Project Feature: Excavation and Earthmoving
Project Feature: Concrete and Masonry
Project Feature: Structural Steel
Project Feature: Piping
Project Feature: Painting and Coatings
Project Feature: Finishes
Project Feature: Site Inspection and Surveying
Project Feature: Material and Asset Management


Project Development Process: Project Level Practices
Project Development Process: Industry-wide Practices


PT183 Design Practices to Facilitate Construction Automation
PT183 Research Study
Lessons from Other Industries
Related Research and Other Resources
Construction Industry Institute
Emerging Construction Technologies Web site

Site Inspection and Surveying

Automated site inspection and surveying technologies are available that provide accurate information of work spaces and areas often inaccessible to workers.  Bridge decks and framing, confined spaces, and deep excavations are examples where remotely controlled inspection and surveying equipment is especially useful.  This equipment eliminates the need for worker access to these areas, greatly enhancing worker safety by reducing exposure to hazardous conditions.  These technologies are also able to provide information about site conditions that cannot be accessed by workers, such as the inside of pipes and containment structures.

 

Example Automated Technologies: 

The following are examples of automated site inspection and surveying technologies that are currently available for use in construction:

Technology

Description

Aerial Bridge Inspection

Flying machine equipped with video cameras

Exterior Wall Inspection

Remote controlled inspection of exterior wall tile and masonry for defects

Tile Inspection Robot

Remote controlled tile inspection for defects

Clean Room Inspection Robot

Inspects clean rooms for leaks

Robotic Pipe Inspection

Travels through pipe and searches for leaks

Lady Bug-Underground Detection Robot

Automated analysis of ground conditions

 

Common Limiting Design Features

The following are examples of design features that often limit the use of automated site inspection and surveying technologies during construction:

  • Inadequate access available that prevents the equipment from getting to the work.

  • Inadequate clearance for operation of the equipment.

  • The presence of obstructions in the work area preventing efficient movement of the equipment.

  • Irregular site layout limiting the direct path of the equipment.

  

Recommended Design Practices

The following are examples of suggested design practices that facilitate the use of automated site inspection and surveying technologies during construction:

General design practices:

  • Design level surfaces or platforms to be free of obstacles.

  • Provide open access to all work areas.

  • Use slip-resistant travel surfaces.

Pipe inspection:

  • Minimize bends and intermediate fixtures.

  • Maintain slopes within the automated technology specifications.

  • Use large size pipes.

  • Eliminate obstructions at pipe joints.

  • Provide large accessways.

 

Expected Benefits

The following are examples of benefits that have been realized from the use of automated site inspection and surveying technologies during construction:

  • Improved ability to remotely monitor existing site conditions.

  • Ability to assess worksite conditions that are inaccessible by workers.

  • Decreased worker exposure to safety and health hazards related to worker access of hazardous work areas.

 

 

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