||Passive RFID-based asset tracking and project management on a large hospital project
||Costin A,Shaak A,Teizer J,Pfeffer G,Khanzode A,Saripally D,Chao O,Schoner B,Shah S
||As construction job sites get larger and more complex, the need to increase building protocol control and safety is becoming more necessary. Having a real-time tracking system for materials, equipment and personnel of a job site will help project managers to enhance the safety, security, quality control, and worker logistics of a construction project. In this paper we will present the method of integrating Radio Frequency Identification (RFID) and Building Information Modeling (BIM) for real-time tracking of materials, equipment, and personnel. The purpose is to generate real-time data to monitor for safety, security, quality control, and worker logistics, and to produce leading indicators for safety and building protocol control. The concept of reference tags will be utilized along with a cloud server, mobile field devices, and software to assist the project managers with staying connected with the job site, from supply chain management to installation. Hardware components include RFID tags, portal RFID readers, fixed turn-style readers, and mobile handheld devices. The system was deployed on a 900 thousand square feet hospital project that consisted of three major buildings, 125 contractors, and 1,200 workers. Preliminary results show that the integration of these technologies enhances productivity, reduces scheduling issues, assists in subcontractor management, and provides real-time information on deployed crews and building activities. High-level metrics have been developed at the project and large contractor level. Additionally, the system also provided real-time information on local worker participation as part of the project goal. Based on experimental analysis, we demonstrate that the RFID and BIM system is a practical and resourceful tool to provide real-time information and location tracking to increase safety, security, and building protocol control.
|Year of publication:
||Asset tracking,Building information modeling (BIM),Building protocol,Cloud Server,Human resources,Passive radio frequency identification (RFID),Project management,Quality control,Safety,Security,Worker Logistics
Costin A,Shaak A,Teizer J,Pfeffer G,Khanzode A,Saripally D,Chao O,Schoner B,Shah S (2013).
Passive RFID-based asset tracking and project management on a large hospital project. CONVR 2013,