Digital inspections mine site teams can rely on produce a record at least as good as the paper they replace: complete, attributable to a person and a time, tied to the place inspected, available when someone asks for it, and never quietly altered. Going paperless is not about getting rid of binders. It is about a record that still holds up seven years later.
This guide explains why paper and general-purpose form apps both struggle on mine sites, what Queensland law expects of inspection records, what a good digital record looks like, and how to migrate without a gap in your statutory record.
Why paper inspections fail quietly
Paper rarely fails on the day. The form gets signed and goes into a binder in the crib room or the supervisor’s ute. The failure shows up weeks later, when someone needs to find it.
- Binders scatter. The same inspection type ends up in three binders across two crews, and the one you need is in the one that got wet.
- Someone retypes it. Every transcription into a spreadsheet or statutory report is a chance to drop a finding or misread a number.
- Photos live on phones. The photo of the tension crack is on the inspector’s personal phone, not on the form. When they leave the site, so does the evidence.
- There is no location. “Crest near the old ramp” means nothing to an inspector reading it in a year.
- Findings do not reach the hazard. A defect noted on a checklist sits on the checklist. Nothing links it to the hazard, the failed control or the fix.
Together they mean a site can do every required inspection and still be unable to prove it.
Why a generic form app is not the fix
The obvious response is a general-purpose app for digital checklists. It removes the binder, but on a mine site it tends to solve the easy half of the problem and leave the hard half where it was.
Many are built around reliable phone coverage, which a pit floor or a remote dump rarely has. Most record where the device was, not what was inspected, so a highwall inspection is a form with a GPS dot rather than a record against that highwall. Findings end in the app’s own action list, separate from the site’s hazards, TARPs and controls. And some keep forms in a shared public template library, which is a poor home for a site’s controlled documents. The wider problem with generic content is covered in why general checklists create a false sense of safety in mining.
What the law expects of inspection records
Queensland is the clearest worked example, because the obligations are written out in the Acts. Section 68 of the Coal Mining Safety and Health Act 1999 requires the coal mine operator to keep a mine record that includes all reports of, and findings and recommendations resulting from, inspections, investigations and audits carried out at the mine under the Act. It also covers directives, remedial actions taken because of directives, and serious accidents and high potential incidents.
Around that list sit four obligations that matter for any digital system:
- Retention. A matter must be kept in the mine record for at least seven years after it is included.
- Availability. The record must be available for inspection by coal mine workers, industry safety and health representatives and the site senior executive. If one of them asks for a matter, it must be available as soon as practicable, and no later than five days if it was recorded in the previous six months, or 28 days otherwise.
- Integrity. A person must not destroy, deface or alter the mine record so that it is no longer a correct and complete record.
- Handover. A former operator must give the mine record to the new operator as soon as practicable after being replaced.
Section 69 separately requires the site senior executive to display a copy of each report of an inspection carried out at the mine, in conspicuous positions where affected workers are likely to see it. The Mining and Quarrying Safety and Health Act 1999 carries an equivalent mine record duty at section 59, with the same seven year minimum and the same five and 28 day availability windows.
The Coal Mining Safety and Health Regulation 2017 brings this down to the shift. Section 16A makes it a supervisor’s responsibility to carry out the workplace inspections required by the safety and health management system and to record the reports, findings and recommendations in the mine record. Section 106 requires an open-cut examiner, before inspecting a surface excavation, to read the latest OCE report in the mine record and acknowledge in writing that they have read it. The record is used every shift, not just archived.
The Queensland Government also lists a guidance note on the mine record, QGN 05, for both coal mines and mineral mines and quarries on the Queensland register of recognised standards, guidelines and guidance notes. A guidance note helps operators meet their obligations; it is not a recognised standard or a guideline, and it does not replace the Act. The full statutory picture is set out in the mine record requirements in Queensland. NSW and WA sites have their own record keeping rules and should check them against their own instruments.
Nothing in these provisions requires paper, so electronic inspection records can meet them. What they require is a record that is complete, retained, producible within days and not altered. That is the test any digital system has to pass.
Digital inspections on a mine site: what a good record looks like
A good digital inspection record has six properties. Test each one on a real form, not a sample.
It was completed where the work is
If the form cannot be completed with no reception, people will fill it in later from memory at the office. Offline completion that syncs later is the baseline, not a feature.
It is tied to what was inspected
A dump, a highwall, a ramp or an intersection is a place and usually a hazard. The inspection should sit against that place or that hazard, so the next person can see its history. Not every checklist needs a map: a vehicle pre-start does not. How that looks in practice is covered in putting inspections on the mine map.
Evidence is attached to the answer
Photos and comments belong to the question they explain, not to a camera roll.
A bad answer does something
On paper, a “No” is a tick in the wrong column. In a good digital form, a non-conforming answer opens the follow-up questions or the escalation section, and where the site uses TARPs, the answer carries the TARP level so the response is part of the record.
It is signed and producible
The record should show who completed it and who countersigned it, and produce a fixed document the moment it is submitted. That document is what gets displayed, filed and handed to an inspector.
It stays yours
A site’s inspection forms are controlled documents that reflect its principal hazard management plans, its TARPs and its hard-won lessons. They should sit in a system the site controls, not in a public template library where anyone can copy them.
How to migrate without a gap in the record
Paperless inspections in mining more often come unstuck at the migration than in the software. Four rules keep the statutory record continuous.
- Convert like for like first. Rebuild each existing form exactly as it is: same questions, same order, same wording. Nobody has to relearn an inspection and a device at the same time.
- Improve second. Once the digital version is bedded in, add what paper could not do: conditional sections, photo prompts, TARP levels in the answers, a link to the hazard. Put each change through normal document control.
- Run alongside the current system. Keep the existing process live while the digital one is proven on real shifts. Decide in advance what counts as proven.
- Decide where the old records go. Paper records already in the mine record still need to be kept for their full seven years. Moving to digital does not restart or shorten that clock.
Start with the inspections that hurt most on paper. For many open cut sites that is the OCE inspection, which is why digitising OCE reports and statutory inspections is usually the first step. When you get to choosing a system, a buyer’s checklist for mine inspection software sets out the questions to ask.
Where paperless projects go wrong
- Redesigning every form on day one. The rollout becomes a document review, crews reject the new forms and paper creeps back in.
- Assuming coverage. The app is tested in the office car park and fails on the first night shift at the bottom of the pit.
- A PDF is treated as the whole record. It is filed, but the finding never reaches the hazard.
- No owner for the templates. Anyone can edit a form, versions multiply, and nobody can say which version was in use on a given date.
- The export is an afterthought. Nobody checks whether the records can be produced within five days, or handed to a new operator, until someone asks.
The wider context for all of this, from inspection types to statutory roles, is in the guide to mine site inspections in Australia.
Keeping inspections tied to the hazards they check
On most sites the inspection, the photo, the hazard and the record that must be produced later live in different places, joined up by someone retyping at the end of shift.
HazView was built to close those seams. Checklists are completed fully offline in the app and sync when the device is back in reception. Each template is set up the way the work happens: pinned to a location on the mine map, completed with no map at all, or attached to a specific hazard, so a dump or highwall inspection sits against that hazard and its history. Forms are converted like for like from the site’s existing paper first, then improved, with conditional logic that opens an escalation section on a non-conforming answer and TARP levels carried in the answers. Every question can carry photos and comments, sign-off and a countersignature by role are built in, and a PDF record can be generated on submit and emailed to nominated recipients.
Each client runs its own dedicated HazView deployment in an Australian region, so a site’s forms and records stay private inside it and are never published to a public template library. A guided trial runs for about four weeks alongside the site’s current system, so the comparison is made on real shifts.
See how HazView supports site managers and SSEs, or book a demo with your own forms.
Paper, form app and mine-ready digital record compared
| Test | Paper | Generic form app | What to look for |
|---|---|---|---|
| Completed with no reception | Yes | Varies | Full offline completion with sync |
| Tied to the place or hazard inspected | Free text only | Device GPS at best | Pinned to the map, or attached to the hazard |
| Photos kept with the answer | No | Usually | Photos and comments on every question |
| Non-conforming answer triggers a response | No | Sometimes | Conditional sections and TARP levels in answers |
| Signed and countersigned | Yes, by hand | Varies | Completer sign-off and countersignature by role |
| Fixed record on submit | The paper itself | Varies | PDF generated on submit and sent to nominated people |
| Producible within 5 days | Hard | Depends on export | Records held in a system the site controls |
| Forms kept private | Yes | Not always | Dedicated deployment, no public library |
| Retyping required | Yes | Often, into reports | Reports built from the inspection data |
Related guides
- Mine Site Inspections in Australia: What the Law Requires, What to Check and What a Defensible Record Looks Like
- Quarry Face Inspection Checklist for Australian Quarries
- NSW Mine Workplace Inspection Requirements Explained
- NSW Quarry Pit Inspections: A Practical Checklist
- All Inspections & Checklists guides
Frequently asked questions
Are digital inspection records legally acceptable on a Queensland mine?
Nothing in section 68 of the Coal Mining Safety and Health Act 1999 or section 59 of the Mining and Quarrying Safety and Health Act 1999 requires paper. The record must include what the Act lists, be kept for at least seven years, be available on request within the set timeframes and not be altered so it is no longer correct and complete. A digital system that does those things meets the same test paper does.
How long do inspection records need to be kept?
In Queensland, a matter must be kept in the mine record for at least seven years after it is included. Seven years is a minimum, so a general corporate retention policy that purges records earlier can put a site in breach.
Should we redesign our forms when we go paperless?
Not at first. Convert each form like for like, prove it on real shifts alongside the current system, then improve it through your normal document control.
What happens to inspections done where there is no reception?
In a system built for mines, the inspection is completed offline on the device and syncs when it is back in range. If a system needs coverage to submit, people will complete forms later from memory, which weakens the record it was meant to improve.
Why should inspection forms stay private?
They are controlled documents that reflect a site’s hazards, TARPs and management plans. Keeping them inside a system the site controls protects that work and keeps version control in one place.