Bricklaying SWMS template Australia: walls, access, dust and plant
A bricklaying safe work method statement (SWMS) must describe the high-risk construction work on this site, how it will be carried out, the hazards and the controls people will actually use. Bricklaying as a trade label does not automatically make every task a statutory SWMS task. Under the model WHS Regulations, a SWMS is required when the work falls into one or more high-risk construction categories; check the Safe Work Australia high-risk list and the enacted state or territory rules. Work at height, mobile plant interfaces, structural alteration requiring temporary support and work near energised services are common triggers in real masonry jobs, but the exact category must be selected from the facts of the job. Victoria has a separate OHS framework.
This copyable framework is a starting point, not a signed SWMS for any actual site. Fill it with the wall design, sequence, access equipment, deliveries, workers, supervision and weather conditions. Seek engineering and scaffold expertise where needed. The Safe Work Australia construction model Code includes a bricklaying SWMS example; even that example must be adapted to the work. The Complys free SWMS builder owns the generic form task; this page adds the masonry-specific decisions and hold points.
Job and high-risk work details
| Field | Complete for this site |
|---|---|
| PCBU / masonry contractor and contact | [ ] |
| Principal contractor, site and local regulator | [ ] |
| Project, building/area and drawing revision | [ ] |
| Wall type, height, length, openings and sequence | [ ] |
| Work dates, crew and competent supervisor | [ ] |
| Prepared by, workers consulted, date and version | [ ] |
| Other duty holders / adjacent trades | [ ] |
| Linked documents | [Design, temporary-works/support plan, scaffold handover, lifting/traffic plan, silica assessment, permits, emergency plan] |
High-risk construction work identified: [ ] risk of a fall above the local threshold; [ ] structural alteration/repair requiring temporary support; [ ] powered mobile plant movement; [ ] near energised electrical installations/services; [ ] near a road/rail/traffic corridor; [ ] other category with source and reason [ ]. Check applicable definitions rather than copying these boxes into a form. Describe exactly which task creates each trigger and which controls address it.
Stop-work authority: [named supervisor and backup]. No wall is built or approached where the design/temporary support is unresolved, a scaffold is unsafe, the exclusion zone fails, or a silica control cannot be used. WorkSafe Queensland’s masonry-wall guidance highlights collapse from side loads, build rate, inadequate foundations and adjacent excavations; temporary supports and no-go zones may be essential. Its Queensland details are evidence of the hazard, not a substitute for the local engineer or law.
Pre-start hold points
| Hold point | Required confirmation / evidence | Person who releases work |
|---|---|---|
| Wall design and foundations | Current drawings, support/sequence requirements, changes resolved with designer | [ ] |
| Temporary stability | Designed bracing/returns, installation/inspection/removal ownership, exclusion zones | [ ] |
| Access and fall control | Suitable scaffold/platform, load capacity, handover/inspection and safe access | [ ] |
| Overhead/embedded services | Site plan, location and exclusion/isolation arrangements | [ ] |
| Deliveries and mobile plant | Route, unloading zone, pedestrian separation, lift/handling method | [ ] |
| Cutting and dust | Brick/block composition, RCS assessment, wet/on-tool extraction, water/power compatibility | [ ] |
| Weather/emergency | Wind/rain response, wall inspection, rescue/first aid and incident contacts | [ ] |
Do not replace a structural design with a “brace as required” note. The designer or competent person must specify support, sequence and removal criteria for the actual wall. Do not copy old scaffold load figures from a sample SWMS without checking the scaffold design and actual materials.
Task sequence, hazards and controls
Replace every bracketed item with the approved site method. Delete non-applicable tasks only after checking the interfaces.
| Step | Hazard and people exposed | Site-specific controls and verification | Stop/review trigger |
|---|---|---|---|
| 1. Receive and stage bricks, blocks, mortar and equipment | Truck/forklift collision, unstable stacks, manual handling, public access | [Delivery slot and segregated route; unloading plan; stable load/stack on verified ground; mechanical handling; team communication] | [Pedestrian breach, unstable load, changed route] |
| 2. Confirm design, layout and wall stability | Wall collapse, unsafe foundation, unapproved opening or change | [Current drawings; foundation/setting-out check; engineer’s support design where required; sequence, returns, build height and exclusion zone] | [Drawing mismatch, movement, unsupported section, weather] |
| 3. Establish access and scaffold | Falls, falling materials, overloaded platform, unsafe alteration | [Competent selection, erection/handover/inspection; edge protection, brick guards/toeboards, safe access; platform load check and exclusion below] | [Defect, overload, altered scaffold, high wind] |
| 4. Locate services and set cutting area | Electric contact, water/power conflict, flying fragments and dust | [Service information; isolation/approach distances; designated cutting area; compatible tool and guarded blade] | [Unknown service, failed isolation, unsafe tool] |
| 5. Cut bricks/blocks | Respirable crystalline silica (RCS), noise, vibration, contact injury | [Avoid cutting where practical; wet suppression or effective on-tool extraction as assessed; suitable fit-tested RPE if required; maintain controls; restrict others] | [Dry/uncontrolled dust, extraction failure, different material] |
| 6. Mix/handle mortar and lay courses | Manual-task strain, dermatitis/cement contact, trip, unstable wall | [Mechanical handling and suitable work height; skin/eye controls per SDS; housekeeping; approved build rate, bond, returns/support and daily checks] | [Support missing, wall distortion, worker exposure] |
| 7. Install lintels, ties and structural elements | Falling load, pinch/crush, temporary instability | [Design and lifting method; rated equipment and competent crew; exclusion zone; inspect support before loading] | [Unapproved change, uncertain capacity, loss of stability] |
| 8. Leave work safe and hand over | Unsupported wall, materials falling, scaffold left unsafe | [Check and preserve supports/no-go zones; cap/secure materials; handover to next trade; inspection after adverse weather] | [Wall damaged, support disturbed, new adjacent excavation] |
The sequence must reflect the real job. If the same crew is working next to other trades or a public route, add those people and control owners. Workers who perform the high-risk work should understand the SWMS before starting; review it with them when the method changes.
Three masonry risks that deserve separate decisions
Wall stability and temporary works
During construction a wall may not yet have the returns, roof/floor restraint or completed design strength it needs. WorkSafe Queensland’s masonry-wall safety guidance says wall characteristics, openings, foundation, adjacent excavations, wind and build sequence affect stability. Identify who designs temporary supports, who installs and checks them, how long they stay, and who authorises removal. Mark a no-go zone that considers a plausible fall path. Inspect after weather or impact and stop if movement or damage appears. A generic “mason to decide on site” note is inadequate for a structural support decision outside that person’s competence.
Access and falling objects
Choose access that suits the wall height, task duration and materials. Verify scaffold design, duty rating, handover and inspection in the local jurisdiction. Arrange bricks and mortar so workers do not overload a bay or lean beyond protection. Separate people below from dropped tools and masonry. Where scaffold alteration is needed, use the competent authorised person; do not move braces or guardrails to speed up laying. Record rescue arrangements for any fall-arrest use—prevention and collective protection should be considered first.
Silica, cutting and cleaning
Safe Work Australia identifies brick, concrete and stone cutting, especially dry cutting, as an RCS source. Assess the actual material and process. Prefer pre-cut sizes where feasible, and use effective wet suppression or on-tool extraction/other engineering measures suitable for the task. Check the local silica rules, exposure assessment and any required monitoring/health surveillance with a competent person. RPE is a further control, not a reason to dry-cut uncontained material. Clean with a method that does not re-suspend dust; do not dry sweep or use compressed air to scatter it.
Worker briefing and revision record
| Worker/contractor | Role | SWMS version and briefing date | Questions or change raised | Confirmation method |
|---|---|---|---|---|
| [ ] | [ ] | [ ] | [ ] | [ ] |
| [ ] | [ ] | [ ] | [ ] | [ ] |
| Revision | Trigger | Control/design reviewed by | Workers and principal contractor informed | Restart approved by |
|---|---|---|---|---|
| [ ] | [Weather, design, access, plant, material, incident] | [ ] | [ ] | [ ] |
The model construction Code says high-risk work should be performed in accordance with the SWMS and the document reviewed when circumstances change. Check enacted retention and availability rules for the jurisdiction. Keep previous versions where required, especially if an incident occurs; do not erase the version workers used.
Where Complys fits
The Complys AU SWMS software page and free generic builder are relevant next steps. The builder is an observed public form; its generic output still needs the site-specific structural, silica, access and service details above. Public product marketing claims versioning, acknowledgements and job links; verify each function in the current AU implementation and plan before this trade template promises it. Neither software nor a template designs a wall, approves temporary support or certifies legal compliance.
Frequently asked questions
Does every bricklaying job need a SWMS?
Not automatically. A statutory SWMS is tied to high-risk construction work categories under the applicable jurisdictional law. Many bricklaying jobs do trigger a category, such as certain height, structural-support or mobile-plant work. Record the exact trigger before drafting.
Can I reuse this template from one house to the next?
Reuse the structure, not the site facts. Wall design, access, ground, neighbours, services, workers, plant and weather differ. A copied SWMS that describes the wrong scaffold or support is dangerous evidence.
Who signs off temporary wall bracing?
The design/competent-person and site arrangements determine this. Name the design, installation, inspection and removal authorities before work. If support is uncertain, stop and obtain competent advice.
Is a respirator enough for brick cutting?
No. Control the dust at source through work design and effective engineering measures, then assess any additional RPE and local legal requirements. Confirm the method works with the actual material and tool.
Source, claim, owner, link, product and writer-side QA — 5 October 2026
| Claim or decision | Primary/observed evidence | Writer check |
|---|---|---|
| SWMS applies to high-risk construction work, not trade name alone | SWA high-risk list; 2024 construction model Code and bricklaying sample | Local law and category gate explicit; sample figures not copied as universal. |
| Masonry wall instability | WorkSafe Queensland masonry-wall guidance | Queensland source used for hazard/example; site engineer and local law required. |
| Brick cutting produces silica | SWA silica construction guidance; national guide | No invented exposure limit or one-size-fits-all RPE statement. |
| Existing owner/cannibalisation | Live generic SWMS builder; how-to owner; public exact trade-page search | This is the bricklaying-specific fillable sequence/hold points; generic pages stay canonical for general SWMS. Repo/in-flight route check open. |
| Money page/product truth | AU SWMS software page | Marketing is not implementation proof; no unverified live feature or price promise. |
Writer-side disposition: READY. A usable trade-specific SWMS framework with mandatory site-completion and specialist hold points. Before publication: confirm local legal categories and temporary-wall/scaffold/silica controls, exact route and unpublished owners, product function and plan claims, links, and independent whole-page QA. Nothing was published or changed in the Complys repository.