Steel-Stud Partition Install SWMS

Steel-stud partition installation is the fit-out trade that frames and lines internal walls in light-gauge steel: setting bottom and top tracks, installing studs and noggins to ceiling or slab height, and fixing plasterboard, including top-track fixing to the slab or soffit and powder-actuated fastening. The dominant hazards are falls while fixing the top track at height, projectile, ricochet and noise injury from powder-actuated tools, musculoskeletal injury handling stud, track and plasterboard, and dust, noise and laceration from cutting. This SWMS covers the steel-stud framing and lining; it does not cover suspended or feature ceilings, the services routed inside the wall, or wet-area waterproofing, which are documented separately.

Under the model Work Health and Safety Act 2011 and the harmonised Work Health and Safety Regulations adopted in each state and territory, this is high risk construction work because fixing the top track and framing full height is carried out where a person can fall more than two metres; Victoria operates the equivalent provisions under the Occupational Health and Safety Act 2004 and Occupational Health and Safety Regulations 2017. Light-gauge steel framing follows AS/NZS 4600, powder-actuated hand-held fastening tools follow AS/NZS 1873, temporary edge protection follows AS/NZS 4994, eye protection follows AS/NZS 1337.1, and noise is managed against the exposure standard of 85 dB(A) over eight hours and 140 dB(C) peak.

Failure to meet the primary duty of care is prosecuted under the Category 1 to 3 offences in the Work Health and Safety Act (and the equivalent provisions in Victoria's Occupational Health and Safety Act 2004), with maximum penalties indexed in most jurisdictions, imprisonment available for individuals, and a separate industrial manslaughter offence; current figures follow the prevailing penalty schedule of the responsible state regulator. This document is structured to satisfy the safe work method statement content requirements of the harmonised regulations and documents safe framing at height.

Hazards identified

9 hazards covered, sorted by priority.

Control measures

Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.

1. 1Engineering: Pre-assemble frames at floor level where the system allows, and use a rated mobile scaffold or platform (not stilts, which are restricted) for top-track fixing at height.
2. 2Engineering: Use factory-cut lengths and deburring tools to reduce sharp edges and swarf, clear swarf from the floor, and wear cut-resistant gloves.
3. 3Engineering: Use a board trolley and panel lifter delivered to the work face, with two-person handling for sheets, a 25 kg single-person limit and the Hazardous Manual Tasks Code of Practice.
4. 4Substitution: Use screw or mechanical fixing where suitable; otherwise the correct charge and tool guard for the substrate, a licensed operator to AS/NZS 1873, and an exclusion in the firing line.
5. 5PPE: Use low-spark cutting with capture where possible, keep tool guards in place, and wear sealed eye protection to AS/NZS 1337.1.
6. 6Engineering: Use low-noise tools and shears in preference to abrasive saws, limit continuous tool time against the 85 dB(A) eight-hour exposure standard, and provide hearing protection.
7. 7Substitution: Score and snap rather than power-cut plasterboard, use on-tool dust capture where powered cutting is used and ventilate, and wear a P2 respirator where dust persists.
8. 8Engineering: Use a rated mobile scaffold on a firm level floor with castors locked, check the set-up before use, prohibit overreaching and keep gates closed.
9. 9Engineering: Fit toe-boards to platforms, set an exclusion zone below, tether tools at height and maintain housekeeping.

Applicable Codes of Practice

High-Risk Construction Work triggered

Worked example

A fit-out contractor is framing full-height steel-stud partitions to the slab in an open-plan office tenancy. Because the top track is fixed to the slab above two metres, the work is high risk construction work, so the supervisor builds the safe work method statement around the fall risk, the powder-actuated tool and manual handling before framing starts. Wall frames are pre-assembled at floor level where the system allows, and the top track is fixed from a rated mobile scaffold on the level slab with the castors locked, rather than from stilts, which are restricted. The powder-actuated tool is operated only by a licensed operator to AS/NZS 1873 with the correct charge and guard for the substrate and an exclusion maintained in the firing line; where a screw or mechanical fixing will do the job, it is substituted for the explosive-powered fixing. Plasterboard is scored and snapped rather than power-cut, and the occasional powered cut uses on-tool dust capture with ventilation, so gypsum and paper dust stays down; a P2 respirator is worn where dust persists. Cut-resistant gloves and sealed eye protection to AS/NZS 1337.1 control swarf and edge injuries, and low-noise shears are used in preference to abrasive saws, with continuous tool time limited against the 85 dB(A) exposure standard and hearing protection worn. Stud, track and board are moved with a trolley and panel lifter to the work face, with two-person handling for sheets and a 25 kg single-person limit. Toe-boards and an exclusion zone protect anyone below, tools are tethered at height, and the platform is checked before each use. The signed safe work method statement, the platform inspection records and the daily tool checks are kept on site for the responsible state regulator. Workers sign on to the statement before starting, the operator's powder-actuated tool licence is verified, and a review is triggered if the access method or the fixing system changes.

Related legislation

• Work Health and Safety Act 2011 (harmonised; enacted in all states and territories except Victoria, which applies the Occupational Health and Safety Act 2004), s.19 — Primary duty of care to workers and to other persons at or near the workplace
• Harmonised Work Health and Safety Regulations, section 291 — Defines high risk construction work (Victoria: Occupational Health and Safety Regulations 2017, Part 5.1)
• Harmonised Work Health and Safety Regulations, section 299 — Content and review requirements for a safe work method statement for high risk construction work (Victoria: regulation 327; Tasmania: regulation 312)
• Harmonised Work Health and Safety Regulations, Part 4.4 — Managing the risk of falls, including working from a solid construction or providing fall protection (Victoria applies the equivalent provisions of the Occupational Health and Safety Regulations 2017)
• Harmonised Work Health and Safety Regulations, Part 4.1 — Noise: the exposure standard of 85 dB(A) over eight hours and 140 dB(C) peak

Frequently asked questions