SWMS Example — What a Completed Safe Work Method Statement Looks Like

If you have never written a SWMS before — or if you have but are not confident it would pass a regulator's inspection — seeing a completed example is the fastest way to understand what a compliant document looks like. This page walks through a fully completed SWMS for a real-world electrical installation scenario, section by section, explaining what makes each element compliant and what a regulator would look for.

The following example is based on a realistic construction scenario. The company, project, and site details are fictional, but the hazards, risk ratings, and control measures reflect what an experienced safety professional would document for this type of work.

### Project and Document Information

| Field | Example Entry | |---|---| | PCBU / Company Name | Sparky Electrical Solutions Pty Ltd | | ABN | 12 345 678 901 | | PCBU Contact | David Chen — 0412 345 678 — david@sparkyelectrical.com.au | | Project Name | Level 3 Office Fit-Out — New Lighting Circuits | | Site Address | 42 George Street, Parramatta NSW 2150 | | Principal Contractor | Apex Constructions Pty Ltd | | PC Contact | Sarah Williams — 0433 987 654 | | Works Manager / Site Supervisor | David Chen | | SWMS Developed By | David Chen | | Position / Title | Licensed Electrician / Contractor Class A | | Date SWMS Prepared | 8 April 2026 | | Date Provided to PC | 8 April 2026 | | Revision / Review Date | 15 April 2026 (or earlier if conditions change) | | Document No. | SWMS-2026-0012 | | Version | 1.0 |

**Why this section matters:** The project details establish that this SWMS is site-specific. A regulator's first check is whether the document matches the actual project. Notice that the SWMS names a specific site address, a specific contractor, a specific person who prepared it, and a specific date. A SWMS that says "Various sites" or has no date is immediately non-compliant.

### HRCW Categories

| Category | Applies? | |---|---| | Risk of falling more than 2 metres | ☑ Yes — work on ceiling-mounted fixtures via scaffold | | Work on or near energised electrical installations | ☑ Yes — connection to existing distribution board | | All other categories | ☐ Not applicable |

**Why this matters:** The HRCW categories identify which high-risk construction work activities trigger the legal requirement for a SWMS. Only the categories that genuinely apply are ticked — ticking all 18 categories when only two apply suggests the preparer has not properly assessed the work.

### Scope of Work

Installation of new LED panel lighting circuits on Level 3 of a 4-storey commercial office building. Work includes routing cables through the ceiling cavity from the existing Level 3 distribution board, installing 24 LED panel lights in a suspended ceiling grid, connecting circuits to the distribution board, and testing and commissioning. Work will be performed from a 3-metre mobile scaffold within the office floor plate. The existing distribution board will require a brief period of work on energised components during final connection. Four workers: 2 licensed electricians (Class A) and 2 apprentices under direct supervision.

**Why this matters:** The scope is specific enough that anyone reading it understands exactly what work is happening, where, and how. It explains why the two HRCW categories were selected (scaffold work above 2m and energised electrical work).

### Hazard Identification and Risk Controls

| # | Hazard | Potential Harm | L | C | Risk | Control Measures | Responsible | |---|---|---|---|---|---|---|---| | 1 | Electric shock during connection to live distribution board | Electrocution, cardiac arrest, burns, death | 2 | 5 | **10 H** | Isolation and lockout/tagout (LOTO) for all work. Test-before-touch with approved voltage tester (CAT III rated). Live work only for final connection — permit-to-work required, insulated tools rated to 1000V, second person present. | David Chen (licensed electrician) | | 2 | Fall from mobile scaffold (3m working height) | Fractures, spinal injury, head injury | 2 | 4 | **8 M** | Scaffold erected per AS/NZS 1576 on firm, level floor. All guardrails, mid-rails, and toe boards in place. Castors locked before anyone ascends. Scaffold inspected daily before use. No person on scaffold during any relocation. | All workers | | 3 | Falling objects from scaffold (tools, fittings) | Head injury, lacerations to persons below | 3 | 3 | **9 M** | Toe boards on all scaffold platforms. Tools secured with wrist lanyards. Exclusion zone at floor level below scaffold barricaded with tape. Small parts in closed tool bag — not loose on platform. | Electricians | | 4 | Cable damage from existing services in ceiling cavity | Electric shock, fire, injury | 2 | 4 | **8 M** | Identify all existing cables before commencing work. Use cable locator. Test and confirm isolation of any cable before cutting or disturbing. Work with one hand where possible near unknown cables. RCD protection on all circuits being worked on. | David Chen | | 5 | Manual handling — lifting light fittings and cable drums to scaffold height | Musculoskeletal injury, back strain | 3 | 2 | **6 L** | Use material hoist to raise fittings and cable to scaffold platform. No manual handling above 15 kg per person. Team lifts for items above 10 kg on scaffold. Pre-start stretch before commencing. | All workers | | 6 | Dust and debris from ceiling cavity | Eye irritation, respiratory irritation, potential asbestos (pre-2000 building) | 2 | 3 | **6 L** | Asbestos survey confirmed no ACM in Level 3 ceiling cavity (report dated 2 March 2026). Safety glasses and P2 mask when working in ceiling cavity. Dust sheets on floor below work area. HEPA vacuum for debris cleanup. | All workers |

**Why this hazard table works:** Each hazard is specific to this job — not generic textbook hazards. The controls are practical, actionable, and follow the hierarchy: isolation before insulated tools (engineering before PPE), scaffold guardrails before harnesses (engineering before PPE), material hoist before manual handling (engineering before administrative). The responsible person is named for each row. The risk ratings use a 5×5 matrix (Likelihood × Consequence = Risk Score).

### PPE Requirements

For this specific job, the following PPE is required for all workers on site:

Hard hat (AS/NZS 1801) — mandatory in all areas of the construction site. Safety boots with electrical hazard rating (AS/NZS 2210.3) — mandatory for all electrical workers. Safety glasses (AS/NZS 1337) — mandatory when working in ceiling cavity and on scaffold. P2 disposable respirator — when working in ceiling cavity (dust). High-visibility vest (AS/NZS 4602 Class D) — mandatory in all areas of the construction site. Insulated gloves rated to 1000V — for work on or near energised components. Hearing protection (Class 5) — when operating power tools (impact driver, rotary hammer).

### Emergency Procedures

Site supervisor and emergency contact: David Chen — 0412 345 678. Principal contractor site office: Level 1, 42 George Street — Sarah Williams — 0433 987 654. Nearest hospital: Westmead Hospital Emergency — 10-minute drive via A'Beckett Street. First aid kit location: Site office, Level 1. Defibrillator location: Building lobby, ground floor. Assembly point: Front car park, George Street footpath — east side of building. Incident reporting: All incidents and near-misses reported to David Chen and Apex Constructions site office immediately. Notifiable incidents: Call SafeWork NSW on 13 10 50.

### Worker Sign-On Register

| # | Name | Employer | Trade | Licence No. | Date | Signature | |---|---|---|---|---|---|---| | 1 | David Chen | Sparky Electrical | Electrician A | E12345 | 10/04/2026 | ✓ Signed | | 2 | James Nguyen | Sparky Electrical | Electrician A | E23456 | 10/04/2026 | ✓ Signed | | 3 | Toby Mitchell | Sparky Electrical | Apprentice (4th yr) | AP34567 | 10/04/2026 | ✓ Signed | | 4 | Priya Sharma | Sparky Electrical | Apprentice (2nd yr) | AP45678 | 10/04/2026 | ✓ Signed |

**Why this matters:** Every worker performing the HRCW has signed on, confirming they have read the hazards, controls, and emergency procedures. The licence numbers are recorded — a regulator will check that electricians hold current licences. Apprentices are listed with their year of apprenticeship, demonstrating they are under supervision.

The example above demonstrates the key elements that a WHS regulator — or a principal contractor conducting a SWMS audit — would look for.

**Site-specific details.** The SWMS names a specific address, a specific project, specific workers, and specific dates. It cannot be mistaken for a generic document.

**Correct HRCW categories.** Only the categories that genuinely apply are ticked (electrical work and work at height). The scope of work explains why each category was selected.

**Hazard identification through the hierarchy of controls.** The control measures prioritise elimination and engineering controls over administrative controls and PPE. Isolation is listed before insulated tools. Scaffold guardrails are listed before fall-arrest harnesses. Material hoists are listed before manual handling.

**Risk ratings using a quantitative matrix.** Each hazard has a likelihood score, a consequence score, and a calculated risk rating. This is not a subjective guess — it is a structured assessment that can be reviewed and challenged.

**Worker consultation documented.** The worker sign-on register demonstrates that the workers who will perform the work were consulted (they read and signed the SWMS before work commenced).

**Review provisions.** The document has a revision date and a version number, demonstrating it is a living document that will be reviewed when conditions change.

Having reviewed thousands of SWMS documents across every construction trade, these are the mistakes that come up most often — and the ones that regulators will call out.

**Generic hazards with no site context.** "Risk of electrocution" is a hazard. "Electric shock during connection to the live distribution board on Level 3" is a site-specific hazard. Regulators can tell the difference, and so can your workers.

**No worker consultation.** A SWMS prepared by a safety manager who has never visited the site and never spoken to the workers is not compliant, no matter how detailed it is. The legislation requires consultation — and a sign-on register with zero signatures is evidence that consultation did not happen.

**Copy-paste from the internet.** Downloading a SWMS from the internet, changing the company name, and sending it to the principal contractor is not compliance — it is fraud. If the hazards do not match the actual work, the SWMS is worse than useless because it creates a false sense of safety.

**PPE as the only control.** A SWMS that lists "wear safety glasses" and "wear gloves" as the only control measure for every hazard has failed to apply the hierarchy of controls. Regulators specifically look for higher-order controls (elimination, substitution, engineering) before administrative and PPE measures.

**No review dates.** A SWMS with no revision date, no version number, and no review log is a set-and-forget document. If conditions change during the project — and they always do — the SWMS must be reviewed and updated. The absence of review provisions suggests the SWMS is treated as a paperwork exercise rather than a safety tool.

**Incomplete sign-on.** If the SWMS says 8 workers are on site but only 3 have signed on, the principal contractor and the regulator will want to know where the other 5 are and why they have not been briefed on the hazards. Every worker performing HRCW must sign on before they start.

Writing a SWMS from scratch every time is unnecessary. Our pre-filled templates come with trade-specific hazards, risk ratings, and control measures already documented by a Certified Industrial Hygienist. You add your project details, review for your specific site, and you are ready to go.

Each template includes the same sections shown in the example above — project details, HRCW categories, scope of work, hazard register with 10-12 pre-filled hazards, PPE requirements, emergency procedures, worker sign-on register, and review log.

[Browse all templates by trade →](/templates) or [download a free blank template](/swms-template) to start from scratch.

### Can I use this example as my SWMS?

No. This example is for educational purposes — to show you what a completed SWMS should look like. Your SWMS must be prepared for your specific work, at your specific site, with input from your specific workers. Using someone else's SWMS is not compliant and does not protect your workers.

### How detailed should my hazard descriptions be?

Detailed enough that a worker who reads the SWMS understands exactly what the hazard is and how it could harm them. "Falling" is not detailed enough. "Fall from the mobile scaffold platform (3m working height) due to missing guardrail or overreaching beyond the platform edge" is detailed enough.

### Do I need a separate SWMS for each trade?

If different trades are performing different HRCW activities, each trade should have its own SWMS covering their specific hazards and controls. A single SWMS can cover multiple activities if they are performed by the same workers using the same controls — but for complex projects, separate trade-specific SWMS are clearer and more practical.

### What if conditions change after the SWMS is signed?

Stop work, review the SWMS, update it to reflect the new conditions, and re-brief all workers before resuming. If the change introduces a new hazard that was not in the original SWMS — for example, another trade starts working overhead — the SWMS must be revised to address it.