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Facilities Asset Management, Preventive and Predictive Maintenance
A practical programme for FM engineers, maintenance planners, operations teams, and facility supervisors — building maintenance-planning, asset-performance, and lifecycle-cost capability for facilities teams across the GCC.
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Description
Programme Highlights
Asset Criticality & Strategy Selection
Build a prioritisation matrix that justifies where maintenance resources go, based on real failure impact — not guesswork.
Reliability-Centered Maintenance (RCM)
Match reactive, preventive, and predictive approaches to each asset's actual failure modes and risk profile.
Predictive Maintenance Readiness
Build condition-monitoring and trend-analysis skills, and assess what a facility needs before investing in sensors.
Capstone Maintenance & KPI Plan
Build a complete risk-based maintenance and KPI plan for a sample facility portfolio, ready to apply on a live estate.
Course Curriculum — 8 Modules
Asset-Management Fundamentals
This module builds the conceptual foundation for strategic facilities asset management, moving beyond day-to-day maintenance execution toward asset-performance thinking. Participants examine the full asset lifecycle — acquisition, operation, maintenance, and eventual renewal or disposal — and how decisions made at each stage affect total cost of ownership. The module introduces criticality as a core concept distinct from asset value: a low-cost asset can carry high criticality if its failure disrupts operations, safety, or compliance in facilities common across GCC commercial, healthcare, and hospitality portfolios. Participants examine condition assessment fundamentals and maintainability — how design and access affect the practical cost of keeping an asset running — and close with lifecycle-cost thinking that weighs upfront cost against maintenance, energy, and eventual replacement cost over an asset's full service life.
Maintenance Strategies
No single maintenance strategy suits every asset, and choosing correctly is a core professional judgment for facilities teams. This module builds fluency across the maintenance strategy spectrum — reactive maintenance and when it remains a legitimate choice for low-criticality assets, preventive maintenance based on time or usage intervals, and predictive maintenance triggered by actual condition data. Participants examine Reliability-Centered Maintenance (RCM) principles, a structured methodology for determining the most effective maintenance approach for each asset based on its failure modes and consequences, and risk-based maintenance that prioritises effort according to the combined likelihood and impact of failure. The module closes with a decision framework for matching strategy to asset type, criticality, and operating context across GCC facility portfolios.
Asset Criticality Analysis
A facilities team with limited maintenance resources must know where to focus first. This module builds practical criticality analysis skills, starting with the identification of critical assets — those whose failure has disproportionate impact on safety, operations, compliance, or cost. Participants assess failure impact systematically across dimensions relevant to GCC facility operations: life-safety consequence, service disruption, regulatory exposure, and financial cost. The module covers prioritisation matrix construction, combining likelihood and consequence scoring into a structured ranking that justifies resource allocation to stakeholders and budget holders. The module closes with maintenance strategy selection: using the completed criticality analysis to determine which assets warrant intensive predictive monitoring and which can be managed with lighter-touch preventive or run-to-failure approaches.
PPM Planning
A maintenance strategy only delivers value once it is translated into an executable plan with the resources to back it. This module builds practical maintenance planning skills, starting with task library development — building a structured, reusable set of maintenance procedures organised by asset type rather than reinventing task instructions for every work order. Participants calculate labor loading, estimating the technician-hours a maintenance programme actually requires so that staffing levels match planned workload rather than being set arbitrarily. The module covers spare parts provisioning — balancing holding cost against the risk of extended downtime while waiting for critical components common on GCC facility portfolios with long import lead times. The module closes with shutdown coordination: planning maintenance windows that minimise operational disruption across interconnected building systems.
Performance and Reliability KPIs
Reliability engineering depends on metrics that measure asset performance, not just maintenance activity. This module builds fluency in the core reliability KPI set — Mean Time Between Failures (MTBF) as a measure of asset reliability, and Mean Time to Repair (MTTR) as a measure of maintenance responsiveness and effectiveness. Participants calculate availability, the proportion of time an asset is capable of performing its function, and learn to interpret these metrics together rather than in isolation, since improving MTTR without addressing MTBF only masks a reliability problem. The module covers maintenance backlog tracking and statutory compliance reporting relevant to GCC facility regulations, and closes with cost and service-level metrics that connect reliability performance to the budget and contractual obligations facilities teams are ultimately measured against.
Predictive Maintenance Concepts
Predictive maintenance promises significant cost savings, but only for facilities teams that build the right foundation first. This module introduces condition monitoring principles — the sensor-based techniques (vibration analysis, thermal imaging, oil analysis, and other common methods) used to assess asset health without waiting for failure. Participants examine sensor selection appropriate to common GCC facility asset types — HVAC systems facing intense cooling loads, electrical infrastructure, and critical mechanical plant — and build trend analysis skills that distinguish genuine degradation signals from normal operating variation. The module closes with a practical predictive maintenance readiness assessment: the data quality, asset criticality profile, and organisational capability a facilities team needs in place before investing in a predictive maintenance programme.
Budget and Contractor Controls
Maintenance strategy only survives if it is funded and delivered reliably, whether by an in-house team or an outsourced service provider. This module builds practical maintenance budgeting skills, structuring a budget that reflects planned PPM activity, anticipated reactive work, and a reasonable contingency rather than a simple percentage-of-asset-value estimate. Participants design service-provider KPI frameworks appropriate for GCC outsourced FM contracts, covering response time, first-time-fix rate, and compliance performance. The module covers Service Level Agreement (SLA) structuring that protects facility performance while remaining commercially realistic for contractors, and closes with structured performance review technique: running contract review meetings that hold service providers accountable using data rather than anecdote.
Capstone Maintenance Plan
The programme closes with an applied capstone: participants create a complete maintenance and KPI plan for a realistic sample facility asset portfolio, drawing on every skill built across the previous seven modules. Working from a portfolio scenario spanning multiple asset types and criticality levels, participants complete a criticality analysis, select appropriate maintenance strategies per asset category, build supporting PPM and resourcing plans, and define the reliability and service-level KPIs that will track performance. Facilitator and peer feedback focuses on whether the finished plan reflects a genuinely risk-based allocation of maintenance resources — not simply applying the same maintenance intensity to every asset regardless of criticality.
Frameworks, Tools & Accreditation
Course Outcome
On completing this course, you will be able to assess asset criticality, select appropriate maintenance strategies, build PPM and resourcing plans, track reliability and performance KPIs, and apply predictive maintenance and contractor-control principles with confidence — capabilities directly applicable to FM engineer, maintenance planner, operations, and facility supervisor roles across commercial, healthcare, and government facilities in Saudi Arabia, the UAE, Qatar, and the wider GCC.
