Most maintenance teams in Saudi Arabia operate reactively: an elevator breaks down and a ticket is raised; an air conditioner fails at the peak of summer, requiring an emergency technician at double the cost. This approach is costly because post-failure repairs far exceed the cost of the inspections that could have prevented them. Shifting from a reactive to a preventive approach does not require a larger budget; rather, it requires a documented plan executed automatically by a maintenance management system.
This article outlines the steps to create a practical, actionable annual preventive maintenance plan—one that goes beyond merely sitting in a file.
The Difference Between Preventive and Emergency Maintenance
Emergency maintenance occurs after a breakdown: it entails the cost of urgent parts, overtime labor, operational downtime, and potentially contractual penalties. Preventive maintenance occurs before a breakdown: it involves a brief, scheduled inspection with a known cost. The rule of thumb across most sectors is that one riyal spent on prevention saves several riyals on emergency repairs and extends the asset's lifespan.
However, preventive maintenance often fails for two common reasons: schedules are forgotten amidst the pressure of daily service requests, and there is no proof of execution. A CMMS (Computerized Maintenance Management System) resolves both issues by automatically generating work orders and documenting their completion.
Steps to Build the Annual Plan
1. Inventory Maintainable Assets
Start with a clear list: elevators, HVAC systems, generators, pumps, alarm systems, vehicles, and production equipment. For each asset, record the following details: location, model, commissioning date, maintenance provider, and warranty status. The asset register forms the foundation of the plan; therefore, it is best integrated with your asset and equipment management software rather than maintaining two separate, mismatched records.
2. Prioritizing Assets
Not all assets require the same level of attention. Rank assets based on two criteria: the impact of downtime on operations and the cost of repair. Critical assets warrant an intensive maintenance plan, while secondary assets require a simpler one. This prioritization ensures the plan remains realistic given your team's capacity.
3. Defining Maintenance Tasks and Frequencies
For each asset, specify exactly what needs to be inspected and when. Consult the manufacturer’s manual as a primary source and your own records of past breakdowns as a secondary one. Illustrative examples:
Asset    Task    Frequency
HVAC Units    Filter cleaning and refrigerant check    Monthly / Quarterly
Backup Generator    Test run under load    Monthly
Elevators    Comprehensive technical inspection (certified contract)    Quarterly
Alarm Systems    Sensor and fire suppression system testing    Semi-annually
Pumps    Wear-and-tear inspection and lubrication    Quarterly

4. Creating Checklists for Each Task
A work order simply labeled "A/C Maintenance" does not yield standardized results. Conversely, a work order accompanied by an eight-step checklist—including fields for specific measurements (pressure, temperature, current)—generates data that can reveal asset deterioration before a breakdown occurs.
5. Scheduling the Plan Across the Annual Calendar
Distribute tasks across the weeks, taking into account team capacity and operational seasonality. For instance, HVAC maintenance should be performed prior to the summer season rather than during it, while production equipment maintenance should be scheduled during planned downtime. 6. Enabling Automated Work Order Generation
This step transforms the plan from a mere file into actionable work. The system generates the work order well in advance, assigns it to the appropriate technician, and sends a notification. The electronic maintenance ticketing system handles both emergency reports and scheduled maintenance orders within a unified platform, allowing the maintenance manager to view their team's total workload on a single dashboard.
7. Monthly Monitoring and Measurement
Conduct a brief monthly review focusing on four key indicators:
•    Preventive Maintenance Completion Rate: (On-time completed orders ÷ Scheduled orders). Target: >90%.
•    Emergency Maintenance as a Percentage of Total Maintenance: Should decrease quarter-over-quarter.
•    Mean Time to Repair (MTTR): From ticket opening to closure.
•    Maintenance Cost per Asset: To identify assets where replacement is more cost-effective than repair.
Linking Maintenance to Cost
Spare parts, purchase orders, and contractor invoices are all financial items. When the maintenance system is integrated with a cloud-based ERP, every spare part issued and contractor invoice is allocated to the specific asset and cost center; maintenance costs thus become precise, actionable data rather than mere estimates.
Case Study
A commercial complex in Medina was recording an average of 38 emergency tickets per month. After establishing a preventive maintenance plan for 94 critical assets and implementing automated work order generation, emergency tickets dropped to 14 per month within six months, and the cost of emergency call-outs fell by more than one-third. Summary
A preventive maintenance plan is not merely a document; it is a set of work orders that are automatically generated, executed, and measured. Start with critical assets only, enable automated generation, and monitor the emergency maintenance ratio on a monthly basis. A decrease in this ratio is the only true indicator that the plan is working.
Q: Where do we start if we don’t have an asset register?
A: Start with critical assets only—those whose downtime halts operations—and build a register for them first, then gradually add the remaining assets.
Q: Does the system generate work orders automatically?
A: Yes, preventive maintenance work orders are generated based on the intervals defined for each asset and assigned to technicians, complete with follow-up notifications.
Q: Can a technician complete a work order from the site?
A: Yes, the work order status can be updated, checklists filled out, and photos attached directly from the field, thereby shortening the closure cycle.
Contact Fikra Software via the contact page to build and automate an annual preventive maintenance plan for your facility's assets.