Resource Hub
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Public transport operators face constant pressure to balance reliability, efficiency and cost all while maintaining uninterrupted service. Central to this is a strong asset management strategy that optimises maintenance schedules, resource planning, and inventory control, all working together to keep operations on track.
With predictive capabilities and data-driven insights, Enterprise Asset Management (EAM) systems are helping operators shift from reactive fixes to proactive action. By detecting issues early, allocating resources efficiently, and extending asset life, agencies can improve reliability and reduce downtime.
This shift is gaining traction across Southeast Asia, where transport authorities are embracing digital tools to enhance performance, build resilience, and modernise their networks.
In today’s fast-paced world, public transportation providers like MATA (Memphis Area Transit Authority) are under immense pressure to deliver reliable service while managing costs and resource constraints. One innovative solution to address these challenges is the integration of predictive maintenance and Enterprise Asset Management (EAM) systems.Â
Condition monitoring has been around for decades, but recent advancements in sensor technology, communication capabilities, and artificial intelligence (AI) have propelled predictive maintenance to new heights. By analysing vast amounts of data from various sensors, AI algorithms can accurately predict potential equipment failures before they occur.Â
MATA recognised the potential of predictive maintenance to enhance its bus operations. By partnering with Trapeze and Preteckt, MATA implemented a comprehensive solution that integrated condition monitoring and AI-powered predictive analysis with their Trapeze EAM system.Â
Implementation of condition monitoring allows organisations to quickly reap some benefits by being able to detect developing faults before they result in a functional failure and by this improve reliability by becoming more pro-active. Â
Condition monitoring however does not tell you when the failure is likely to occur. Traditionally this has been the role of senior mechanic or engineer to make an assessment on by when maintenance needs to be applied. Â With industry wide shortage of skilled labour and increasing volume of condition data to analyse, this has become an impossible task. Â
Building on this with AI assisted fault prediction and machine learning, maintenance organisations can adopt a predictive maintenance approach by automating process of analysing developing faults and optimise their work planning to the most opportune time before there is a failure.
Fig: AI assisted predictive maintenance helps you optimise your work planning.Â
Implementation of AI assisted predictive maintenance requires a process of selecting the right predictive models for the asset and training of the machine learning algorithm over a period of time before optimal results are achieved, but published results from an earlier project with MTA illustrate the value of implementing an integrated solution for predictive maintenance with EAM once fully established:
Trapeze’s EAM system played a crucial role in the end-to-end solution. By seamlessly integrating with the predictive maintenance system, it allowed for the incorporation of AI technology seamlessly without introducing change to work processes. It enabled efficient work planning and resource allocation, and improved inventory management. This end-to-end approach for automated fault reporting ensures that maintenance activities are optimised and helps MATA achieve their business objectives.Â
The combination of predictive maintenance and EAM offers a powerful solution for public transit agencies, whether it be for rail or bus transport. By embracing AI and advanced technologies, organisations can achieve significant improvements in efficiency, reliability, and cost-savings. As the industry continues to evolve, it’s essential to adopt innovative solutions that can be seamlessly integrated into to the existing maintenance processes to further drive operational excellence and passenger satisfaction, without requiring process re-engineering.Â
The Trapeze enterprise asset management system allows you to implement a progressive maintenance practice that combines analysis of fault modes and asset prioritisation to better manage the risks of service interruptions.Â
We integrate with technology solutions for real time data monitoring and AI assisted predictive maintenance, as well as tools for root cause analysis of faults. These all enable operators to achieve continuous improvement.Â
Trapeze also manage compliance with engineering changes through asset compliance models, campaign work orders for execution of change and continuous monitoring of any non-compliances.Â
Our partnership network approach enables the establishment of a fit for purpose tailored eco-system that breaks the silos limiting visibility of important data and automates processes to elevate your asset and maintenance management practices and future proof it to meet the demands of tomorrow.Â
For those interested in further understanding the value of an integrated EAM ecosystem, we encourage you to watch our informative video https://trapezegroup.com.my/rail/enterprise-asset-management/#eam-videoÂ
Bus, Rail
Enterprise Asset Management