Implementation of Field Service Management
System for the Telecom Provider Company
Overview
One of the prominent telecom providers aimed at improving its field service functions so operational efficiency, cost effectiveness and client satisfaction improves. The company employs more than 10,000 field technicians. It encounters scheduling problems, communication problems, and problems in service delivery. We designed and delivered a bespoke FSMS (Field Service Management System) to facilitate these processes, make them more efficient, address the integration issue, and provide the company with operational intelligence.
PROBLEMS:
01 Inefficient Scheduling and Routing
Manual job assignment was the order of the day in this organization which resulted in job scheduling conflicts, unnecessary downtimes of technicians, as well as delays. There was terrible day-chip routing leading many technicians being deployed into very long trips.
02 Outdated Forms of Technology
Existing systems tend to be standalone, meaning that there is a delay in the dispatchers informing the service technicians and customers in the areas that require the services. This situation did not help with any real time updates of information, and there was poor sharing of data.
03 Reactive Maintenance
Due to the length of service interruptions, maintenance activities happen as a response to problems. The company lacked tools and experience to look ahead and avoid networks in a deteriorated state without lots of troubles.
04 Poor Customer Communication
Due to a lack of information, customers did not know when their technician would reach them or what they were doing. As a result of this opacity, customers became dissatisfied, and complaints rose.
05 Lack of Data Insights
Management did not have the ability to monitor the performance of technicians, manage the workload, remove the clogs in the pipeline, or take any business-related action based on the data.
SOLUTIONS
Intelligent Scheduling and Dispatch System
◉ Created an AI system that automatically allocated tasks by proximity to the technicians based on the workload and skillsets.
◉ Added GPS based dynamic routing to minimize travel time and heat usage costs.
Technician Mobile Application
◉ Developed an app for technicians to easily find job, client and diagnostic information.
◉ Proposed implementing offline mode for those areas with poor connectivity.
◉ Allowed for online signature and photographic evidence of the work done by the client.
Proactive Maintenance Integration
◉ Deployed IoT Sensors throughout all the network’s infrastructure to identify possible future problems.
◉ Utilized Predictive analytics model to estimate when a disruption would occur and how it could be avoided.
◉ Set up automatic ticket creation for maintenance tasks that require immediate attention.
Customer Engagement Portal
◉ The very first application offered by the Company is the creation of a web portal which allows clients to monitor the location of technicians, the estimated response time and updates on real time when the job itself is done.
◉ The system allowed automatic reminders to be sent out for appointments made, appointments that have been delayed, and appointments that have been completed.
◉ There was a feedback administration added to the system to solicit information from customers and obtain their feedback on issues.
Data Analytics and Reporting Dashboard
◉ Dashboards were created to enable the monitoring of SLA compliance as well as measuring technician activities and the rate of completion of the job.
◉ Tools for root cause analysis were incorporated to help diagnose and fix service problems that occurred frequently.
◉ Insights were also provided for planning workforce and predicting demand supply.
RESULTS
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Enhanced Operational Efficiency
◉ 25 percent cutback in travel distance: Efficient scheduling and planning of routes ensured that the distances travelled by the technicians are as short as possible.
◉ 15 percent increase in the daily workload: More jobs a day were possible because of increased efficiency of operations. -
Improved Service Reliability.
◉ 40 percent decrease in downtimes: In a great portion, the combination of preventative maintenance and timely problem detection facilitated the avoidance of some network outages.
◉ 30 percent increase in first time fixed rates: Due to improved accessibility of diagnostics and inventory, repeat visits were reduced. -
Higher levels of customer happiness
◉ The introduction of real-time updates and transparency led to a 20% increase in overall customer satisfaction scores.
◉ Fewer no-shows and improved communication helped lower complaints from customers. -
Data-Driven Decision-Making
◉ Management leverage with advanced analytics allowed management to pinpoint one element of organization that is drawing from resources without the need of an immediate solution for it.
◉ The company used predictive models to anticipate surges in demand to scale up operations quickly.