Translate RAMS requirements into practical maintenance interval and task decisions for rolling stock.
Engineering & Maintenance
Maintenance Management for Metro and Rail Rolling Stock
Plan rail and metro rolling stock maintenance around RAMS principles, covering wheel and brake overhaul, depot capacity planning, telemetry-based scheduling and fleet reliability reporting.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
A metro fleet earns its availability target one depot shift at a time, and the difference between a unit returning to service on time and a delayed morning peak often comes down to how well bogie, brake and telemetry data were used to plan the work. This course builds maintenance management capability for rail and metro rolling stock around RAMS principles, moving from reliability, availability, maintainability and safety requirements into practical scheduling decisions. Participants measure wheel profile wear and plan re-profiling campaigns, interpret ultrasonic axle testing, overhaul and performance-test brake systems, and allocate maintenance tasks across first, second and third-line tiers to match depot capacity. Later sessions cover heavy overhaul cycles, obsolescence management for ageing rolling stock electronics, and the use of onboard telemetry to move subsystems from mileage-based to condition-based maintenance. Teaching draws on depot scheduling exercises, wear-limit data and telemetry trend reports worked through as realistic planning problems. Participants finish able to build a maintenance plan that protects fleet availability while keeping wheels, brakes and traction equipment within safe operating tolerances.
Expected Learning Outcomes
Design condition-based maintenance schedules supported by onboard telemetry data.
Assess wheel, axle and brake system condition against defined tolerance and test standards.
Plan depot capacity and maintenance tier allocation across a mixed light and heavy workload.
Sequence heavy overhaul programmes while managing rolling stock electronics obsolescence.
Diagnose recurring rolling stock faults using telemetry and reliability trend data.
Report fleet maintenance performance using RAMS-aligned reliability and availability indicators.
Who Should Attend
Rolling stock maintenance engineers working in metro, light rail or mainline depots.
Depot planners responsible for maintenance scheduling and road allocation.
Reliability engineers analysing fleet failure and telemetry data.
Fleet asset managers accountable for availability and lifecycle cost targets.
Bogie, brake and traction specialists supporting heavy overhaul programmes.
Rail operators' engineering managers overseeing maintenance contracts.
Course Modules
Select any module to see its sessions and points.
01Rolling Stock Maintenance Regimes and RAMS Principles
2 sessions · 8 points
Session 1Applying RAMS Requirements to Fleet Maintenance Planning
- Translate RAMS targets for availability and safety into maintenance interval decisions for a metro fleet.
- Distinguish reliability, availability, maintainability and safety requirements when they compete for the same maintenance budget.
- Assess how a proposed maintenance interval change affects fleet availability commitments to service operations.
- Build a maintenance plan structure that traces each task back to a RAMS requirement or safety case.
Session 2Mileage-Based Versus Condition-Based Maintenance Scheduling
- Compare mileage-based maintenance triggers against condition-based triggers for the same rolling stock subsystem.
- Design a hybrid maintenance schedule that uses condition data to extend or shorten a mileage-based interval.
- Assess the data quality needed before a subsystem can move from fixed-interval to condition-based maintenance.
- Justify a maintenance interval change to an operations stakeholder using reliability data rather than assumption.
02Bogie, Wheel and Brake System Maintenance
2 sessions · 8 points
Session 1Wheel Profile Measurement, Re-Profiling and Axle Inspection
- Measure wheel profile wear against tolerance charts to decide between re-profiling and continued service.
- Plan a wheel lathe re-profiling campaign that balances wheel diameter loss against fleet availability.
- Interpret ultrasonic axle test results to distinguish acceptable indications from defects requiring withdrawal.
- Sequence bogie overhaul tasks so wheelset, suspension and axle work do not extend depot dwell time unnecessarily.
Session 2Brake System Overhaul and Performance Testing
- Plan a brake system overhaul covering pneumatic and electro-pneumatic components to a defined test standard.
- Interpret brake performance test results to confirm stopping distance and force requirements are met.
- Diagnose an intermittent brake fault using onboard telemetry rather than repeated bench testing alone.
- Sequence brake overhaul and dynamic testing so a unit is not released before performance is verified.
03Depot Planning and Heavy Maintenance Cycles
2 sessions · 8 points
Session 1Depot Capacity Planning and Maintenance Tier Allocation
- Allocate maintenance tasks across first, second and third-line tiers to match depot capability and road capacity.
- Plan depot road and pit allocation across a shift to avoid bottlenecks between light and heavy maintenance tasks.
- Assess whether a depot has the capacity to absorb a fleet expansion without extending maintenance turnaround time.
- Build a maintenance tier escalation rule that moves a recurring fault from first-line to engineering investigation.
Session 2Heavy Overhaul Scheduling and Obsolescence Management
- Plan a heavy overhaul cycle that sequences bogie, traction and interior work within a fixed depot slot.
- Identify rolling stock electronic components approaching obsolescence and plan a redesign or last-buy strategy.
- Sequence a mid-life overhaul programme across a fleet without breaching minimum service availability.
- Assess the trade-off between extending an ageing fleet's life and bringing forward a heavy overhaul programme.
04Fleet Reliability and Performance Management
2 sessions · 8 points
Session 1Using Onboard Telemetry for Condition-Based Interventions
- Configure onboard telemetry to flag traction, door and HVAC anomalies before they cause an in-service failure.
- Interpret telemetry trend data to schedule a condition-based intervention ahead of a mileage-based deadline.
- Distinguish a genuine telemetry fault signature from a sensor fault using cross-system data comparison.
- Prioritise telemetry-flagged units for depot attention based on fault severity and service impact.
Session 2Reliability KPIs and Continuous Improvement for Fleet Maintenance
- Calculate mean distance between failures and use it to compare subsystem reliability across a fleet.
- Build a reliability dashboard that links failure data back to specific maintenance tasks or suppliers.
- Run a reliability growth review that turns recurring fault data into a design or maintenance change.
- Present fleet maintenance performance to an operations stakeholder using availability and reliability KPIs.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
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