Work order management software: how does it work?

The life cycle of a job, from report to logbook

Whether it’s a repair or scheduled maintenance, a job always follows the same path. The software makes sure no step is lost along the way, and that everyone knows where each request stands.

1. The request is created: an operator reports an anomaly from the field, or a maintenance or inspection due date is approaching.
2. The office assesses it: severity, component involved, whether the machine is out of service.
3. The job is scheduled: a time slot, a location (workshop, site), a technician assigned.
4. The technician finds it in their schedule, checks the machine’s record and carries out the work.
5. They fill in the job report: checklist items, observations, meter reading, signature.
6. The job is closed out and added to the machine’s maintenance logbook, viewable by everyone.

Technician scheduling: the central piece

Job scheduling answers a simple question: who does what, where and when? On one screen, the workshop manager sees each technician’s week, slot by slot. They assign a job, choose the technician, and the technician finds it directly in their app, with no phone call or paperwork.

A good schedule avoids double bookings, wasted trips to a site where the machine has already moved, and emergencies that crowd out preventive maintenance. It also gives an at-a-glance view of the workshop’s workload before accepting a new request.

From the paper work order to the mobile job report

A paper work order has two drawbacks: it needs re-entering back at the office, and it often arrives incomplete, illegible or not at all. On mobile, the technician fills in the job report right by the machine, with checklist items to tick, observations and a signature. The office sees it as soon as it syncs.

If you’re not ready to switch tools yet, our free PDF work order template covers the essentials: reason, work carried out, parts, duration, return to service, signatures.

Why the app needs to work without a connection

Equipment works in trenches, underground car parks, railway tracks or poorly covered rural areas. An app that needs a connection on every screen will be abandoned within days.

Ask the vendor precisely what works offline: viewing jobs and records, filling in the job report, taking photos, and how syncing happens once back in signal range. One point often overlooked: you generally need to open the app and load the data before heading into a no-signal area.

What Trackary does for your jobs

Trackary covers the whole process for fleets of construction equipment, MEWPs, forklifts and road-rail vehicles. In the field, the anomaly is reported with its severity (minor or major), the component involved, findings and photos. At the office, you schedule the job for a time slot and assign a technician, who finds it in their schedule, by slot and by site.

The technician checks the machine’s record (meter, due dates, latest jobs), then closes out the job with a report: checklist items, observations and a signature. The report joins the machine’s maintenance logbook and can be exported as a PDF to share.

Offline, data already loaded remains viewable, and entries and media sync once back in signal range. You need to connect and load the data before leaving. The web dashboard, on the other hand, requires a connection.

What Trackary does not do

Trackary does not handle job invoicing, customer quotes, parts stock management, technician or equipment geolocation, or QR codes. It is a maintenance tool for equipment fleets, not multi-trade after-sales service software. If you invoice jobs to external customers, you will need an invoicing tool alongside it.