Building information modeling (BIM) and unmanned aerial vehicle (UAV) have shown a potential to improve construction safety performance. As new technologies, they are in an early adoption stage in the … [Read more...] about Applications of BIM and UAV to Construction Safety
Vehicles
Utilizing Probe-Vehicle Data for Work Zone Mobility Performance Management
The Virginia Department of Transportation (VDOT) uses probe vehicle data from different sources to measure highway system mobility performance at both the macro- and microlevels. VDOT uses delay as … [Read more...] about Utilizing Probe-Vehicle Data for Work Zone Mobility Performance Management
TRB Webinar: Emerging Technologies for Construction Delivery
The webinar features research from the National Cooperative Highway Research Program’s Synthesis 534: Emerging Technologies for Construction Delivery. The webinar will provide an overview of the … [Read more...] about TRB Webinar: Emerging Technologies for Construction Delivery
ARTBA’s Online Learning Center Promotes Safety
The ARTBA Online Learning Center offers self-directed courses on a range of transportation construction topics. Those courses are developed by industry experts to help you train for career … [Read more...] about ARTBA’s Online Learning Center Promotes Safety
Emerging Technologies for Construction Delivery: A synthesis of Highway Practice
The uses and levels of maturity of five advanced technology areas (visualization and modeling, interconnected technologies, safety technologies, instrumentation and sensors, and unmanned aircraft … [Read more...] about Emerging Technologies for Construction Delivery: A synthesis of Highway Practice
Barriers to Adoption of RPAs on Construction Projects: A Task–Technology Fit Perspective
Purpose: Extant literature extensively articulates the advantages of using remotely piloted aircrafts (RPAs) in a myriad of construction activities. Yet, the barriers that hinder their wider adoption … [Read more...] about Barriers to Adoption of RPAs on Construction Projects: A Task–Technology Fit Perspective