SWMS & WHS guides

What Is a SWMS?

A SWMS (Safe Work Method Statement) is a legally required document that must be prepared before any high risk construction work starts in Australia. It identifies the high risk construction work being done, the hazards involved, and the control measures that will be used, in the hierarchy of controls order. The duty sits with the PCBU carrying out the work (WHS Regulation reg 299; in Victoria, the OHS Regulations 2017), the work must be carried out in accordance with the SWMS, and a copy must be available on site while the work is done.

SWMS vs JSA: What Is the Difference?

A SWMS is a legally required document for the 18 categories of high risk construction work, with specific duties in the WHS Regulations (prepare before work, comply, review, keep available). A JSA (job safety analysis, also called JHA) is a voluntary planning tool that breaks any task into steps and hazards, with no legal trigger. The practical rule: if the work is high risk construction work, you need a SWMS and a JSA does not count; for everything else, a JSA is good practice.

Do I Need a SWMS?

You need a SWMS if your work includes any of the 18 categories of high risk construction work in the WHS Regulations, regardless of business size: sole traders and one-person subbies carry the same duty as companies, because the duty sits with the PCBU carrying out the work. The most common triggers for trades are a risk of falling more than 2 metres, work on or near energised electrical services, trenches deeper than 1.5 metres, work near powered mobile plant, and work likely to disturb asbestos.

High Risk Construction Work: The 18 Categories

High risk construction work (HRCW) is defined in reg 291 of the WHS Regulations as construction work that involves any of 18 listed activities, from a risk of falling more than 2 metres to work near energised electrical services. If any category applies, a site-specific SWMS must be prepared before the work starts. Victoria has its own similar list (19 categories) in reg 322 of the OHS Regulations 2017.

SWMS Requirements Under the WHS Regulations

The WHS Regulations impose five duties around Safe Work Method Statements: prepare a SWMS before high risk construction work starts (reg 299), carry out the work in accordance with it or stop until it is revised (reg 300), review and revise it whenever the work, hazards or controls change (reg 301), keep a copy readily accessible on site (reg 302), and retain it as required (reg 303). The SWMS must identify the high risk work, state the hazards, and describe controls in hierarchy order, and it must be prepared having regard to the specific workplace: site-specific is a legal requirement, not a builder preference.

What Is a PCBU?

A PCBU is a Person Conducting a Business or Undertaking, the primary duty holder under the harmonised Work Health and Safety laws. It covers companies, sole traders, partnerships, and other businesses, whether or not they make a profit. A PCBU must ensure, so far as is reasonably practicable, the health and safety of workers and others affected by the work. For high risk construction work, the PCBU carrying out the work is responsible for preparing the SWMS. In Victoria, which is not harmonised, the equivalent duty holder is the employer or self-employed person.

What Does SWMS Stand For?

SWMS stands for Safe Work Method Statement. It is a document required under Australian Work Health and Safety law before any high risk construction work starts. A SWMS identifies the high risk construction work, the hazards involved, and the control measures used to do the work safely, and it must be specific to the site. On site it is often pronounced "swims".

SWMS vs SWP: What Is the Difference?

A SWMS (Safe Work Method Statement) is a legally required document for the 18 categories of high risk construction work, with specific duties to prepare, comply, review, and keep it on site. An SWP (Safe Work Procedure), sometimes called an SOP, is a general step-by-step procedure for doing a task or operating equipment safely, with no fixed legal trigger. If the work is high risk construction work you need a SWMS; for routine tasks and equipment, an SWP is good practice.

SWMS Template

A Safe Work Method Statement (SWMS) is a document required before high risk construction work starts. It identifies the work, the high risk construction work categories involved, the hazards of each step, and the control measures in hierarchy order, and it must be site-specific: written for the actual site, crew, and equipment, not reused from another job. A usable template needs a title block, HRCW categories, a step-by-step work method with risk ratings, PPE, permits and training, emergency procedures, review triggers, your state legislation, and a worker sign-off block.

How to Write a SWMS

To write a SWMS, work through eight steps: identify the high risk construction work, describe the work as a sequence of steps, list the hazards of each step, assess the risk, choose controls in the hierarchy of controls order, record the plant and licences needed, add the legislation and emergency procedures, then consult the workers and have them sign on. The document must be site-specific to the actual job, cite your state's WHS or OHS legislation, and be prepared before the work starts.

Why Your SWMS Got Rejected

A principal contractor rejects a SWMS for four main reasons: it is a generic template that is not site-specific, it misses a high risk construction work category that the job involves, its controls jump straight to PPE instead of following the hierarchy of controls, or its risk ratings do not drop after the controls are applied. All four are fixable, and all four come down to the same thing: the SWMS has to be written for this actual job, not reused.

How Much Does a SWMS Cost?

A SWMS in Australia costs anywhere from nothing to over a thousand dollars depending on how you get it. Regulator templates are free but leave all the site-specific work to you. Template shops charge A$19 to A$88 per document. Safety consultants charge roughly A$250 to A$1,500 to write one, with days of turnaround. A generated, site-specific, verified SWMS costs A$39 for one activity, or A$179 for a whole-of-trade pack, delivered in minutes.

How to Fill Out a SWMS

To fill out a SWMS, complete each part in order: the title block (PCBU name, ABN, principal contractor, site address, dates), the high risk construction work categories that apply, then a row for each work step with its hazards, an initial risk rating, the controls in hierarchy order, and a residual risk rating. Finish with the plant and licences, emergency procedures, the legislation for your state, and the worker sign-on. Fill it in for this specific site, not as a generic template.

SWMS Example

A good SWMS example shows each section filled in for a real activity, not left generic. For example, an electrician installing a switchboard would identify the high risk categories (work near energised services, fall over 2 metres), break the work into steps (isolate and prove dead, mount the board, run cabling, terminate, test), and for each step list the hazards, an initial risk rating, controls in hierarchy order, and a residual rating. You can read a full worked example free on our samples page.

How to Review a SWMS

A SWMS must be reviewed and revised whenever the work, the hazards, or the control measures change, and before work resumes after any incident or non-compliance (reg 301). There is no fixed calendar interval: the trigger is change. Review it in consultation with the workers doing the work, update the steps, hazards, and controls that changed, record the review, and keep the SWMS available on site. Keep it until the high risk work is finished, and for at least two years if a notifiable incident occurred.

SWMS Review Checklist for Builders

Before a subcontractor starts high risk construction work, the principal contractor should check their SWMS is site-specific, identifies the actual high risk construction work categories, sets out a real work method, orders controls by the hierarchy of controls with PPE last, cites the right state legislation, and is signed by the workers doing the work. A generic or copy-paste SWMS is the main red flag: it means the hazards of your site have not been thought about.

SWMS Generator

A SWMS generator creates a Safe Work Method Statement from details you enter, instead of leaving you to fill in a blank template. SWMS Pack asks about your trade, site, crew, equipment, and the high risk construction work involved, then writes a site-specific SWMS, cites your state WHS or OHS legislation, verifies it against a curated citations table and an adversarial review, and emails you the PDF. One SWMS is A$39; a whole-of-trade pack is A$179.

Best SWMS Generators in Australia (2026)

The main ways to get a SWMS in Australia are template libraries such as SafetyDocs and BlueSafe, cheap or free AI generators such as swmsgenerator.com.au and AI4HSE, subscription safety systems such as HazardCo, safety consultants, and one-time generators such as SWMS Pack. They differ on price, turnaround, and how site-specific and checked the result is, which is what builders accept or reject a SWMS on.

AI4HSE Alternative: When Free Is Enough, and When It Is Not

AI4HSE is a free AI SWMS generator, and free is a legitimate choice for an experienced operator with time to review the output line by line. The trade-off is that no free tool verifies its output against your state legislation before you submit it, so the whole review burden, and the risk of a knock-back, stays with you. A verified generator charges a small fee to close exactly that gap.

SafetyDocs vs SWMS Pack: Which Should You Buy?

SafetyDocs by SafetyCulture is a large, professional template library: you buy an editable document and personalise it yourself. SWMS Pack generates the document from your answers, already site-specific, and verifies it against your state legislation before delivery. Choose the library if you want a broad document catalogue and are happy doing the editing; choose generation if you want the finished, checked SWMS without the editing session.

Confined Space SWMS

Work in or near a confined space is high risk construction work, so a SWMS is required before it starts. A confined space is an enclosed or partly enclosed space not designed for continuous occupancy that can have a harmful atmosphere, such as a pit, tank, sewer, or pump well. The SWMS must cover atmosphere testing and monitoring, ventilation, isolation of inflows, an entry permit, a trained standby person, and a rescue plan, and it works alongside the confined space entry permit the regulations require.

Working at Heights SWMS

A working at heights SWMS is a Safe Work Method Statement required before any work with a risk of a person falling more than 2 metres, which is high risk construction work under the WHS Regulations. It must be site-specific and set out the fall hazards of each step and the controls in the hierarchy of controls order: eliminate the fall first, then edge protection, then a work platform, then a fall-arrest system last. Roof work, scaffolds, EWPs, ladders above 2 metres, and work near unprotected edges all need one.

Excavation SWMS (Trenching and Excavation)

An excavation SWMS is a Safe Work Method Statement required before work in or near a trench, shaft, or tunnel where the excavation is deeper than 1.5 metres, which is high risk construction work under the WHS Regulations (reg 304 to 306 cover the excavation duties). It must be site-specific and set out the collapse controls (benching, battering, or shoring), how underground services are located and protected, safe access and egress, spoil placement, and the rescue plan. Trench collapse gives no warning and buries a worker in seconds, so a reviewer scrutinises this SWMS harder than most.

Confined Space Entry: Permit, Process, and What You Need First

Before anyone enters a confined space, a tank, pit, sewer, silo, or any enclosed space not designed to be occupied, you need a risk assessment, a confined space entry permit, atmospheric testing, continuous ventilation, a trained standby person outside, and a rescue plan that never sends an unprotected rescuer in. A SWMS covering the work is required on top, because confined space work is high risk construction work. Most confined space deaths are would-be rescuers, which is why the permit and standby controls exist.

Demolition SWMS

A demolition SWMS is a Safe Work Method Statement required before demolishing any element of a structure that is load-bearing or otherwise related to its physical integrity, which is high risk construction work under reg 291 of the WHS Regulations. It must be site-specific and set out the demolition sequence, how structural stability is maintained at every stage, proof that services are isolated, exclusion zones, dust controls, and what happens if asbestos is found. Demolition work almost always drags in other high risk categories too (falls over 2 metres, mobile plant, asbestos disturbance), and the SWMS has to cover each one that applies.

Asbestos SWMS

An asbestos SWMS is a Safe Work Method Statement required before construction work carried out in an area where asbestos is present or likely to be disturbed, which is high risk construction work under reg 291 of the WHS Regulations. It must set out how asbestos is identified before work starts (the asbestos register), how disturbance is prevented or contained, the PPE and respiratory protection used, decontamination, and waste disposal. Removal itself is licensed work above the thresholds: Class A for friable asbestos, Class B for 10 square metres or more of non-friable asbestos.

Scaffolding SWMS

A scaffolding SWMS is a Safe Work Method Statement required before erecting, altering, or dismantling scaffold where there is a risk of a person falling more than 2 metres, which is high risk construction work under reg 291 of the WHS Regulations. On top of the SWMS, scaffolding work where a person or object could fall more than 4 metres must be done by the holder of a high risk work licence (reg 81): Basic (SB), Intermediate (SI), or Advanced (SA) depending on the scaffold type. The SWMS covers foundations, ties, platforms, edge protection, exclusion zones, and the handover and inspection regime.

SWMS Template NSW

In New South Wales a SWMS is required before any of the 18 categories of high risk construction work begins, under the Work Health and Safety Regulation 2025 (NSW): s 291 defines the high risk work and s 299 sets the duty to prepare the statement. The 2025 Regulation commenced on 22 August 2025 and replaced the WHS Regulation 2017; the SWMS duties carried over with the same numbering, now cited as sections. The regulator is SafeWork NSW. The SWMS must be site-specific, must state the hazards and control measures in hierarchy order, must be available on site while the work is done, and must be reviewed whenever the work or controls change.

SWMS Template Victoria

Victoria is the one Australian jurisdiction that never adopted the harmonised WHS laws, so a Victorian SWMS is prepared under the Occupational Health and Safety Regulations 2017 (Vic), not the WHS Regulations used everywhere else. Victoria defines high risk construction work in reg 322 with its own list and terminology (19 categories, and "employer" rather than PCBU). The practical requirements are similar: prepare the SWMS before high risk construction work, make it site-specific, follow the hierarchy of controls, and review it when things change. But the citations and terminology in the document must be Victorian.

WHS Documents by Trade: What You Actually Need on Site

Every trade doing high risk construction work needs the same core WHS document set: a Safe Work Method Statement (SWMS) for each high risk activity you perform, a SWMS register listing them, current high risk work and trade licences, Safety Data Sheets for the hazardous chemicals you bring on site, and a signed record that your crew was inducted and briefed. The SWMS is the one that is legally required and the one builders check first, and which SWMS you need is driven by which of the 18 high risk construction work categories your trade triggers. The list below is trade by trade.

The Hierarchy of Controls

The hierarchy of controls is the order in which you must consider ways to control a risk, set out in reg 36 of the WHS Regulations. From most to least effective: eliminate the hazard, substitute it with something safer, isolate people from it, use engineering controls, use administrative controls, and use personal protective equipment last. You must work from the top down and only rely on lower controls when higher ones are not reasonably practicable. PPE alone is almost never an acceptable primary control.

The 5×5 Risk Matrix Explained

A 5×5 risk matrix rates a hazard by multiplying its likelihood (1 rare to 5 almost certain) by its consequence (1 insignificant to 5 catastrophic), giving a score from 1 to 25. The score falls into a band: low (1 to 3), medium (4 to 7), high (8 to 14), or extreme (15 to 25). The band tells you how urgently the risk must be controlled, and in a SWMS you record the score before and after controls to show the controls reduce the risk.

The White Card Explained

A white card is proof of general construction induction training, which every person who carries out construction work in Australia must complete before starting. It covers the basics of work health and safety on construction sites: the WHS system, common hazards, risk control, and how to raise safety issues. The requirement sits in the WHS Regulations (reg 316 and reg 317). A white card is the baseline; it does not replace site-specific induction or a SWMS for high risk work.

PPE in Construction

Personal protective equipment (PPE) is the gear a worker wears to reduce exposure to a hazard: safety boots, hi-vis, hard hats, eye and hearing protection, gloves, and respiratory protection. Under the WHS Regulations (reg 44 to reg 47), a PCBU that directs the use of PPE must provide it, make sure it fits and suits the work, maintain it, and train workers to use it. PPE is the last control in the hierarchy of controls because it only protects the wearer and does nothing to the hazard itself.

Job Safety Analysis (JSA)

A job safety analysis (JSA) breaks one task into its steps, identifies the hazards at each step, and sets the controls before work starts. In Australian construction the legally required document for the 18 high risk construction work categories is the SWMS; the JSA is the flexible tool for every other task, and many principal contractors ask for one on jobs that fall outside the SWMS trigger. A good JSA fits on a page or two and gets signed by the crew who will do the work.