How inFM's structured PM scheduling moves Australian FM teams from reactive firefighting to proactive maintenance — reducing breakdowns, extending asset life, and keeping compliance on track.
The question isn't whether your assets will fail — it's whether you'll see it coming. Reactive maintenance — fixing things after they break — is the most expensive way to manage a facility. Emergency call-outs typically cost two to three times more than planned maintenance for the same job. Equipment failures cause unplanned downtime that disrupts operations, compromises safety, and creates compliance risk. And in industries like healthcare and mining, the consequences can extend well beyond cost.
Studies in industrial maintenance consistently show that reactive maintenance costs between two and ten times more per unit of work than planned preventative maintenance. An HVAC unit that fails in the middle of summer costs an emergency call-out, a weekend labour rate, an expedited parts order, and potentially days of downtime for the space it serves. The same unit, serviced on a quarterly PM cycle, costs a fraction of that — and is far less likely to fail.
Beyond the direct cost, reactive maintenance creates indirect costs that are harder to quantify but often larger: lost productivity while a space is out of service, the cost of managing unhappy occupants, the risk of cascading failures when one asset failure stresses related systems, and the reputational and liability costs of safety-critical failures.
Many assets in Australian facilities carry mandatory maintenance obligations. Lifts must be serviced in accordance with AS 1735 and registered with state work health and safety authorities. Fire detection and suppression systems must be maintained per AS 1851. Air handling units in healthcare environments must meet infection control maintenance standards. Essential safety measures in buildings must be inspected and documented under state building regulations.
These aren't suggestions — they're legal obligations. An organisation that cannot demonstrate maintenance has been performed at the required intervals faces regulatory risk, insurance risk, and in the event of an incident, potential liability. A CMMS with proper PM scheduling and records is not a luxury — it's the only defensible way to manage compliance-critical assets.
Most facilities teams know they should be doing more preventative maintenance. The challenge is execution. Without a system, PM schedules live in spreadsheets, wall calendars, or someone's memory. Work orders aren't created automatically. There's no visibility into what's overdue. And when things get busy — as they always do — reactive work pushes PM aside. The backlog grows. Assets deteriorate. Eventually something expensive breaks.
The solution is a CMMS that supports PM scheduling: a system that holds the schedule, surfaces what's due, notifies the right people on assignment, tracks completion, and tells you what's overdue. This is exactly what inFM provides.
Six PM capabilities that turn a maintenance schedule from a spreadsheet intention into a reliable operational process.
Configure PM schedules at any level of your asset hierarchy — for an individual asset, an asset class across a building, or a system-wide template applied to all assets of a given type. Set maintenance intervals by fixed date or recurring period (weekly, monthly, quarterly, annually). Operating-hour and usage-cycle triggers are on the product roadmap. Today, schedule records track the next due date so upcoming PM work is visible in the schedule view and can be turned into work orders by the assigned trade.
Once a PM schedule is configured, the next due date is tracked against the asset and surfaced in the schedule view. Facilities managers see upcoming PM work in the schedule view, with clear visibility of what's due in the next 7, 14, and 30 days, and can convert due items into work orders assigned to the designated trade or role. Fully autonomous background generation of recurring work orders is on the roadmap.
Assign PM work orders to specific individuals or trade roles. When a PM work order is generated, it goes to the right person or queue automatically. For organisations using contractors for specialist PM work (HVAC, electrical testing, lift maintenance), work orders can be assigned to specific contractors who receive notifications and can access the relevant asset details and maintenance history through the system.
Configurable email notifications alert relevant staff on job assignments and status changes. Technicians receive job notifications with all asset details, maintenance history, and step-by-step procedure information. Automated due/overdue notifications and configurable supervisor escalation rules are on the roadmap and depend on a scheduled-job engine that is not yet delivered.
Every PM work order closure records: completion date and time, technician name, time spent, work performed, parts and materials used, and any compliance checklist items completed. Standard reports cover PM completion and overdue items so facilities managers can see which assets have overdue PM and take corrective action before a failure occurs. A dedicated overdue-PM compliance dashboard with completion-rate trends over time is on the roadmap.
Every PM work order completed is permanently linked to the asset record. The full maintenance history — every service, inspection, repair, and parts replacement — is available on the asset at any time. This provides the historical data needed for failure analysis, asset condition assessment, and lifecycle planning. It also provides the audit trail needed for regulatory compliance and insurance purposes.
Talk to the inFM team about setting up a structured PM program for your facility. See how a structured, schedule-driven approach changes how your team works.