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Construction SWMS Template — Safe Work Method Statement

A Safe Work Method Statement (SWMS) for general construction work is a mandatory safety planning document required under the Work Health and Safety (WHS) Regulation 2025 whenever the work involves any of the 18 categories of high-risk construction work listed in Schedule 1. Construction is the single largest source of workplace fatalities in Australia, and SWMS non-compliance is among the most frequent enforcement triggers in regulator inspection activity. A typical commercial or residential construction project triggers five or more HRCW categories before the slab is even poured — falls from height, excavation deeper than 1.5 metres, structural alterations requiring temporary support, scaffolding, demolition elements, powered mobile plant, work near traffic, and work near energised services routinely apply on the same site at the same time. Each category imposes its own duty of care, and the SWMS must address every category that applies to the specific scope of the project.

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SWMS variants reference your state’s WHS legislation. Instant download after payment.

Legal Requirements

regulation

WHS Regulation 2025 Part 6.1 Division 3 — High Risk Construction Work; Part 6.4 — Principal Contractor duties

hrcw category

Multiple categories may apply to general construction including falls greater than 2 metres, structural alterations, scaffold erection above 4 metres, demolition, excavation deeper than 1.5 metres, powered mobile plant, work near traffic, work near energised services (WHS Regulation 2025 Schedule 1)

code of practice

Code of Practice: Construction Work (2019); Code of Practice: Managing the Risk of Falls at Workplaces (2021); Code of Practice: Excavation Work (2021); Code of Practice: Managing Risks of Plant in the Workplace (2020); Code of Practice: Hazardous Manual Tasks (2020)

section 26a binding

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Hazards

HazardConsequenceLikelihood
Falls from height including open edges, floor penetrations, roof work, scaffold, and ladder accessFalls from height are the leading cause of death and serious injury in the Australian construction industry.Likely (B)
Workers struck by falling objects including tools, materials, formwork, and crane loadsDropped tools and materials from construction heights generate significant kinetic energy and can cause fatal head injury and traumatic trauma to workers below.Possible (C)
Excavation and trench collapse during footing, service, and bulk earthworksTrench collapse buries workers within seconds and is frequently fatal from chest compression within 3 to 5 minutes.Possible (C)
Plant-pedestrian interactions including trucks, excavators, loaders, cranes, and forkliftsWorkers struck by plant in construction environments suffer fatal crush injuries, amputations, and blunt force trauma.Possible (C)
Manual handling injury from lifting formwork, reinforcement, blocks, timber, and heavy componentsMusculoskeletal disorders are the leading cause of workers compensation claims across the construction sector, producing chronic lower back pain, disc injury, shoulder damage, and early trade exit.Likely (B)
Respirable crystalline silica exposure from cutting, grinding, and drilling concrete, brick, stone, and masonrySilicosis is irreversible and progressive.Likely (B)
Occupational noise exposure from power tools, concrete cutting, plant, and construction activityConstruction noise routinely exceeds the 85 dB(A) eight-hour exposure standard and produces permanent sensorineural hearing loss over a career.Likely (B)
Electrical shock and electrocution from temporary site power, overhead lines, and underground cablesElectrocution is the second leading cause of traumatic fatalities in NSW construction.Unlikely (D) with compliant electrical systems
Structural collapse during formwork stripping, scaffold alteration, or partial demolitionCatastrophic structural collapse causes multiple-casualty fatalities.Unlikely (D) with engineering and competent person verification
UV radiation exposure and heat stress during outdoor construction workConstruction workers have the highest occupational UV exposure of any trade category and are over-represented in skin cancer incidence.Likely (B) during summer daytime without heat and UV management

Controls (Hierarchy of Controls)

[Elimination] Design out work at height — prefabricate components at ground level, use modular building techniques, and specify off-site fabrication where design permits
[Elimination] Eliminate overhead hazards before work below commences — strip loose materials, secure loads, and programme work to prevent simultaneous overhead and ground-level activity
[Substitution] Substitute engineered modular scaffold for tube-and-coupler where the site permits — integrated guardrails reduce the unprotected edge phase
[Substitution] Substitute wet-cut methods and on-tool extraction for dry cutting of all concrete, brick, and masonry to control silica dust at source
[Isolation] Establish and maintain exclusion zones around plant, excavations, and overhead work — hard barricades, signage, and spotters for high-risk operations
[Isolation] Physical plant-pedestrian separation using barriers, walkways, and designated crossing points; traffic management plan for the site
[Engineering] Perimeter edge protection guardrails to AS/NZS 4994 on all open edges above 2 metres and on all floor penetrations
[Engineering] Engineered trench shoring, benching, or battering for excavations deeper than 1.5 metres per AS 4678
[Engineering] Scaffold erected by licensed scaffolders to AS/NZS 1576 with full platforms, guardrails, toe boards, and a green tag system
[Engineering] Residual current devices (RCDs) on all socket outlets and construction switchboards compliant with AS/NZS 3012
+ 16 more controls included in the full template

Recent Prosecutions

SafeWork NSW construction fall-through prosecution$300,000

SafeWork NSW prosecuted a commercial construction contractor for $300,000 after a worker fell 4.5 metres through an unprotected floor penetration on a commercial construction site. The investigation identified that no SWMS addressed floor penetrations, no edge protection was installed around the penetration, and no barricading or signage was provided. The case is cited in SafeWork NSW materials on the critical importance of identifying and protecting floor openings before work commences in the area.

2023 — SafeWork NSW Prosecution Register

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

SafeWork NSW conducted a twelve-month targeted falls from heights enforcement programme across the NSW construction sector. Inspectors visited 1,218 worksites, issuing 1,499 improvement notices, 727 prohibition notices, and 352 penalty notices amounting to $972,000 in fines. Common findings across the programme included incomplete scaffolds accessed by other trades, edge protection removed and not reinstated, absence of site-specific SWMS documents, and generic templates copied between projects without updating to reflect the actual site conditions.

2024 — SafeWork NSW Falls from Heights Enforcement Programme media release

WorkSafe Victoria v Pipecon Pty Ltd (Ballarat trench collapse)$550,000

A Ballarat-based civil contractor was prosecuted by WorkSafe Victoria following a 2018 trench collapse that killed two workers. The company pleaded guilty to occupational health and safety breaches relating to the failure to shore, bench, or batter the excavation and the absence of a compliant SWMS for the work. The case resulted in a $550,000 fine and is widely cited as the leading recent Australian authority on the operational requirement for engineered trench support.

2023 — WorkSafe Victoria prosecution result summaries

What Your SWMS Must Include

✓Description of the construction work including project scope, site address, and expected duration
✓Identification of all HRCW categories triggered by the project scope — not a generic list but the actual categories that apply to the specific site
✓Identification of all hazards associated with the work and the risks arising from those hazards
✓Risk assessment of each hazard using a consequence-by-likelihood matrix, with residual risk after controls
✓Control measures documented in hierarchy-of-controls order
✓How the control measures will be implemented, monitored, and reviewed throughout the duration of the work
✓Name and position of the person responsible for ensuring the SWMS is implemented and monitored on site
✓Details of consultation undertaken with workers and their health and safety representatives
✓Training, licences, and competency requirements for all workers
✓Emergency procedures including first aid arrangements, emergency contacts, muster point, and notifiable incident reporting
+ 9 more requirements covered in the full template

Build Your Construction SWMS in Minutes

This SWMS template pre-loads construction hazards across all 18 HRCW categories, hierarchy-of-controls measures, and Code of Practice references. Select your activities, tailor the controls to your site, and download an audit-ready SWMS.

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