Sutherland Shire Council has transformed the way its fleet is managed by integrating fleet operations into the council’s OneCouncil Enterprise Asset Management (EAM) system. The initiative replaced a standalone fleet platform that required duplicate data entry, spreadsheet reporting and delayed financial reconciliation, creating a fully integrated environment linking vehicles, maintenance history, labour, parts and financial data in a single system.
By re-engineering the EAM platform to support fleet lifecycle management, the council shifted fleet information from retrospective reporting to real-time operational intelligence. The new structure allows the fleet team and executive leadership to see asset performance, maintenance history and costs in near real time, supporting faster and more informed decision-making across the organisation.
From standalone system to enterprise intelligence
Prior to the transformation, Sutherland Shire Council operated its fleet within a standalone system that was disconnected from the broader enterprise environment. This fragmentation created several operational challenges including duplicate data entry, manual financial reconciliation and limited visibility of asset performance across the organisation.
For the fleet team, the impact was significant. Financial information could take more than 30 days to become visible, workshop job data had to be re-entered into multiple systems, and inventory was managed across separate platforms. These gaps made it difficult to link labour, parts and asset condition data to understand true lifecycle costs or support long-term fleet planning.
Rather than replacing systems, the council took a different approach. Fleet became the proving ground for Stage 2 of the OneCouncil transformation, demonstrating how the enterprise asset platform could support the complex lifecycle requirements of fleet assets.
Re-engineering the platform for fleet
Because the EAM system did not include a dedicated fleet module, the fleet team designed and configured the necessary architecture within the enterprise framework. This included creating multi-level asset hierarchies for vehicles and components, preventative maintenance templates and structured defect categories for different asset types.
The new system introduced odometer and hour-based maintenance triggers, integrated labour allocation directly to asset records and consolidated automotive stores management with electronic stocktakes. Funding sources and capital attribution were also embedded within asset records, allowing the system to support both operational management and financial governance.
Maintenance data was also redesigned. Instead of narrative workshop notes, maintenance events are now captured in structured datasets that can be analysed for trend modelling and repair-versus-replace decisions.
Measurable operational benefits
The new enterprise approach has delivered measurable improvements in fleet management performance. Financial visibility has improved from more than 30 days to less than 24 hours, while automation and improved workflows have generated annual productivity savings of approximately 3,655 hours and $234,800.
Operationally, the system has strengthened governance and asset reliability. Planned maintenance levels have increased to around 65 percent, helping reduce reactive repairs and improving availability for frontline services such as waste collection, parks operations and civil works.
The integrated data environment also provides improved insight into fleet utilisation, fuel consumption and lifecycle performance, supporting more accurate asset planning and capital replacement decisions.
A model for enterprise fleet governance
Sutherland Shire Council’s experience demonstrates how fleet can act as a proving ground for broader enterprise asset management transformation. By embedding fleet into the council’s enterprise systems, the organisation has created a single source of asset intelligence that supports operational decision-making, financial governance and long-term infrastructure planning.
The project also highlights the importance of workforce involvement in system design. Fleet staff played a key role in configuring maintenance templates, defect categories and lifecycle logic, ensuring the system reflected real operational workflows and encouraging strong adoption across the team.
For other councils and large fleet operators, the case study illustrates the value of integrating fleet into enterprise asset management platforms rather than treating it as a standalone system. The result is a more mature fleet management model that improves visibility, strengthens governance and turns operational data into actionable intelligence.
The case study was shared at the 2026 IPWEA Fleet Conference in Melbourne.
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