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Maintenance Program Optimization

Most maintenance programmes accumulate tasks and rarely lose them. Optimization works from what you already do — reviewing task validity, interval, and value — rather than starting again, which makes it faster to implement and easier for a maintenance team to accept.

What this covers

  • Task validity review — whether each existing task addresses a real failure mode.
  • Interval review — tasks being done more often than the failure characteristics justify, and less often than they should be.
  • Duplication — the same check performed under two different work orders.
  • Gap identification — significant failure modes with no task covering them.
  • Resource loading — how manpower is distributed against asset criticality.
  • Work order and history review — using your own maintenance records to find where effort is being wasted.
  • Condition monitoring — where a predictive technique would replace an intrusive routine.

What you receive

  • Current programme assessment with findings quantified
  • Revised task list with additions, deletions and interval changes marked
  • Estimated effort and cost impact of the changes
  • Phased implementation plan

Standards and references

Work references SAE JA1011 for maintenance task selection logic, IEC 60300-3-11 for dependability, and ISO 14224 for equipment taxonomy and failure data.

Related services

RCM Strategy Development

Risk-based maintenance strategy built around how each asset actually fails.

Criticality & FMECA Analysis

Failure mode and criticality analysis that directs budget to the assets that matter most.

System-Wide Reliability Strategy

Reliability strategy across power systems, protection equipment and rotating machinery.

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Need maintenance program optimization scoped?

Work directly with the engineers doing the analysis — clear scoping from the first conversation.

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