303
PRACTITIONERCompare real-world execution patterns

EAM 303 · INTEGRATION PATTERNS

How can Enterprise Asset Management execute differently?

Choose a pattern from the outcome, required control, execution evidence, and financial treatment—not familiarity with one template.

  1. 01

    Reactive maintenance

    A maintenance request starts a controlled phase-based response to restore an asset after an issue.

    Design implication: Best where screening, approval, planning buckets, and phase visibility matter.

  2. 02

    Corrective maintenance

    A planner creates and releases an order to repair a known defect using classic status-driven processing.

    Design implication: Straightforward planned repair execution.

  3. 03

    Emergency maintenance

    Urgent work is executed and reported with minimal delay while preserving labor, material, and history.

    Design implication: Optimizes response speed with retrospective control.

  4. 04

    Preventive maintenance

    Maintenance plans schedule recurring work from time, performance, strategy, or counter rules.

    Design implication: Reduces avoidable failure and standardizes recurring work.

  5. 05

    Shutdown or turnaround

    Many orders are coordinated within a common outage window, often with PS or higher-level scheduling.

    Design implication: Controls dependencies, shared resources, and outage duration.

  6. 06

    Capital upgrade integration

    A project governs capital scope and budget while maintenance orders execute against technical objects.

    Design implication: Connects physical work to the B2A accounting outcome.

SELECTION TEST

Decide with the same questions

Outcome and owner

What is delivered, who accepts it, and who owns the result?

Execution evidence

Which object controls dates, work, materials, services, confirmations, status, and change?

Financial outcome

Where do cost and revenue collect, how are they recognized or settled, and what reconciles?

CONTINUE THE PATHContinue to EAM 404

Translate an approved pattern into controls, integrations, settings, and proof.

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