Safe Work Method Statements for Australian Licensed Scaffolders and Working at Height

SWMS for Scaffolders

Used by Australian scaffolding contractors and height safety professionals

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Scaffolding and working at height are among the most strictly regulated activities in Australian construction. Licensed scaffolders, height safety professionals, and any worker who erects or works from scaffold, elevated work platforms, or fall-arrest systems are required to prepare a Safe Work Method Statement (SWMS) before commencing high-risk construction work under the Work Health and Safety Act 2011 (Cth). Falls from height are the leading cause of death in the Australian construction industry, and the WHS Regulations specifically identify all work at height above 2 metres as high-risk construction work requiring documented safe work procedures. This hub aggregates all SWMS documents relevant to the scaffolding trade and height work — covering fixed scaffold erection, mobile scaffold, suspended powered scaffolds, elevated work platforms, rope access, safety harness work, ladders, trestles, roof edge protection, workboxes, and telecommunications tower work. Whether you are a licensed scaffolder, a builder deploying mobile scaffold, a rope access technician, or a roofing contractor installing edge protection systems, this page provides the specific SWMS documentation relevant to your work. Scaffolding in Australia is governed by Australian Standard AS/NZS 1576 (Scaffolding) series, which sets construction, load, and inspection requirements for all scaffold types. The Safe Work Australia Model Code of Practice: Managing the Risk of Falls at Workplaces provides the procedural framework for selecting and implementing height controls. The WHS Regulations 2017 (Cth) require that scaffolding at or above 4 metres must be erected and dismantled by a licensed scaffolder, and that an inspection of the scaffold must be conducted by a competent person before workers use it, after any incident, and at regular intervals during the project. Licensed scaffolding work in Australia is a high-risk work licence activity regulated under the WHS Regulations. There are three scaffolding licence categories: Basic (for basic scaffold systems), Intermediate (for non-suspended scaffold above 4 metres), and Advanced (for all scaffold types including suspended and special-purpose scaffold). SWMS must be prepared for any scaffolding work within these licence categories, and the SWMS must identify the licence category required for the specific scaffold type being erected.

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SWMS for Scaffolders Overview

18 curated templates

This hub aggregates all SWMS documents relevant to licensed scaffolding work and working at height in Australia. Covers fixed scaffold erection and dismantling, mobile scaffold, suspended powered scaffolds, elevated work platforms, rope access, safety harness, roof edge protection, ladders, trestles, and telecommunications tower work. All documents are aligned with AS/NZS 1576, the WHS Regulations Schedule 18, and high-risk work licensing requirements.

Definition

What is SWMS for Scaffolders?

Scaffolding SWMS documents are site-specific Safe Work Method Statements prepared by or on behalf of the scaffolding contractor or height work PCBU before commencing high-risk construction work at height. They identify fall hazards, specify the hierarchy of fall controls from engineering systems to PPE as a last resort, define inspection and tagging requirements, identify required high-risk work licences, and document step-by-step safe erection and dismantling procedures for each scaffold type.

Compliance impact

Why it matters

Falls from height are the leading cause of fatalities in Australian construction. The Work Health and Safety Regulations 2017 (Cth) Schedule 18 classifies all work involving a risk of falling more than 2 metres as high-risk construction work requiring a written SWMS. This captures all licensed scaffolding work above 4 metres, elevated work platform use, rope access work, roof edge protection installation, and most commercial ladder and trestle work. Non-compliance with SWMS requirements exposes the PCBU to prohibition notices, improvement notices, on-the-spot fines, and prosecution under the WHS Act — as well as civil liability in the event of a fall incident.

Key hazards in SWMS for Scaffolders

Highlight high-risk scenarios before work begins.

Risk focus
Hazard

Falls During Scaffold Erection — Leading Edge Exposure

Scaffolders face unprotected leading edge exposure during the erection phase before guardrails are installed at each new lift level. This is the highest-risk phase of scaffolding work. SWMS must specify the leading edge protection technique used — typically a combination of a one-bay maximum ahead of guardrail, fall arrest harness attached to a pre-rigged lifeline, and a horizontal safety line system — and prohibit deviation from the specified erection sequence.

Hazard

Scaffold Collapse from Inadequate Base, Overloading, or Damage

Scaffold can collapse if the base is inadequate for the ground conditions, if platform loads exceed the design capacity, or if structural elements are damaged by impact or weathering during a project. SWMS must address base plate and sole board requirements for different ground conditions, load limits per platform, prohibition on mixing scaffold system types without engineering approval, and daily visual inspection before use.

Hazard

Falling Objects from Scaffold Platforms

Tools, materials, and debris falling from scaffold platforms create struck-by hazards for workers and members of the public below. SWMS must specify toe boards at all platform edges to retain materials, waste management procedures on platforms, tool tethering requirements for hand tools used at height, and exclusion zones below active scaffold erection and work areas.

Hazard

EWP Tip-Over from Slope, Soft Ground, or Overreach

Elevated work platforms — including scissor lifts, boom lifts, and cherry pickers — can tip over if operated on ground exceeding the manufacturer's maximum slope, on soft or uneven ground, or if the operator overreaches beyond the platform's stability envelope. SWMS for EWP use must address pre-use ground condition assessment, maximum slope limits, outrigger deployment requirements for boom lifts, prohibition on platform overloading, and the requirement for a fall arrest lanyard inside the platform basket.

Hazard

Falls from Ladders during Roof and Height Access Work

Ladders are the most frequently misused height access equipment on construction sites. Incorrect ladder angle, inadequate securing at the top, standing on the top three rungs, and overreaching are common causes of ladder falls. SWMS for ladder use must specify ladder angle requirements (75 degrees, 1-in-4 ratio), tie-off or footing requirements, maximum working height per ladder type, and prohibition of two persons on the same ladder simultaneously.

Hazard

Overhead Power Line Contact during Scaffold Erection

Scaffold tube and section components are conductive. During erection of scaffold adjacent to buildings, contact between scaffold tubes and energised overhead power lines causes electrocution. SWMS must assess proximity of overhead lines, establish no-go zones based on statutory minimum approach distances, and where practicable arrange temporary de-energisation of overhead lines through the relevant network operator before scaffold erection commences within the exclusion zone.

Benefits of using a SWMS for Scaffolders SWMS

  • Satisfy WHS Act 2011 Schedule 18 requirements for high-risk work at height including scaffold erection, EWP use, rope access, and roof edge protection installation
  • Demonstrate high-risk work licence compliance by documenting scaffolding licence categories, licence numbers, and competent person inspection requirements in the SWMS
  • Provide principal contractors with required SWMS documentation for site access and safety management system registration — a commercial necessity for scaffolding subcontractors
  • Specify the correct fall prevention hierarchy for each scaffold type and work phase, reducing the leading cause of fatality in Australian construction
  • Address AS/NZS 1576 compliance requirements for scaffold design loads, inspection intervals, and tagging within the SWMS framework
  • Create defensible documentation for SafeWork inspections, coronial inquests, and WHS prosecutions following falls from scaffold or height

Available SWMS templates

Hand-crafted documents ready to customise for your teams.

View all 18 documents

SWMS Template

Erecting Fixed Scaffold SWMS

SWMS for erection, alteration, and dismantling of fixed tube-and-coupler and prefabricated modular scaffold

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SWMS Template

Mobile Scaffold SWMS

SWMS for assembly, use, and dismantling of mobile aluminium scaffold towers up to 4 metres

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SWMS Template

Erecting Suspended Powered Scaffolds SWMS

SWMS for erection and commissioning of suspended powered scaffold systems (hung from the building structure)

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SWMS Template

Working on Suspended Powered Scaffolds SWMS

SWMS for work operations conducted from suspended powered scaffold platforms

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SWMS Template

Working on Scaffolds SWMS

SWMS for trade and construction work conducted from erected scaffold platforms

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SWMS Template

EWP — Boom, Cherry Picker, Scissor Lift SWMS

SWMS for the operation of boom-type elevated work platforms, cherry pickers, and scissor lifts

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SWMS Template

Height Access Equipment SWMS

SWMS for the selection, inspection, and use of various height access equipment types on construction sites

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SWMS Template

Safety Harness SWMS

SWMS for the selection, inspection, fitting, and use of fall arrest safety harness systems

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SWMS Template

Rope Access SWMS

SWMS for rope access work operations including abseiling and rope ascent for building maintenance and construction

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SWMS Template

Ladders SWMS

SWMS for the use of portable and fixed ladders for access and work at height in construction

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SWMS Template

Trestles SWMS

SWMS for the use of trestle scaffold and planking systems for low-level interior work

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SWMS Template

Workbox SWMS

SWMS for personnel workbox use when lifted by crane, forklift, or other plant for elevated access

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Frequently asked questions

Do scaffolders need a SWMS for every scaffold erection job?

Yes, where the scaffold reaches or exceeds 2 metres in height. The Work Health and Safety Regulations 2017 (Cth) Schedule 18 classifies work involving a risk of a person falling more than 2 metres as high-risk construction work requiring a written SWMS before commencement. Virtually all commercial and residential scaffold work — including fixed scaffold, mobile scaffold towers above 2 metres, and suspended scaffold — meets this threshold. Even scaffold erection below 2 metres may require SWMS if other high-risk work factors are present, such as proximity to overhead power lines or traffic. Sole-trader licensed scaffolders must also comply — the SWMS obligation applies regardless of business size.

What scaffolding licence is needed in Australia and how does it affect the SWMS?

Australian scaffolding above 4 metres is high-risk work requiring a High-Risk Work Licence (HRWL) under the WHS Regulations. The three scaffolding licence categories are: Basic (SB) for scaffold up to 4 metres, Intermediate (SI) for non-suspended scaffold above 4 metres, and Advanced (SA) for all scaffold types including suspended systems. The SWMS must identify the scaffold type being erected, confirm the licence category required, and record the licence number and expiry date for each scaffolder involved. Workers without the appropriate licence must not perform erection or dismantling of scaffold within that licence class. SafeWork inspectors routinely check licence details during scaffold site inspections.

What does AS/NZS 1576 require for scaffold inspection before use?

AS/NZS 1576 and the Work Health and Safety Regulations require that scaffold must be inspected by a competent person before first use, after any incident that may have affected its integrity (such as a vehicle strike or severe weather event), and at intervals not exceeding 30 days during a project. A competent person for scaffold inspection purposes is a person who holds an appropriate scaffolding licence or has the skills, knowledge, and experience to identify scaffold defects and assess safety. The inspection result must be recorded — typically using a scaffold tag system showing green (safe for use), yellow (restricted use), or red (out of service) status. The SWMS must reference the inspection requirement and identify the competent person responsible.

Is a SWMS required for using a scissor lift or boom lift (EWP) on a construction site?

Yes. The operation of elevated work platforms (EWPs) including scissor lifts, boom lifts, and cherry pickers constitutes working at height and falls within the high-risk construction work categories under Schedule 18 of the WHS Regulations. A SWMS must be prepared before EWP operations commence. The SWMS must address: EWP pre-use inspection requirements per AS 2550, operator licence requirements (an EWP Licence is required for boom-type EWPs with a boom length greater than 11 metres), ground condition assessment, overhead obstruction clearance, exclusion zones below the work platform, and fall protection inside the basket.

What fall protection does a scaffolder need to wear during erection?

During scaffold erection above 2 metres where the leading edge is not yet protected by guardrails, scaffolders must use a fall arrest system consisting of a full-body harness, shock-absorbing lanyard, and a secure anchor point. The anchor point must be capable of withstanding the expected fall arrest load — typically a minimum of 15 kN per the WHS Regulations. The SWMS must specify the anchor system used during erection (e.g., pre-rigged safety line, inertia reel, or structural anchor), confirm that the anchor capacity meets regulatory requirements, and specify that fall arrest equipment is inspected before use. Scaffolders must be trained and competent in the use of fall arrest equipment — working at height without appropriate fall protection when guardrails are not in place is a serious WHS breach.

Does a roofing contractor need the scaffolding SWMS or the roofing SWMS when installing edge protection?

Both may apply depending on the scope. If a roofing contractor installs their own roof edge protection system before commencing roofing work, they need a SWMS for the edge protection installation activity itself — because installing edge protection on a rooftop involves working at height before the protection is in place, creating fall exposure. Once the edge protection is installed, a separate roofing SWMS covers the actual roof work. If a licensed scaffolding contractor installs the edge protection system separately, they will provide their own scaffolding/edge protection SWMS. In both cases, the principal contractor must ensure that the SWMS documents are in place before any height work commences.

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AS/NZS 1576 Scaffolding Standards and SWMS Requirements

Australian Standard AS/NZS 1576 (Scaffolding) is a series of standards covering different scaffold types and applications. AS/NZS 1576.1 (General Requirements) specifies design loads, safety factors, and general construction requirements applicable to all scaffold types. AS/NZS 1576.2 (Couplers and Accessories) covers the mechanical connections used in tube and coupler scaffold systems. AS/NZS 1576.3 (Prefabricated and Tube-and-Coupler Scaffolding) covers the most common modular scaffold systems used on Australian construction sites. AS/NZS 1576.4 (Suspended Scaffolding) covers cantilevered and counterweight suspended platforms. AS/NZS 1576.6 (Metal Tube and Coupler Scaffolding) addresses the traditional tube-and-clip system. A compliant scaffolding SWMS must reference the applicable AS/NZS 1576 standard for the scaffold type being erected. The SWMS must address: the scaffold design and load calculations where required; the foundation or base condition assessment before erection; the erection sequence to maintain structural stability at each stage; the provision of work platforms, guardrails, and mid-rails throughout erection and dismantling; the scaffold inspection requirements before first use; and the ongoing inspection regime during the project. For tube and coupler scaffold and complex scaffold systems, AS/NZS 1576 requires a scaffold design prepared by a competent person — typically a qualified structural engineer or a licensed Advanced Scaffolder — before erection commences on complex or non-standard configurations. The design must be accessible on site and the SWMS must reference it. Scaffold loads must not exceed the design capacity, and the SWMS must specify load limits and prohibit storage of materials or equipment on scaffold platforms beyond the specified capacity. In addition to AS/NZS 1576, mobile scaffold is governed by AS/NZS 1418.13 (Mobile Elevating Work Platforms — Ground-Supported Elevating Work Platforms), and elevated work platforms (boom-type, scissor lifts, cherry pickers) are governed by AS 2550 (Cranes, Hoists, and Winches — Safe Use). SWMS for EWPs must reference AS 2550 and address: pre-use inspection of the EWP, ground conditions and slope limitations, overhead obstruction clearance, operator licence requirements, exclusion zones below the work platform, and fall protection inside the platform basket.

Australian Scaffolding Licensing Requirements and High-Risk Work Licences

Scaffolding in Australia above 4 metres is high-risk work requiring a High-Risk Work Licence under the WHS Regulations. The three scaffolding licence categories under Schedule 3 of the WHS Regulations are: Basic Scaffolding Licence (SB): Permits erection, alteration, and dismantling of basic scaffold systems not exceeding 4 metres in height, including mobile scaffold towers, bracket scaffold, prefabricated scaffold systems, and trestle and plank scaffold. Basic scaffolders cannot erect scaffold above 4 metres. Intermediate Scaffolding Licence (SI): Covers erection, alteration, and dismantling of non-suspended scaffold above 4 metres, including traditional tube and coupler scaffold, prefabricated modular systems, spur scaffolding, and cantilever scaffold. Intermediate scaffolders cannot erect suspended scaffold. Advanced Scaffolding Licence (SA): Covers all scaffold types including suspended scaffold, birdcage scaffold, and specialised scaffold for complex structures. Advanced Scaffolders are qualified to perform all scaffolding work including that permitted under Basic and Intermediate licences. The SWMS for any licensed scaffolding work must identify: the scaffold type being erected, the licence category required for that scaffold type, verification that all workers performing erection and dismantling hold a current licence of the appropriate category, and the name of the competent person responsible for scaffold inspection. High-risk work licences are issued by state and territory WHS regulators and must be kept current through ongoing competency maintenance. Scaffolders must carry their licence card on site during scaffold erection and dismantling work. The SWMS must record the licence number and category for each licensed scaffolder involved in the work, as this information is required during SafeWork inspections and incident investigations. For scaffold work on construction projects, the SWMS must also address the coordination requirements between the scaffolding contractor and the principal contractor — specifically the scaffold design approval process, the scaffold tagging system showing inspection status, the access control procedures to prevent use of incomplete or tagged-out scaffold, and the handover process when scaffold is available for use by other trades.

Fall Prevention, Height Hazards, and Control Measures for Scaffolders

Falls from height are the leading cause of fatalities in Australian construction. Safe Work Australia data consistently identifies falls as the primary mechanism of death in the construction sector. Scaffolders face fall risk during both the erection and use phases of scaffold, and the control hierarchy for fall prevention is specified in the Model Code of Practice: Managing the Risk of Falls at Workplaces. The hierarchy of controls for falls from height, from most to least preferred, is: elimination (redesign the task to remove the need to work at height); substitution (use a lower-risk alternative, such as prefabricated components installed at ground level); engineering controls (install a passive fall prevention system — guardrails, scaffolding, perimeter containment, or a complete scaffold platform before working at that height); administrative controls (safety observer, restricted zone, work permits); and PPE (safety harness and fall arrest system — the last resort, not the first). For scaffold erection specifically, the challenge is that fall protection must be progressively installed as the scaffold is built — full guardrail coverage cannot be provided until the scaffold reaches its working height. The leading edge protection technique for scaffold erection involves: maximum of one bay ahead without guardrails; installation of temporary guardrails using a purpose-designed leading edge system or mobile scaffold access; use of fall arrest systems (safety harness attached to a pre-installed lifeline or inertia reel anchor) during unprotected leading edge exposure; and strict adherence to the erection sequence specified in the scaffold design or the manufacturer's instructions. For working on scaffold platforms, the SWMS must address: inspection of the scaffold by a competent person before use; verification that green scaffold tags are in place indicating the scaffold is safe for use; maximum load on the platform and prohibition of overloading; management of the leading edge during scaffold extension; prevention of persons working beneath active scaffold erection or dismantling zones; and the procedure for tagging out scaffold that is damaged, incomplete, or awaiting inspection. Roof edge protection installation is a specific height hazard that overlaps the scaffolding and roofing trades. Edge protection systems installed around roof perimeters must comply with AS/NZS 4994 (Temporary Edge Protection) and be designed and erected by a competent person. The SWMS for roof edge protection installation must address the installation sequence, anchor points, system loading, inspection, and the requirement to maintain edge protection throughout the roofing work period until the roof construction is complete.

SWMS Legal Obligations for Scaffolders and Height Work — WHS Requirements

Under the Work Health and Safety Regulations 2017 (Cth) Schedule 18, all of the following constitute high-risk construction work for which a written SWMS is required before work commences: work involving a risk of a person falling more than 2 metres; work on or near telecommunications towers; work involving structural alterations that require temporary support to prevent collapse; and work involving the use of explosives. The 2-metre height threshold captures virtually all licensed scaffolding work, elevated work platform use, roof edge protection installation, and most ladder work in a construction context. For scaffolding contractors, the SWMS obligation applies at every stage: initial erection, extension of scaffold height, alteration of the scaffold configuration, and dismantling. A separate SWMS is not necessarily required for each stage if a single comprehensive SWMS addresses all phases of the scaffold lifecycle on the project, but the SWMS must be reviewed and updated if the work scope changes significantly from the original design. Scaffolders working as sole traders or on small contracts must still comply with SWMS obligations. A sole-trader licensed scaffolder is the PCBU for their work and must prepare a SWMS before commencing scaffold erection above 4 metres. The documentation obligation is not proportional to business size — it applies equally to individual contractors and large scaffolding companies. Beyond the legal obligation, SWMS documentation is a commercial necessity for scaffolding contractors. Principal contractors and builder-developers require SWMS from scaffolding subcontractors as part of site access requirements. Scaffolding contractors tendering for commercial and industrial projects are routinely required to provide SWMS as part of their safety management documentation package alongside their contractor management system registration. Insurance coverage for scaffolding work may be conditional on having documented SWMS in place — consult your insurer for specific requirements. Courts and coronial inquests examining scaffold-related falls have consistently found that absent or inadequate SWMS documentation contributes to findings of negligence against the PCBU responsible for the scaffold.

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Risk Rating

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Key Controls

  • • Pre-start briefing covering hazards
  • • PPE: hard hats, eye protection, gloves
  • • Emergency plan communicated to crew

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