Original Equipment Manufacturer (OEM)

Maintenance & work orders

Asset tracking

Equipment maintenance log

Spare Parts Management

Spare parts management is the process of planning, procuring, storing, and issuing replacement components and consumables needed to maintain and repair assets. It involves determining which parts to stock, setting minimum and reorder quantities, managing supplier relationships, and ensuring parts are available when needed without carrying excessive inventory. Effective spare parts management balances availability against holding costs.

Preventive Maintenance

Preventive maintenance (PM) is a proactive maintenance strategy in which assets are serviced at predetermined time or usage intervals to reduce the likelihood of failure. Tasks may include inspections, lubrication, filter changes, calibrations, and component replacements. PM schedules are typically based on manufacturer recommendations, regulatory requirements, or historical failure data.

Service History

Service history is the chronological record of all maintenance, repairs, inspections, and modifications performed on an asset throughout its lifecycle. A comprehensive service history includes dates, descriptions of work, parts used, technician details, costs, and supporting documentation such as photos or test certificates. It serves as the permanent maintenance biography of an asset.

Resource Scheduling

Resource scheduling is the process of allocating available labour, tools, equipment, materials, and facilities to planned tasks within defined time periods to maximise utilisation and meet operational targets. In maintenance and field service contexts, resource scheduling involves matching technician skills and availability to work orders, ensuring that required parts and tools are available at the right location, sequencing tasks to minimise travel time and idle periods, and balancing workloads across teams and shifts. Effective resource scheduling requires accurate estimates of task duration, up-to-date information on resource availability, visibility into work order priority and dependencies, and the ability to reschedule dynamically when priorities change or emergencies arise. Advanced scheduling tools use constraint-based algorithms to optimise schedules across multiple variables simultaneously. The weekly scheduling cycle typically begins with a planning meeting where the maintenance planner and scheduler review the ready backlog, confirm resource availability, and build a schedule that targets 90 per cent or higher schedule compliance.

Site Induction

A site induction is a structured orientation process that familiarises workers, contractors, and visitors with the specific hazards, safety rules, emergency procedures, and operational requirements of a worksite before they commence work or enter designated areas. In Australia, WHS Regulations require PCBUs and principal contractors to ensure that all persons entering a construction site or other high-risk workplace are inducted with information relevant to their safety. A comprehensive site induction covers site layout and access routes, emergency assembly points and evacuation procedures, hazard-specific controls (e.g. overhead work, mobile plant, confined spaces), PPE requirements, permit-to-work procedures, reporting obligations for incidents and hazards, and any site-specific rules such as speed limits, exclusion zones, or drug and alcohol policies. Inductions may be site-specific (covering the unique characteristics of one location) or general (covering company-wide safety standards). Digital induction platforms have largely replaced paper-based sign-in sheets, enabling workers to complete inductions on their own devices before arriving on site, reducing delays at the gate and creating searchable records of who has been inducted, when, and for which site.