This project focused on improving FDOT's preparedness and response capabilities for extreme weather events, such as hurricanes, by installing a Bridge Weather Condition Sensor System across 17 inland and coastal bridges in FDOT District 5.

Project Overview

The purpose of this project was to provide real-time data on critical weather and bridge conditions during extreme events. The system included wind sensors, water level sensors, and road condition sensors, enabling FDOT personnel to monitor bridge conditions and respond effectively to emergencies. The sensor data are processed by central control software, stored in a dedicated database, and displayed through an intuitive graphical interface.

Project Leadership and Scope

Members of the TRIUNE team provided owner’s representation services for this Design-Build project. Their responsibilities included developing the Request for Proposal (RFP), completing the Systems Engineering Analysis, and overseeing the planning and integration of the system.

Design Features and Innovations

The project included:

• Installation of weather sensors to monitor wind speeds, water levels, and road conditions across 17 bridges

• Development of central control software for data processing, storage, and graphical display

• Integration of satellite communications to ensure reliable data transmission from remote sensor locations

• Creation of essential planning documents, including:

                Project Systems Engineering Management Plan: Defined processes for system integration and management
                Concept of Operations: Identified user needs and system functionality
                System Verification and Validation Plans: Ensured the system met technical and operational requirements

Coordination and Analysis

The RFP for the design and construction phase incorporated comprehensive system specifications, software testing protocols, and training requirements for FDOT personnel. The project required close collaboration with FDOT District 5 staff to ensure the system addressed operational needs and complied with FHWA Systems Engineering Analysis standards. Coordination with FDOT Telecommunications enabled seamless integration of satellite communication systems for remote sensor stations.

Enhanced Weather Response Capabilities

This system significantly enhances FDOT’s ability to monitor bridge conditions and respond to extreme weather events. The real-time data collected ensures timely decision-making, safeguarding infrastructure and public safety during critical events.

For more information about this project and how our expertise can enhance your infrastructure, please contact us today!