Quick answer: Concreting work does not automatically need a SWMS, but many concrete tasks do qualify as High Risk Construction Work because they involve edges, excavations, structural support, or plant-heavy operations.
Last reviewed: March 2026 by the BlueSafe Technical Team. Reflects current Australian WHS requirements.
Concreting jobs move quickly and involve changing conditions, heavy materials, pumps, plant, and multiple crews. That combination is why concreting often becomes a SWMS task even where the trade initially looks routine.
At a glance
| Item | Summary |
|---|---|
| SWMS legally required? | Depends on task |
| Licence required? | Depends on task |
| Common HRCW triggers | #1 falls, #5 structural support, #7 excavation, #14 tilt-up or precast |
| Typical tasks | Footings, slabs, pours, concrete placement, finishing |
| Main SWMS focus | Sequencing, access, plant, edges, formwork, manual handling |
| Common issue | The risk changes during the pour and finishing stages |
When does concreting need a SWMS?
A SWMS is required where the concreting activity is High Risk Construction Work.
Examples include:
- slab or footing work near deep excavations
- elevated pours with fall risk
- concrete pumping and placement around plant and exclusion zones
- tilt-up or precast work
- work involving temporary support or structural reliance
Some basic ground-level concreting tasks may not trigger the duty, but many commercial and civil concreting tasks do.
Common concreting tasks and likely triggers
| Task | SWMS legally required? | Why |
|---|---|---|
| Small low-risk ground pour | Depends on task | May not trigger HRCW by itself |
| Slab construction near edges or penetrations | Yes | Often HRCW #1 |
| Footings with trench or excavation exposure | Yes | Commonly HRCW #7 |
| Placement around pumps and plant | Depends on task | Plant interaction may trigger HRCW |
| Tilt-up or precast concrete work | Yes | HRCW #14 |
What a concreting SWMS should cover
The SWMS should explain:
- the pour sequence and work stages
- access and exclusion zones
- plant, pump, and delivery vehicle movements
- formwork, reinforcement, or slab conditions
- manual handling and repetitive work controls
- curing, finishing, and clean-up arrangements
Concreting work changes rapidly, so sequencing is a core part of the document.
Main hazards on concrete jobs
The common hazard mix includes:
- slips on wet surfaces
- falls at edges, voids, or excavations
- contact with pumps, agitators, and mobile plant
- manual handling of formwork, hose lines, and tools
- exposure to cement and wet concrete
Where several of these are present, the SWMS should show how the crew will control them together rather than one by one.
State and territory variations
Concreting work follows the broader construction SWMS rules for the jurisdiction.
| Jurisdiction | Regulator | Key note |
|---|---|---|
| NSW | SafeWork NSW | Model WHS framework applies |
| VIC | WorkSafe Victoria | Victoria uses a different legislative framework |
| QLD | Workplace Health and Safety Queensland | Model WHS framework applies |
| SA | SafeWork SA | Model WHS framework applies |
| WA | WorkSafe WA | Model WHS framework applies with local variations |
| TAS | WorkSafe Tasmania | Model WHS framework applies |
| ACT | WorkSafe ACT | Model WHS framework applies |
| NT | NT WorkSafe | Model WHS framework applies |
Check local guidance where formwork, tilt-up, or excavation controls are involved.
Related guides
- Construction SWMS - What Every Builder and Contractor Needs
- Working at Heights SWMS - Complete Guide for Australian Businesses
- High Risk Construction Work SWMS - The Complete Guide
Frequently asked questions
Do concreters always need a SWMS?
No. They need one when the task is High Risk Construction Work.
Does pouring a slab always require a SWMS?
Not always. The answer depends on the site, the access conditions, and whether HRCW triggers are present.
What makes concreting high risk?
Edges, excavations, temporary support, plant, pumps, and tilt-up or precast conditions are common reasons.
What should a concreting SWMS include?
It should cover the work sequence, plant and access arrangements, structural conditions, and the actual controls used during the task.
SWMS templates for concreting
- Concrete Works SWMS for general concrete construction activities.
- Concrete Slab Construction SWMS for slab-related work where sequencing and structural conditions matter.
- Concrete Placement SWMS for placing, handling, and managing concrete during the active pour.
- General Concreting, Pouring and Footings SWMS for footing work, pours, and general concreting stages.