Detailed Agenda

Centrally managing vehicles and their performance in GIS has emerged as a powerful tool to enhance safety and performance of utility fleet operations. This abstract explores the benefits a centralized vehicle management using GIS technologies, highlighting its potential for improving safety and optimizing performance. By leveraging real-time data, advanced analytics, and spatial analysis capabilities, our GIS-based vehicle management approach enables effective incident management, fleet electrification planning, and proactive maintenance on fleet assets.

Using GIS while smoke testing to streamline field data collection and analysis to identify prohibited sewer flows. Goals of this project are to reduce sanitary sewer overflows, lower treatment costs, and drive capital improvement planning for future infrastructure development. We implemented a GIS workflow as smoke testing field surveys were completed using Field Maps. ArcGIS Pro was used for feature layer management and to create map products for citizen notification. ArcGIS Online was used to create a dashboard to represent and summarize field collection data for management.