architects, engineers, owners and builders can all work from the same model, saving any changes to a central location.  This central repository of all project information facilitates collaboration and streamlines the design and construction process.

Advanced Grade Technology (AGTEK)

AGTEK software uses topographical survey data to create a terra-model of the project site.  This allows us to more accurately estimate the amount of earth to be moved, and can significantly reduce the cost and schedule impact associated with traditional survey and staking crews.

Coordinates from the terra-model can be used by our GPS Laser Bulldozer to automatically execute planned cuts and fills.  AGTEK’s precision and accuracy ensures that the project site is graded correctly on the first pass, resulting in an improved project schedule and reduced overall site work cost.  Rudolph Libbe Inc. is now able to complete in a few hours what used to take 5-7 days. Your project benefits with an improved site work schedule as well as reduced equipment and operator time and costs.

3D Masonry

Tradesmen’s masonry software allows Rudolph Libbe Inc. to cut estimating time in half and eliminate costly mistakes by ordering materials and supplies correctly the first time.  Working similar to BIM you can see the actual wall VDC NORTHWOOD 3D Masonrysection as it’s being built, zoom in and walk through to see the work at any elevation as well as view the building in a 3D perspective both outside and inside.

3D Concrete

Tekla software is used to quickly and easily create accurate, constructable 3D concrete models.  This program allows us to show different pour layout associated with the construction schedule.