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Roofing SWMS — Safe Work Method Statement for Roofers

A Safe Work Method Statement (SWMS) for roofing work is a mandatory safety planning document required under the Work Health and Safety (WHS) Regulation 2025. Roofing is inherently height work — there is no such thing as roofing below 2 metres on a construction site, and every time a worker steps onto a roof they are exposed to unprotected edges, fragile surfaces, variable pitch, and rapidly changing weather conditions. Falls from roofs remain one of the most common causes of workplace death in Australian construction, and the SafeWork NSW falls from heights enforcement programme (2023-2024) issued over $972,000 in penalty notices across 1,218 inspected sites with roofers prominently represented in the compliance findings. The falls HRCW applies to virtually every roofing task, and a site-specific SWMS is required before any worker steps onto the roof surface. Roofing work routinely triggers multiple categories of HRCW in addition to the falls category. Roof truss installation is structural work that requires temporary support during erection and cannot proceed without a documented SWMS covering the truss sequence, temporary bracing, and crane lift. Crane delivery of trusses, sheeting, and materials triggers the powered mobile plant HRCW. Work on pre-2003 roofs — including asbestos cement sheeting, asbestos insulation, asbestos eaves lining, and asbestos backing to tile underlay — triggers the asbestos HRCW and requires a licensed asbestos removalist for removals exceeding 10 square metres. Roof work near overhead power lines (distribution conductors running close to residential eaves) triggers the work near energised services HRCW and imposes safe approach distance requirements under the Code of Practice: Work Near Overhead Power Lines. Roofing hazards extend well beyond falls. Roof surface temperatures in Australian summer routinely exceed 70 degrees Celsius on metal sheeting and tile — hot enough to cause burns through boot soles and clothing, and hot enough to induce heat stroke within 30 to 60 minutes of sustained work. Heat stress on a roof is particularly dangerous because a worker who becomes disoriented may step off the edge or fall through a fragile surface. Fragile surfaces — skylights, translucent sheeting panels, deteriorated fibre cement sheeting, and rusted or corroded metal — can give way under body weight without warning and have caused fatal falls through roofs on warehouse and industrial buildings. Wind exposure at roof level is substantially higher than at ground level and can turn a sheet of roofing material into an airborne hazard. Each of these must be addressed specifically in the SWMS, not merely covered by a generic working-at-heights reference. This pre-filled roofing SWMS template has been developed in accordance with the WHS Act 2011, WHS Regulation 2025, the Code of Practice: Managing the Risk of Falls at Workplaces (2021), the Code of Practice: How to Manage and Control Asbestos in the Workplace (2020), AS/NZS 1891.1 to 1891.4 (Industrial fall-arrest systems and devices), AS/NZS 4994 (Temporary edge protection), and AS 1562.1 (Design and installation of sheet roof and wall cladding). It is designed for roofing contractors, residential roofers, commercial roofing contractors, and PCBUs undertaking new roof installation, re-roofing, repair, and maintenance. The template provides a compliant framework that must be reviewed, customised for the specific site, and developed in consultation with workers before use.

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Legal Requirements

regulation

WHS Regulation 2025 Part 6.1 Division 3 — High Risk Construction Work

hrcw category

Work involving a risk of a person falling more than 2 metres; work involving structural alterations or repairs that require temporary support (truss installation); work involving powered mobile plant; work involving disturbance of asbestos (pre-2003 roofs) (WHS Regulation 2025 Schedule 1)

code of practice

Code of Practice: Managing the Risk of Falls at Workplaces (2021); Code of Practice: How to Manage and Control Asbestos in the Workplace (2020); Code of Practice: How to Safely Remove Asbestos (2020); AS/NZS 1891 series; AS/NZS 4994; AS 1562.1

section 26a binding

true

Hazards

HazardConsequenceLikelihood
Falls from unprotected roof edges during installation, repair, and inspection workFalls from a roof edge are the signature fatal mechanism in Australian roofing. Residential roof edges are typically 4 to 8 metres above ground, and commercial and industrial roofs can be substantially higher. Falls from these heights produce spinal injury, traumatic brain injury, multiple fractures, and fatality. SafeWork NSW prosecuted a roofing contractor following a 7 metre fall from an unprotected roof edge during re-roofing, with fines of $220,000 and the finding that no edge protection, no harness, and no SWMS had been prepared despite the work being quoted as HRCW. Edge protection installed before any worker accesses the roof is the primary control.Possible (C) — elevated to Likely (B) on short-duration repair work where edge protection is frequently omitted
Falls through fragile surfaces including skylights, translucent sheeting, deteriorated fibre cement, and rusted metalA worker who steps onto a fragile surface can fall through the roof to the ground or floor below without warning. Skylights and translucent sheet panels are common failure points because they visually blend with adjacent metal sheeting. Deteriorated fibre cement sheeting on older commercial and industrial buildings can give way under body weight, particularly where the sheeting has been weakened by moss growth, rust on fixings, or UV degradation. The fall is unexpected and the worker has no time to arrest the fall or reach an anchor point, typically landing on a hard surface below.Possible (C) — elevated on older commercial, industrial, and rural roofs
Heat stress and heat stroke from elevated roof surface temperatures and exposure to direct sunRoof surfaces in Australian summer reach 70 degrees Celsius or more on metal sheeting and dark tiles. Conductive heat through boot soles, radiant heat from the surface, direct sun exposure, and the physical demands of roofing work combine to produce high heat stress. Heat exhaustion and heat stroke can develop within 30 to 60 minutes, and a worker suffering heat stroke on a roof is at compound risk of a fall from the disoriented state. Australian roofing contractors are over-represented in heat-related illness incident data.Likely (B) during summer daytime without heat management
Falling objects from the roof striking workers or members of the public belowRoofers handle tools, fixings, sheeting offcuts, and heavy materials above active work areas and in many cases above public pathways. A single fastener dropped from 6 metres can cause fatal head injury to a worker below. Larger items produce substantially more energy. Exclusion zones, catch platforms, and tool lanyards are required controls.Likely (B) without exclusion zones and tool management
Wind exposure at roof level affecting worker stability and material handlingWind speeds at roof level are typically 1.5 to 2 times higher than at ground level, and the worker on a roof presents a large cross-section to the wind. A worker can be blown off balance, and sheet materials being handled can act as a sail and pull the worker toward the edge. Unsecured offcuts, insulation batts, and packaging can become airborne and strike workers below or neighbouring properties. Manufacturer limits on wind speed for roofing activities vary but typically specify that work cease at sustained winds above 40 to 50 kilometres per hour.Possible (C) — routine hazard during variable weather
Loss of footing on steep-pitch roofs (above 25 degrees) and slide to edgeWorking above 25 degrees pitch changes the dynamic of walking on a roof — friction between boot sole and surface may be insufficient to hold the worker in place, particularly on wet, frosty, or mossy surfaces. A worker who loses footing on steep pitch slides toward the edge with little opportunity for self-arrest. Fall arrest systems become the primary control on steep-pitch work where edge protection alone cannot contain the worker on the surface.Possible (C) — elevated on roofs above 25 degrees, wet surfaces, and mossy or aged tiles
Disturbance of asbestos-containing roof materials during removal, repair, or re-roofing of pre-2003 buildingsAsbestos cement sheeting (commonly referred to as fibro), asbestos eaves lining, asbestos insulation, and asbestos backing to tile underlay are present in many Australian roofs constructed before 2003. Disturbance of these materials releases respirable asbestos fibres that cause mesothelioma, lung cancer, and asbestosis with a 15 to 50 year latency. Removal of bonded asbestos exceeding 10 square metres requires a Class B licensed removalist, and friable asbestos requires a Class A licensed removalist. WorkSafe Queensland prosecuted a demolition contractor for $100,000 in 2024 for tearing down houses containing asbestos using an excavator without removing the sheeting first — the same principle applies to roof removal.Possible (C) in pre-2003 buildings — elevated to Likely (B) without an asbestos register check
UV radiation exposure causing severe sunburn and elevated long-term skin cancer riskRoofers have the highest UV exposure of any construction trade because they work on elevated surfaces with no shade and high UV reflection from the roof material. Cumulative exposure causes basal cell carcinoma, squamous cell carcinoma, and melanoma. Roofers are over-represented in occupational skin cancer incidence. The Australian UV index regularly exceeds 11 (extreme) in summer and causes sunburn on unprotected skin within 15 minutes.Almost Certain (A) without sun protection during summer daylight work
Electrical contact with overhead power lines during handling of long sheet materials, ladders, or tools near roof edgesDistribution power lines running close to residential eaves, factory roof edges, and commercial buildings create an electrocution hazard when long sheet materials, ladders, or metal tools approach within the safe approach distance. Contact with an 11 kV or 22 kV conductor is almost always fatal. Even approaching within the safe approach distance without physical contact can cause arcing and electrocution. The Code of Practice: Work Near Overhead Power Lines specifies safe approach distances that must be maintained.Unlikely (D) — but consequence is catastrophic on urban sites with close power lines
Ladder falls during roof access and egressWorkers accessing or leaving the roof via a ladder can fall from the ladder due to incorrect setup, unsecured base, inadequate extension above the roof line, or slip during transition. Ladder-related fall injuries during roof access are among the most common incidents in residential roofing. The Code of Practice requires extension ladders to extend at least 1 metre above the landing point and to be secured at the top.Likely (B) — routine hazard on residential roofs without scaffold access

Controls (Hierarchy of Controls)

[Elimination] Prefabricate roof components, trusses, and sheet assemblies off-site or at ground level where the design permits, eliminating work-at-height hours for fabrication
[Elimination] Programme roof work to eliminate worker exposure during peak heat and high-UV hours — start early, take a long midday break, or reschedule to cooler seasons where client constraints allow
[Substitution] Substitute an elevating work platform (boom lift or scissor lift) for roof edge work where the task is short-duration repair or inspection and access from below is practical
[Substitution] Substitute factory-coated and pre-finished sheeting for on-roof cutting operations to reduce cutting dust and manual handling
[Isolation] Establish exclusion zones below active roof work using barricades, cones, signage, and spotters — no worker or pedestrian permitted in the drop zone during sheeting, stripping, or material lift
[Isolation] Isolate skylights, fragile surfaces, and deteriorated areas with paint marking, signage, and physical barriers such as crawl boards or guarding before any access is permitted
[Engineering] Install perimeter scaffold with full edge protection to AS/NZS 4994 around the building before any roof work commences — scaffold is the preferred control under the Code of Practice: Managing the Risk of Falls at Workplaces
[Engineering] Install catch scaffold or catch platforms at eaves level to catch a falling worker where full perimeter scaffold is not practicable
[Engineering] Install safety mesh below roof sheeting on metal roofs to arrest a fall through a sheet or skylight per AS/NZS 4389
[Engineering] Install permanent or temporary roof anchor points per AS/NZS 1891.4 for harness attachment where fall arrest is required — anchors certified and tested before use
[Engineering] Install crawl boards across purlins on fragile surface work — boards load-rated and spanning at least three purlins
[Administrative] Weather check before every roof access — wind speed measured at site, temperature, rain forecast, and decision to stop work if conditions exceed the manufacturer or SWMS thresholds
[Administrative] Heat stress management plan — early starts in summer, scheduled shade breaks, hydration at 250 millilitres per 15 minutes, recognition of heat illness symptoms, and buddy monitoring
[Administrative] Fragile surface identification before any roof access — skylights, fibre cement sheeting, rusted and deteriorated areas mapped, paint marked, and addressed in the SWMS
[Administrative] Asbestos register check for any building constructed before 2003 — no disturbance of suspect materials until a licensed asbestos assessor has completed the assessment
[Administrative] Licensed asbestos removalist engaged for any removal of bonded asbestos exceeding 10 square metres (Class B licence minimum) and any removal of friable asbestos (Class A licence)
[Administrative] Rescue plan for fall-arrest use — the rescue method, the rescue team, equipment on site, and communication protocol documented before work commences; rescue must be executable within 20 minutes to prevent suspension trauma
[Administrative] Training in working at heights (RIIWHS204E — Work Safely at Heights) for any worker using fall arrest or working above 2 metres; General Construction Induction (White Card, CPCCWHS1001) for all workers
[Administrative] Safe approach distances to overhead power lines verified and maintained per the Code of Practice: Work Near Overhead Power Lines; network operator contacted if safe distances cannot be maintained
[PPE] Full-body harness (AS/NZS 1891.1) with shock-absorbing lanyard or self-retracting lifeline (SRL) for any work where edge protection is not practical and for all steep-pitch and ridge work
[PPE] Hard hat with chin strap (AS/NZS 1801) — chin strap prevents dislodgement during a fall or in wind
[PPE] Safety footwear with non-slip soft rubber soles (AS/NZS 2210.3) — maximum grip on metal sheeting, tiles, and wet surfaces
[PPE] Safety glasses (AS/NZS 1337.1), hearing protection (AS/NZS 1270), and hi-visibility clothing (AS/NZS 4602.1) for the roofing crew
[PPE] Sun protection — broad-brim hat or hard hat brim, SPF 50+ sunscreen reapplied every 2 hours, long-sleeve clothing with UPF rating, and wraparound UV sunglasses
[PPE] P2 particulate respirator (AS/NZS 1716) for cutting metal sheeting and for any work near suspected asbestos materials; P3 respirator for sustained asbestos-adjacent work

Recent Prosecutions

SafeWork NSW Falls from Heights Enforcement Programme (2023-2024)$972,000 in penalty notices plus multiple prohibition notices

SafeWork NSW's twelve-month targeted falls from heights enforcement programme included focused compliance activity on residential roofing contractors. Inspectors observed roofers working on pitched tiled and metal roofs without edge protection, without fall arrest systems, and without site-specific SWMS documentation. In one case, three workers were observed with inadequate fall protection on a pitched tile roof at Sawtell, and the contractor was convicted and fined by the Downing Centre Local Court. The programme issued 1,499 improvement notices, 727 prohibition notices, and 352 penalty notices amounting to $972,000 in penalties across 1,218 inspected worksites.

2024 — SafeWork NSW Falls from Heights Enforcement Programme Media Release

WorkSafe Queensland asbestos demolition and roofing prosecution$100,000

WorkSafe Queensland fined a demolition company $100,000 in 2024 for tearing down two houses in suburban Brisbane using an excavator without first safely removing the asbestos cement sheeting from the roof and walls. The case is directly relevant to re-roofing contractors because the same licensed removalist obligation applies whenever asbestos cement sheeting is removed from a roof. The prosecution demonstrates the mandatory sequence: licensed asbestos removal first, structural or re-roofing work second.

2024 — WorkSafe Queensland media release and prosecution register

What Your SWMS Must Include

✓Description of the roofing scope including roof type, pitch, height, and expected duration
✓Identification of the HRCW categories that apply (falls greater than 2 metres, structural alterations, powered mobile plant, asbestos)
✓Identification of all hazards including falls, fragile surfaces, heat stress, falling objects, wind, steep pitch, asbestos, UV, electrical, and ladder
✓Risk assessment of each hazard using a consequence-by-likelihood matrix
✓Control measures documented in hierarchy-of-controls order
✓Fall protection plan for the specific roof — edge protection type, harness anchor points, access and egress method, and rescue plan
✓Fragile surface identification — skylights, fibro sheeting, and deteriorated areas mapped before roof access, with crawl boards specified
✓Weather criteria — maximum wind speed for roof work, temperature threshold for heat stress response, and rain policy
✓Heat stress management plan — start times, break schedule, hydration, shade, and buddy monitoring
✓Asbestos assessment for any pre-2003 roof — register check, sampling where needed, licensed removalist engaged if asbestos is confirmed
✓Exclusion zone arrangements below roof work including barricading, signage, and enforcement
✓Plant and equipment schedule with operator competency and pre-operational checks
✓Overhead power line survey and safe approach distance verification
✓PPE requirements with Australian Standard references
✓Training, licensing, and competency requirements including RIIWHS204E and White Card
✓Worker sign-on register confirming each worker has been briefed on the SWMS
✓Review triggers and review log for any changes during the work
✓Emergency procedures and first aid arrangements including suspension trauma rescue

Build Your Roofing SWMS in Minutes

This SWMS template pre-loads roofing hazards including fall protection, fragile surfaces, heat stress, steep pitch, and asbestos controls. Covers metal, tile, and asbestos cement roofs across residential and commercial projects.

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