Maintenance Management Frameworks for Complex Systems

Complex facilities combine thousands of assets from many suppliers, several maintenance contractors, shared utilities and control systems, and demanding availability targets. Maintenance is often organised system by system, each with its own manuals, contractor and data, while the real risks sit at the interfaces. Requirements for maintainability are lost during design, handover arrives with incomplete data, and leaders find it hard to see whether the maintenance regime as a whole is fit for purpose.

This programme gives a framework view. It starts with the asset management system and governance, then looks at how maintenance requirements are defined over the life cycle, how maintenance concepts are built for systems of systems, how risk and performance are managed across interfaces and contractors, and how digital information supports decisions. The emphasis is on design of the overall regime and on the questions leaders should ask, not on detailed task analysis.

Built on recognised practice. The programme references the ISO 55000 asset management series, ISO/IEC/IEEE 15288 on system life cycle processes, the IEC 60300 dependability management series including reliability-centred maintenance and life cycle costing, IEC 61508 on functional safety, the ASD S3000L and S4000P specifications for logistics support analysis and preventive maintenance development, and ISO 14224 for reliability and maintenance data.

Decisions this programme improves. How to structure maintenance governance across systems, contractors and owners; which maintenance requirements to specify at design and accept at handover; where to apply detailed reliability analysis; how to allocate risk and performance obligations in maintenance contracts; which system-level measures the executive team should see; and where investment in digital tools will actually improve decisions.

How it is delivered. Twenty hours across five sessions, built around one running case: a large public infrastructure facility with integrated mechanical, electrical, control and safety systems moving from construction into operation. Participants map its system interfaces, build a maintenance concept, test a performance-based contract and prepare a board-level maintenance assurance report.

In-house option. For organisations, the programme can be tailored to your own asset portfolio, operating model and contracts, and used to review an existing maintenance framework or to prepare for the handover of a new facility.

Who Should Attend

Heads of maintenance and asset management responsible for large or multi-system facilities

Senior engineering and operations managers in utilities, transport, energy, healthcare and giga-projects

Owner and operator representatives preparing facilities for handover and operation

Contract and performance managers overseeing long-term maintenance and service agreements

Specialists in reliability, integrity and asset information with a leadership role

Objectives

Position maintenance within an asset management system and its line of sight to organisational objectives

Decompose a complex facility into systems, subsystems and interfaces for maintenance purposes

Define maintainability, reliability and supportability requirements for design and procurement

Set handover and acceptance criteria for asset data, documentation and spares

Develop a maintenance concept that combines tactics across interacting systems

Identify and control interface risks and common cause failures between systems

Structure maintenance delivery models and performance-based contracts

Specify an asset information model and data standards that support decisions

Design a system-level performance and assurance framework for executives

Prepare a roadmap to strengthen the maintenance framework of their organisation

Course Outline

Governing Maintenance in a Complex Asset Base

What makes a system complex: interdependence, redundancy and emergent failure
Asset management system, strategic asset management plan and maintenance policy
Line of sight from organisational objectives to maintenance plans
Governance roles: owner, operator, maintainer and contractors
Maturity assessment of the maintenance framework
Risk appetite and service level definitions for critical services

Maintenance Across the Life Cycle: From Requirements to Handover

System life cycle processes and where maintenance decisions are made
Maintainability, reliability and supportability requirements in design
Logistic support analysis and maintenance task development
Commissioning, operational readiness and handover acceptance
Asset data, documentation and spares at handover
Managing modifications and configuration over time

Building the Maintenance Concept for Systems of Systems

System and functional hierarchy for maintenance planning
Criticality at system and service level
Combining RCM, risk-based inspection and condition monitoring
Safety instrumented and protective systems: proof testing and integrity
Interface risks, common cause failures and cascading effects
Resilience, redundancy and degraded-mode operation

Delivery Models, Contracts and Performance

In-house, outsourced and hybrid maintenance models
Integrated facilities and long-term service agreements
Performance-based and availability contracts: measures, incentives and risk
Interface management between multiple contractors
System-level KPIs, assurance and executive reporting
Life cycle cost and budgeting over the asset life

Digital Information and Future-Ready Maintenance

Asset information models, data standards and data ownership
Integrating CMMS, building management and control system data
Digital twins and BIM for operations: realistic benefits and prerequisites
Predictive analytics and AI: governance, data quality and limits
Cyber security of connected maintenance systems
Action plan: strengthening the maintenance framework in your organisation

Competencies

Maintenance governance for complex facilities

Life cycle maintenance requirements and handover acceptance

System and interface risk analysis

Maintenance concept development

Integrity of safety and protective systems

Performance-based maintenance contracting

System-level maintenance performance and assurance

Asset information and data governance

Maintenance framework improvement planning

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