Scaffolding in Australia: high risk work licence, SWMS and inspections

In Australia, anyone doing scaffolding work where a fall of more than 4 m is possible needs a high risk work licence, issued in three classes: basic, intermediate and advanced. Scaffolding work with a risk of a fall of more than 2 m already counts as high risk construction work, which means a Safe Work Method Statement (SWMS) has to be prepared before the work starts. On inspections, there is no single national interval in the material reviewed here; SafeWork NSW, the regulator in New South Wales, has highlighted inspections at intervals of 30 days and proof that they took place as points its inspectors check. This guide is for contractors and buyers from Europe and elsewhere who are planning work, crews or equipment for Australian projects. It summarises; it does not replace advice from the regulator in the state or territory where the scaffold will stand.

Who makes the rules?

Safe Work Australia is the national body that publishes guidance on scaffolding as a hazard. The day-to-day regulation and enforcement, however, sit with the work health and safety regulators of the individual states and territories. SafeWork NSW is one of them, and its campaign reports show what inspectors actually look for on site. For a contractor arriving from abroad, this split has a practical consequence: the national guidance gives the framework, but details such as licensing procedures and inspection expectations should be confirmed with the regulator responsible for the site.

The two height thresholds

Two figures shape how scaffolding is handled in Australia, and they do different jobs.

Three examples show how this plays out:

• Single lift for gutter work, platform at 1.8 m. Below both thresholds. Good planning and competent people are still needed, but neither a licence nor a SWMS is triggered by height.
• Two lifts on a house, top platform at about 3.5 m. A fall of more than 2 m is possible, so a SWMS is required. The 4 m licence threshold is not reached on this scaffold.
• Facade scaffold on a three-storey building. Falls of well over 4 m are possible during erection and dismantling, so the scaffolding work must be done by appropriately licensed people, and a SWMS applies.

Measure the possible fall honestly. A platform at 3.8 m above a footpath that drops away to a lower courtyard on one side may well present a fall of more than 4 m from that side.

High risk work licence: basic, intermediate, advanced

The licence classes are graded: basic, intermediate and advanced cover progressively more complex kinds of scaffolding. Which class covers which scaffold type is defined by the regulators, and a contractor should check the scope of each licence against the scaffold planned rather than assume that any licence will do.

Points that matter in practice:

• The licence is personal. It belongs to the scaffolder, not the company. A crew with one licence holder and several unlicensed workers needs a clear arrangement for who does what and under whose supervision; confirm with the regulator how trainees may work.
• Verify, do not assume. Ask to see licences before work starts and keep a record. Many principal contractors ask for this as a matter of course before a crew is allowed to start.
• Overseas qualifications. Do not plan on a European or other foreign scaffolding qualification being accepted as a licence. Clarify the route with the regulator well before crews travel.

The Safe Work Method Statement

A SWMS is a written document for high risk construction work. Its job is to set out, before work begins, what the work involves, what can go wrong and how the risks are controlled, and then to be used on site rather than filed. For scaffolding, a useful SWMS typically covers:

1. the scope: type of scaffold, height, location, duration and who will use it;
2. the sequence of erection, alteration and dismantling;
3. fall protection for the scaffolders during erection, preferably collective measures such as an advance guard-rail;
4. falling objects and exclusion zones below and around the scaffold;
5. ground conditions, base plates and sole boards;
6. tying to the structure and what happens when ties need to move;
7. overhead power lines, traffic and public access;
8. who checks the SWMS is followed and how it is reviewed when conditions change.

The common weakness is not a missing SWMS but a generic one. A template copied from the last job that mentions neither the neighbouring power line nor the sloping driveway protects nobody. The people doing the work should know what is in it, and it should be updated when the job changes, for example when sheeting is added or a loading platform is introduced.

Inspections: what SafeWork NSW looks for

SafeWork NSW ran a campaign in 2021 under the name Scaff Safe and published a findings report covering March to June of that year. Among the points highlighted were inspections at intervals of 30 days and evidence that these inspections had been carried out. This is material from one state regulator. It shows what inspectors in New South Wales expect, but it should not be read as a national rule for all of Australia.

Beyond the NSW figure, some inspection points are common ground in most countries and are sensible anywhere:

• inspection by a competent person after erection and before the scaffold is first used;
• repeat inspections at regular intervals while it stands;
• inspection after anything that may have affected it: storms, alterations, impact, removed ties;
• a written record of each inspection that can be shown to the regulator.

For comparison, UK scaffolds must be inspected at least weekly, and in the United States a competent person checks the scaffold before each work shift. A 30-day rhythm is therefore on the generous side, and many contractors inspect more often, particularly on busy sites with several trades. Our guide to scaffolding safety: duties and standards gives the wider international picture.

Bringing equipment to an Australian project

Contractors and buyers who supply scaffolding for Australian work should plan for local scrutiny of the equipment as well as the people:

• Standards and documentation. Ask the principal contractor or the regulator which Australian standards and documents they expect for the system you plan to use, and have the manufacturer's instructions available in English.
• One system per scaffold. Keep components from different systems apart unless an engineer has confirmed that a combination is acceptable.
• Condition. Bent, cracked or heavily corroded parts must stay out of service. Check used stock before it is shipped, not on arrival. Our guide to worn scaffold parts describes the usual signs.
• Shipping. Long transit times leave little room to replace rejected parts. Pack and document components so that quantities and types can be checked quickly on site; see transporting scaffolding.

Example: a European contractor plans an Australian job

Imagine a facade contractor from Europe that has won a package on a four-storey refurbishment in New South Wales. The scaffold will wrap two elevations, with a top working level well above 4 m. How does the planning look against the points above?

• People: erection and dismantling involve falls of more than 4 m, so the scaffolding work needs licensed scaffolders in the right class. The contractor either recruits licensed staff locally or subcontracts the scaffold to a local firm, and checks the licences before anyone starts.
• Documents: because falls of more than 2 m are possible, a SWMS is prepared for the scaffolding work, describing this site: the narrow side lane, the overhead line at the rear, the shop entrance that must stay open.
• Inspections: with NSW as the location, the contractor expects the regulator to ask about 30-day inspections and evidence of them, and agrees with the principal contractor on a format and on who carries them out. Given the number of trades, it decides to inspect more often than that.
• Equipment: the scaffold comes from one system, with instructions in English, and used components are checked before they are packed.

None of this is exotic. The difference from European practice lies mostly in the licence system and in the SWMS as a formal document, both of which need lead time.

A planning checklist for contractors from abroad

1. Identify the state or territory and its regulator.
2. Work out the maximum possible fall for each scaffold: over 2 m means SWMS, over 4 m means licensed scaffolders as well.
3. Confirm which licence class the planned scaffolds require and how many licence holders each crew needs.
4. Clarify early whether overseas qualifications have any standing, and plan local licensing or local licensed staff if not.
5. Prepare a site-specific SWMS and make sure the crew has read it.
6. Agree the inspection interval and record format with the principal contractor; in NSW, expect questions about 30-day inspections and proof.
7. Check equipment documentation and condition before shipping.

Typical mistakes

• Treating 4 m as the only threshold. The SWMS duty starts at 2 m.
• Measuring from the wrong level. The relevant figure is the possible fall, not the nominal platform height.
• Quoting NSW as national law. The 30-day inspection point comes from a state regulator's campaign report.
• Generic SWMS. A document that does not describe the actual site does not control the actual risks.
• Assuming foreign cards count. Check the licensing route before the crew is booked.

Sources

• Safe Work Australia: Scaffolding (accessed October 2026)
• SafeWork NSW: Scaff Safe 2021 Findings Report
• HSE: Scaffolds, updated May 2026
• OSHA: 29 CFR 1926.451