Plant risk assessment template for Australian workplaces

A plant risk assessment identifies how a particular machine, vehicle, tool or item of equipment can harm people during its actual use, cleaning, maintenance, movement and foreseeable fault conditions, then records controls and the person responsible for them. This fillable Australian template gives an employer or person conducting a business or undertaking (PCBU) a practical structure. It is not a design certificate, pre-start check, maintenance log, registration application or permission to operate defective plant.

Safe Work Australia's model Code of Practice, *Managing the risks of plant in the workplace* covers hazard identification, risk controls, commissioning, operation, inspection, maintenance and disposal. It was updated to address roll-away and safe-immobilisation risks. The Code is a model; Safe Work Australia says to check whether it has legal effect in the relevant state or territory. Victoria has its own occupational health and safety regime. A competent person must apply the actual enacted law, manufacturer information and the risks of the specific plant.

The observed Complys AU plant-register software page is the commercial owner for records, checks and maintenance. The existing plant-registration and pre-start guide explains registration and routine checks. This page's independent task is the blank item-and-task risk assessment, which can link to both without duplicating them.

Assessment identity and scope

Name the exact asset and configuration. A generic assessment for “all forklifts” will miss a changed attachment, a different operating surface or a pedestrian route. One base assessment can be reused where plant, task and environment are genuinely the same, but each new site, attachment or operation needs a check that its assumptions still hold.

Copyable hazard and control table

For each lifecycle stage, identify the hazardous situation, exposed people, existing control, further action and stop condition. Use the employer's risk methodology if one exists; a color score alone does not prove the control works. For the selected safeguard, record how it is verified in the field.

Stop before use if guarding is missing or bypassed, stability or ground support is uncertain, an attachment is unapproved, a safety-critical fault is unresolved, a required licence/registration is absent, isolation for maintenance is not established, or a manufacturer restriction cannot be met. Record who can remove the hold; an operator's signature is not an engineering release.

Questions that reveal the important plant risks

Movement, access and people nearby

Could a person be crushed, struck, trapped or run over by the plant, a load or an attachment? Consider reversing, turning, blind spots, pedestrian crossings, contractors, children/public exposure, unstable ground and changing work areas. Separate vehicles and people where practicable rather than relying only on a reversing alarm or high-visibility clothing. For mobile plant, record route, operating surface, exclusion, traffic management, parking and safe immobilisation. The model plant Code update specifically addresses vehicle roll-aways.

Moving parts, guarding and ejection

List in-running nip points, cutting heads, conveyors, rotating parts, stored mechanical energy and possible ejected workpieces. Record the actual guard or interlock and how bypass is prevented. The model Code's guarding guidance describes duties under the model regulation and the hierarchy of guarding arrangements. The suitable arrangement depends on whether access is necessary during operation, cleaning or maintenance. Do not remove a guard to make production faster or assume a painted line is equivalent to a physical barrier at a contact hazard. Where a safeguard must be opened, identify the safe isolation and restoration sequence in the employer's procedure.

Energy, fluids, substances and environmental exposure

Check electrical energy, pressure, gravity, springs, hydraulic accumulators, heat, fuels, emissions, noise, vibration and dust. An “off” control may leave stored energy or remote restart available. Maintenance may require a distinct isolation or permit method. Separate noise, silica, chemical or electrical assessments may be needed where the plant creates those exposures; this form can point to them, not replace them. Do not insert invented exposure limits, lockout sequence or respirator choices into a generic assessment.

Stability, load and structures

Assess the manufacturer's rated capacity, slope, ground-bearing conditions, load position, outriggers, reach, attachments and proximity to excavations or overhead services. A plant item that is stable in a yard may not be safe beside a trench, on a suspended slab or in wind. Have the competent engineering or specialist person determine uncertain ground or structural capacity. The assessment must note when work stops because conditions move beyond the approved design.

Human factors and foreseeable mistakes

Ask how an operator is trained and authorized, whether instructions are readable, how people signal a stop, and what happens when the machine jams or a deadline is missed. Observe the work; a manual may describe the intended method but not the informal shortcut used on a crowded site. Include fatigue, poor visibility, distractions, awkward access and maintenance pressure. Prefer an engineered control to a sign that depends entirely on someone noticing it at the right moment.

Select and verify controls

Start by asking if the risky plant or task can be eliminated or substituted. Then consider design and engineering changes—fixed or interlocked guarding, physical segregation, limiting access, suitable lifting/handling, safer power or ventilation. Administrative measures such as traffic rules, training, permits and pre-start checks support those controls. PPE addresses remaining exposure but should not stand alone where the underlying danger can be engineered out. The model Code guides this approach; the legal test and exact controls come from the locally enacted law and the plant's actual hazard.

Do not treat a completed form as a legal certificate. Ask whether the selected guard fits the machine, whether workers can use the aid under real production conditions, and whether the maintenance team has a safe access and isolation route. A control that cannot be maintained may fail when it is needed.

Example: mobile plant operating beside pedestrians

A warehouse uses a forklift to move palletised goods across a shared loading area. The assessment identifies pedestrian collision, rear swing, load drop and roll-away during parking. The business redesigns the flow with a physically separated pedestrian route and controlled crossing, confirms the forklift/attachment capacity and floor condition, assigns a competent licensed operator, maintains visibility, and defines a safe parking/immobilisation procedure. A pre-start check records the condition of brakes, tyres, forks and warning devices. When a new tenant opens a door onto the route, the old assessment is paused and reviewed. An induction and high-vis vest alone would not remove the collision point.

Review, approval and linked records

Registration, licensing and high-risk construction work should be checked separately. Some plant designs/items require registration, and some operators need a high-risk work licence. A SWMS may be mandatory for a high-risk construction activity; a plant risk assessment does not replace it. An ordinary daily pre-start check is a condition snapshot, not a complete assessment of a new task or site. Link these records to this form rather than conflating them.

What a site-specific version must add

Attach the manufacturer's instructions, diagrams/ratings, registration or licence evidence if applicable, site layout, inspection history, maintenance requirements, plant-specific isolation and emergency procedure, and the people trained to operate or maintain it. Confirm local law, especially where Victoria differs from the model WHS framework. A specialist should review altered, custom, lifting, high-energy or structurally sensitive plant. Update the assessment when the task or environment changes, not only at an annual calendar date.

The Complys AU plant-register software page markets storage of assessments, checks and maintenance. The public page does not prove the exact implemented workflow or plan entitlement. A safe CTA after product QA is: Ask Complys to demonstrate how its current Australian product keeps this approved plant assessment with the asset's checks, maintenance and corrective actions. Do not claim that software designs guarding, certifies plant or decides whether it is safe to use.

Source, claim, owner, link, product and writer-side QA register — 5 October 2026

Terminal writer-side disposition: READY. No Complys repository or live page was modified.