Work Zone Intrusion Report Interface Design
Nichole Morris, Research Associate, Mechanical Engineering
- Brian Davis, Research Fellow, Mechanical Engineering
Work zone intrusions are a serious safety concern for crew workers, as motorists are known to intentionally or unintentionally breach the boundaries of construction, maintenance, and mobile operations. Understanding the factors that contribute to work zone intrusions is largely unknown because the method and standards for capturing data surrounding the events statewide and nationally are not well established. In the absence of information, little action can be taken to reduce the frequency of intrusions and address this worker safety risk. From 2005 to 2010 the U.S. suffered the loss of 733 road workers, approximately half struck by motorists (FHWA, 2015). Motorists are also injured or killed by intrusion crashes, adding to the urgency for an understanding of intrusion causes. Addressing intrusions is an important step toward meeting Strategic Highway Safety Plan priorities and Toward Zero Deaths (TZD) program goals. This project provides a solution for the lack of work zone intrusion knowledge by creating a detailed intrusion report, modeling the efficiency of the MNCRASH report.
The objectives are: (1) establish a sound methodology for work zone intrusion reporting that accurately provides a holistic understanding of intrusion characteristics, setting a national standard for work zone reporting; (2) design a web-based application to document work zone incidents (e.g., report intrusions and public or internal crashes which damage property) with the capability to identify when video is available from existing AVL, MDSS or other MnDOT-managed cameras; (3) provide critical data insight into the intrusion attributes and contributing factors that allow for policy or procedural action.