Safe Work Method Statements for Shop Fitting and Commercial Fit-Out Work

Shop Fitting

Used by 500+ Australian construction companies

No credit card required • Instant access • 100% compliant in every Australian state

5 sec
Creation Time
100%
Compliant
2,000+
Companies
$3.6K
Fines Avoided

Avoid WHS penalties up to $3.6M—issue compliant SWMS to every crew before work starts.

Shop fitting encompasses the specialised construction work involved in transforming empty retail and commercial spaces into functional, aesthetically pleasing business environments. This category includes interior fit-out work such as partitioning, cabinetry installation, glazing, signage, ceiling systems, and audio-visual installations. Shop fitters work in occupied buildings, shopping centres, office complexes, and retail precincts, often operating outside standard business hours to minimise disruption. Each SWMS template addresses the unique hazards of working in commercial environments including restricted access, tight timeframes, public proximity, and coordination with multiple trades in confined spaces.

Unlimited drafts • Built-in WHS compliance • Works across every Australian state

Shop Fitting Overview

16 curated templates

Shop fitting encompasses the specialised construction work involved in transforming empty retail and commercial spaces into functional, aesthetically pleasing business environments. This category includes interior fit-out work such as partitioning, cabinetry installation, glazing, signage, ceiling systems, and audio-visual installations. Shop fitters work in occupied buildings, shopping centres, office complexes, and retail precincts, often operating outside standard business hours to minimise disruption. Each SWMS template addresses the unique hazards of working in commercial environments including restricted access, tight timeframes, public proximity, and coordination with multiple trades in confined spaces.

Definition

What is Shop Fitting?

Shop fitting is the specialised trade of constructing and installing interior fixtures, fittings, and finishes within commercial and retail premises. Unlike traditional construction work in greenfield sites, shop fitting occurs predominantly in existing buildings and operational commercial environments. The work transforms bare tenancies into functional retail stores, restaurants, cafes, offices, medical practices, and other commercial spaces according to detailed design specifications and brand requirements. The scope of shop fitting work is diverse and multidisciplinary. Partitioning systems form a primary component, involving the installation of steel-stud track framing, plasterboard, and glazed partition systems to create room layouts, offices, and retail zones. These structures must meet Building Code of Australia requirements for fire resistance, acoustic performance, and structural adequacy. Shop fitters install both fixed partitions and demountable systems that allow future reconfiguration. The work requires precision in setting out, understanding of building services integration, and coordination with electrical and mechanical trades whose cabling and ducting runs through partition cavities. Cabinetry and joinery installation represents another core element of shop fitting. This includes retail display counters, storage systems, reception desks, workstations, shelving units, and point-of-sale fixtures. These components are often custom-manufactured to exacting specifications and require careful handling during transport and installation. Shop fitters must install cabinetry with precise alignment, ensuring level installation, secure wall fixings, and proper integration with electrical points for lighting and equipment. The work demands attention to aesthetic detail as these installations are highly visible to customers and directly impact the commercial presentation of the business. Specialised installations further expand the shop fitting scope. Signage installation involves mounting illuminated and non-illuminated signs both internally and externally, often requiring elevated work platforms. Audio-visual equipment installation includes mounting screens, speakers, and projection systems with concealed cabling. Glazing work encompasses shopfront glazing, internal glass partitions, and structural glass features. Ceiling systems ranging from suspended grid ceilings to bulkhead constructions require coordination with lighting, air-conditioning, and fire protection systems. Many shop fitting projects involve soft demolition work to remove existing fit-outs before new installations commence, creating hazards from dust, stored energy in fixtures, and discovery of concealed services.

Compliance impact

Why it matters

Shop fitting work presents a complex array of occupational health and safety risks that demand rigorous planning and documentation under Australian WHS legislation. The industry's unique characteristics—working in occupied buildings, tight project schedules, congested work areas, and proximity to the public—create hazards that differ substantially from traditional construction sites. Falls from height during ceiling and signage work, manual handling injuries from heavy cabinetry, and power tool accidents in confined spaces contribute to significant injury rates within the shop fitting sector. The Work Health and Safety Act 2011 imposes clear obligations on shop fitting businesses. As persons conducting a business or undertaking (PCBUs), shop fitters must ensure worker safety so far as is reasonably practicable. This duty extends to identifying all hazards, implementing appropriate controls following the hierarchy of control, providing necessary training and supervision, and maintaining safe systems of work. For high-risk construction work—which includes many shop fitting activities such as work at heights above two metres, work in confined spaces, and work near energised electrical installations—SWMS preparation is mandatory. The regulations specifically require SWMS to be prepared before work commences, to be kept readily accessible at the workplace, and to be reviewed when work circumstances change. Australian Standards provide technical guidance for shop fitting safety. AS/NZS 1170 (Structural Design Actions) informs load calculations for suspended fixtures and signage. AS/NZS 4994 (Temporary Edge Protection) specifies fall protection systems for elevated work. AS/NZS 3000 (Wiring Rules) ensures electrical safety during installation of illuminated signage and power points within cabinetry. AS/NZS 2890 (Parking Facilities) becomes relevant when shop fitting work occurs in shopping centre loading docks and car parks. Compliance with these standards is frequently assessed during WorkSafe inspections, and non-compliance can result in improvement notices, prohibition notices, and prosecution. The commercial consequences of inadequate safety management in shop fitting extend beyond the immediate injury impact. Shopping centre management and building owners increasingly require comprehensive SWMS as a condition of site access. Many contracts include substantial financial penalties for safety breaches or incidents that impact trading operations. Principal contractors conducting prequalification assessments evaluate safety management systems as a key selection criterion. Incidents can trigger WorkCover investigations leading to increased insurance premiums that significantly impact business profitability. Recent prosecutions in the shop fitting sector have resulted in fines exceeding $80,000 for companies where inadequate SWMS contributed to worker injuries. Having detailed, task-specific SWMS demonstrates due diligence, facilitates effective communication with workers and subcontractors, provides defensible documentation during audits, and ultimately protects both workers and business viability in this competitive, high-risk sector.

Key hazards in Shop Fitting

Highlight high-risk scenarios before work begins.

Risk focus
Hazard

Falls from Height During Ceiling and Signage Work

Shop fitters frequently work at elevated heights when installing ceiling systems, bulkheads, suspended grid ceilings, and signage. Working from ladders, scaffolding, and elevated work platforms in retail environments creates fall risks, particularly when working over trading floors with customer traffic below. Inadequate edge protection on elevated platforms, overreaching from ladders, and unstable mobile scaffolds contribute to fall incidents. The congested nature of retail spaces limits placement of access equipment, forcing workers into awkward positions. Control measures must include selecting appropriate access equipment for the space constraints, installing edge protection systems on platforms, implementing exclusion zones beneath elevated work areas, using fall arrest systems where other controls are not practicable, and ensuring all workers using elevated work platforms hold current licences for the equipment class.

Hazard

Manual Handling of Heavy Cabinetry and Glass

Shop fitting involves extensive manual handling of heavy and awkward items including custom cabinetry units, retail counters, glass panels, partition framing, and bulky signage. Cabinetry components often weigh 50-100kg or more and require lifting in confined spaces with limited mechanical assistance. Glass panels are particularly hazardous due to their weight, fragility, and smooth surfaces that provide poor grip. Manual handling in retail environments frequently occurs in awkward postures due to space constraints, existing fixtures, and the need to avoid damage to finished surfaces. Repetitive lifting throughout shift work increases cumulative strain injury risk. Control measures include mechanical lifting aids such as suction lifters for glass, trolleys and roller systems for cabinetry transport, team lifting protocols with clear communication, pre-positioning materials close to installation locations, breaking down assemblies into smaller components where possible, and implementing task rotation to vary physical demands on workers.

Hazard

Struck by Suspended or Falling Objects

Multi-level shop fitting work and overhead installations create hazards from suspended loads and falling objects. Materials being lifted to elevated platforms, ceiling components being installed overhead, and tools used at height present striking risks to workers below and potentially to members of the public in operational retail spaces. Heavy items such as suspended light fittings, signage frames, and glass panels can cause severe head and body injuries if securing systems fail or loads are dropped during handling. Risk factors include inadequate material securing on platforms, working in congested areas with multiple trades, and failure to establish effective exclusion zones in public spaces. Control measures must include physical barriers and exclusion zones beneath all overhead work, toolbox tethering systems for hand tools, secure storage arrangements on elevated platforms, scheduling work outside trading hours where practicable, coordination meetings between trades to separate incompatible activities, and mandatory hard hat requirements for all workers in areas with overhead work.

Hazard

Electrical Hazards from Power Tools and Energised Services

Shop fitting work involves extensive use of electrical power tools and frequently occurs near energised building services. Cutting into walls or ceilings during demolition or modification work risks contact with concealed electrical cables. Damaged extension leads, inadequate inspection of portable electrical equipment, and working in damp conditions during after-hours installation all contribute to electric shock risk. Illuminated signage installation requires coordination with licensed electricians but shop fitters may be exposed to energised components during mounting and testing. Working near switchboards and electrical risers in commercial buildings creates proximity hazards. Control measures include mandatory use of cable location equipment before penetrating any surface, RCD protection rated at 30mA on all portable electrical equipment, pre-start electrical equipment inspection with tagging systems, maintaining dry work environments, establishing minimum clearance distances from switchboards and electrical equipment, ensuring only licensed electricians perform electrical connections, and implementing isolation and lockout procedures when working near energised equipment.

Hazard

Silica Dust and Hazardous Substance Exposure

Cutting, drilling, and grinding operations during shop fitting generate hazardous dusts including crystalline silica from concrete, masonry, and fibre cement products. Silica exposure causes silicosis, a progressive and incurable lung disease, with Australian workplace exposure standards set at 0.05 mg/m³ for respirable crystalline silica. Shop fitting work in enclosed retail spaces with limited ventilation significantly increases exposure risk. Cutting plasterboard creates gypsum dust irritation. Adhesives, sealants, and surface coatings used in fit-out work contain volatile organic compounds causing respiratory irritation and long-term health effects. Working in existing buildings may expose workers to asbestos in ceiling spaces or wall cavities during demolition work. Control measures include water suppression or on-tool dust extraction for all cutting and grinding operations, atmospheric monitoring to verify exposure levels, respiratory protective equipment appropriate to the dust type, maximising natural and mechanical ventilation, substituting water-based for solvent-based products, asbestos surveys before any demolition or penetration of existing structures, and ensuring workers hold current asbestos awareness training.

Hazard

Working in Confined Spaces

Shop fitting work frequently occurs in confined spaces including ceiling voids, service risers, plant rooms, storage areas, and undercroft spaces. These areas often have restricted entry and exit points, limited ventilation, potential atmospheric hazards from dust or adhesive vapours, and heightened manual handling difficulty. Working in ceiling spaces above suspended ceilings creates particular risks—workers must support their weight on ceiling framework not designed for foot traffic, creating fall-through hazards to occupied spaces below. Inadequate lighting, heat accumulation, and limited space for safe tool use compound risks. Control measures must include pre-work atmospheric testing where vapour or dust accumulation is possible, continuous atmospheric monitoring in high-risk spaces, mechanical ventilation systems to maintain air quality, restricting entry duration with mandatory rest breaks, ensuring two-person teams for confined space work with communication systems, providing crawl boards or temporary platforms to distribute weight in ceiling voids, maintaining emergency retrieval equipment, and ensuring all workers entering confined spaces hold appropriate confined space entry training and permits.

Hazard

Proximity to Public and Working in Operational Buildings

Shop fitting work in operational shopping centres, office buildings, and retail premises creates unique hazards from proximity to the public and building occupants. Members of the public may inadvertently enter work areas, creating exposure to falling objects, power tools, and construction materials. After-hours work in low-light conditions increases incident risk. Coordination with building management, security personnel, and other trades requires clear communication to prevent conflicts. Noise restrictions and time constraints lead to rushed work and fatigue. Emergency evacuation procedures may be complex in large retail complexes. Control measures include substantial physical barriers with signage at all work area boundaries, traffic management plans for shopping centre environments, clear identification of workers through high-visibility clothing, coordination meetings with centre management and security, scheduled toolbox meetings to review daily hazards and work sequencing, strict housekeeping requirements to prevent trip hazards, establishing designated access routes separate from public areas, and ensuring all workers understand building-specific emergency procedures including assembly points and evacuation routes.

Hazard

Awkward Postures and Repetitive Strain Injuries

Shop fitting work demands sustained awkward postures including overhead installation work, kneeling during floor-level fixing, working in confined ceiling voids, and repetitive bending during material handling. Installing suspended ceiling grids requires prolonged overhead arm positioning. Precision alignment of cabinetry involves sustained stooping and reaching. Drilling and fixing into concrete or masonry creates repetitive vibration exposure through power tools. These ergonomic hazards lead to musculoskeletal disorders including shoulder impingement, lower back strain, knee damage, and hand-arm vibration syndrome. Tight project schedules often eliminate adequate rest breaks, compounding cumulative strain. Control measures include task rotation to vary muscle group loading, mechanical assistance devices such as panel lifters and ceiling installation tools to reduce overhead work demands, anti-vibration gloves and tools with vibration dampening features, positioning work at appropriate heights using adjustable platforms, implementing mandatory rest breaks scheduled throughout shifts, and providing ergonomic training to workers on correct postures and lifting techniques specific to shop fitting tasks.

Benefits of using a Shop Fitting SWMS

  • Demonstrate compliance with WHS Act requirements for high-risk construction work, satisfying shopping centre and building owner access conditions
  • Provide clear, documented procedures specific to retail and commercial environments, addressing unique hazards of working in occupied buildings
  • Facilitate efficient coordination with building management, security, and other trades through documented work methods and safety controls
  • Reduce WorkCover premium costs by demonstrating proactive safety management and establishing lower incident rates
  • Streamline site induction and access approval processes with comprehensive safety documentation readily available for client review
  • Create defensible documentation for WHS compliance audits by WorkSafe authorities and principal contractor safety assessments
  • Support competitive tender submissions by demonstrating sophisticated safety management systems to commercial clients and principal contractors
  • Minimise project delays from safety incidents, enabling adherence to tight commercial fit-out schedules and contractual completion dates

Available SWMS templates

Hand-crafted documents ready to customise for your teams.

View all 16 documents

SWMS Template

Aluminium Window Door Frame Installation Safe Work Method Statement

SWMS for installing aluminium window and door frames in commercial fit-outs

Open template

SWMS Template

Audio Visual Installation Safe Work Method Statement

SWMS for installing audio-visual systems including screens, projectors, and sound equipment in retail and commercial spaces

Open template

SWMS Template

Awnings Blinds Curtains Installation Safe Work Method Statement

SWMS for installing window coverings and awnings in commercial premises

Open template

SWMS Template

Cabinet Installation Safe Work Method Statement

SWMS for installing retail display cabinets, storage units, and commercial joinery

Open template

SWMS Template

Glass Whiteboard Installation Safe Work Method Statement

SWMS for installing glass whiteboards and writable glass surfaces in offices and commercial spaces

Open template

SWMS Template

Glazing Safe Work Method Statement

SWMS for shopfront glazing and internal glass partition installation in commercial fit-outs

Open template

SWMS Template

Handrail Installation Safe Work Method Statement

SWMS for installing handrails and balustrades in retail and commercial environments

Open template

SWMS Template

Insulation - Ceiling Panel Installation Safe Work Method Statement

SWMS for installing acoustic ceiling panels and insulation in commercial fit-outs

Open template

SWMS Template

Partitioning Steel-Stud-Track Safe Work Method Statement

SWMS for installing steel-stud track partitioning systems to create office and retail layouts

Open template

SWMS Template

Sign Installation EWP Use Safe Work Method Statement

SWMS for installing signage using elevated work platforms in retail and commercial premises

Open template

SWMS Template

Sign Installation Safe Work Method Statement

SWMS for installing illuminated and non-illuminated signage in commercial environments

Open template

SWMS Template

Site Establishment Shop Fit-out Safe Work Method Statement

SWMS for establishing work areas and site facilities for commercial fit-out projects

Open template

Frequently asked questions

Do shop fitters need SWMS when working in operational shopping centres during after-hours fit-outs?

Yes, SWMS are mandatory for shop fitting work regardless of when work occurs. After-hours work in shopping centres actually creates additional hazards requiring specific controls including reduced lighting conditions, limited access to emergency services, coordination with security personnel, and potential fatigue from night shift work. Shopping centre management typically requires SWMS submission and approval before granting site access. Your SWMS should address building-specific requirements such as loading dock procedures, waste management, noise restrictions, and emergency evacuation routes. Many centres require attendance at site induction sessions and compliance with centre-specific safety rules in addition to your SWMS. Working outside standard hours does not reduce your obligations under WHS legislation—if anything, it heightens the need for thorough planning and documentation.

Can a single SWMS cover an entire shop fit-out project or do separate documents need to be prepared for different work activities?

Australian WHS regulations require task-specific SWMS for high-risk construction work. A comprehensive shop fit-out involves multiple distinct activities—partitioning, ceiling installation, cabinetry, glazing, signage work—each with different hazards and controls. While you could theoretically create one extensive document covering all activities, this approach creates practical problems. Workers need clear, relevant information for their specific tasks without wading through irrelevant sections. WorkSafe inspectors expect SWMS to be sufficiently detailed for the actual work being performed. Best practice is to prepare separate SWMS for major work types such as partitioning installation, suspended ceiling work, and cabinetry installation. This ensures each document provides focused, practical guidance. You can use a master project plan that references multiple task-specific SWMS, providing overall coordination while maintaining necessary detail.

What are the requirements for establishing safe work zones when shop fitting work occurs near public areas in shopping centres?

Working near public areas requires physical barriers that completely prevent public entry to work zones. Temporary fencing or solid hoarding is necessary—danger tape and witches hats are insufficient. Barriers must extend from floor to ceiling or at least 2 metres high to prevent climbing. Entry points require signage in plain English explaining the area is a construction zone with entry prohibited to unauthorised persons. If work produces overhead hazards, barriers must extend sufficiently to prevent objects falling into public areas—consider horizontal protection such as scaffold decking overhead. Coordinate with centre management regarding barrier placement that maintains required fire egress widths and accessibility paths. High-visibility clothing must be worn by all workers to distinguish them from public. Noise and dust controls are essential to minimise disruption. After-hours work should be scheduled for high-noise activities. Your SWMS must detail barrier specifications, signage requirements, and protocols for managing public interaction if anyone attempts to enter the work zone.

Are shop fitting workers required to hold specific qualifications and licences?

Workers must hold a Construction Induction Card (White Card) before commencing any construction work. Trade qualifications such as Certificate III in Shopfitting, Carpentry, or Cabinet Making demonstrate competency for the work. Workers operating elevated work platforms require high-risk work licences specific to the equipment type—WP for boom-type EWPs and WP for scissor lifts. Forklift operation requires appropriate licencing. Workers entering confined spaces must complete confined space entry training. If your work involves asbestos (likely when working in older retail premises), workers need asbestos awareness training as a minimum, with licenced asbestos removalists required for removal work. First aid officers should be present on larger projects. Employers must verify qualifications and licences before assigning work, maintain training records, and provide task-specific training on SWMS requirements. Workers must also complete any building or shopping centre specific induction requirements.

How should shop fitters manage coordination with other trades working simultaneously in confined retail spaces?

Multi-trade coordination is critical in shop fitting work where electricians, plumbers, HVAC contractors, and shop fitters work concurrently in limited spaces. Establish daily coordination meetings, even brief toolbox talks, to discuss work sequences, identify potential conflicts, and agree on shared space use. Document these meetings with attendance records. Develop a visual schedule showing when and where each trade will work to prevent incompatible activities occurring simultaneously—for example, ceiling electricians should not work directly above shop fitters using power tools. Establish clear communication protocols, particularly important when work areas are separated by partitions. Agree on shared facilities including power distribution, rubbish disposal, and access routes. Nominate a site coordinator responsible for overall safety coordination. When work by one trade creates hazards for others—such as overhead work creating falling object risks—physical barriers and exclusion zones must be established. Your SWMS should address coordination protocols and include contact details for other trade supervisors.

Explore related categories

What is Shop Fitting in Construction?

Shop fitting is the specialised trade of constructing and installing interior fixtures, fittings, and finishes within commercial and retail premises. Unlike traditional construction work in greenfield sites, shop fitting occurs predominantly in existing buildings and operational commercial environments. The work transforms bare tenancies into functional retail stores, restaurants, cafes, offices, medical practices, and other commercial spaces according to detailed design specifications and brand requirements. The scope of shop fitting work is diverse and multidisciplinary. Partitioning systems form a primary component, involving the installation of steel-stud track framing, plasterboard, and glazed partition systems to create room layouts, offices, and retail zones. These structures must meet Building Code of Australia requirements for fire resistance, acoustic performance, and structural adequacy. Shop fitters install both fixed partitions and demountable systems that allow future reconfiguration. The work requires precision in setting out, understanding of building services integration, and coordination with electrical and mechanical trades whose cabling and ducting runs through partition cavities. Cabinetry and joinery installation represents another core element of shop fitting. This includes retail display counters, storage systems, reception desks, workstations, shelving units, and point-of-sale fixtures. These components are often custom-manufactured to exacting specifications and require careful handling during transport and installation. Shop fitters must install cabinetry with precise alignment, ensuring level installation, secure wall fixings, and proper integration with electrical points for lighting and equipment. The work demands attention to aesthetic detail as these installations are highly visible to customers and directly impact the commercial presentation of the business. Specialised installations further expand the shop fitting scope. Signage installation involves mounting illuminated and non-illuminated signs both internally and externally, often requiring elevated work platforms. Audio-visual equipment installation includes mounting screens, speakers, and projection systems with concealed cabling. Glazing work encompasses shopfront glazing, internal glass partitions, and structural glass features. Ceiling systems ranging from suspended grid ceilings to bulkhead constructions require coordination with lighting, air-conditioning, and fire protection systems. Many shop fitting projects involve soft demolition work to remove existing fit-outs before new installations commence, creating hazards from dust, stored energy in fixtures, and discovery of concealed services.

Why Shop Fitting SWMS Matters

Shop fitting work presents a complex array of occupational health and safety risks that demand rigorous planning and documentation under Australian WHS legislation. The industry's unique characteristics—working in occupied buildings, tight project schedules, congested work areas, and proximity to the public—create hazards that differ substantially from traditional construction sites. Falls from height during ceiling and signage work, manual handling injuries from heavy cabinetry, and power tool accidents in confined spaces contribute to significant injury rates within the shop fitting sector. The Work Health and Safety Act 2011 imposes clear obligations on shop fitting businesses. As persons conducting a business or undertaking (PCBUs), shop fitters must ensure worker safety so far as is reasonably practicable. This duty extends to identifying all hazards, implementing appropriate controls following the hierarchy of control, providing necessary training and supervision, and maintaining safe systems of work. For high-risk construction work—which includes many shop fitting activities such as work at heights above two metres, work in confined spaces, and work near energised electrical installations—SWMS preparation is mandatory. The regulations specifically require SWMS to be prepared before work commences, to be kept readily accessible at the workplace, and to be reviewed when work circumstances change. Australian Standards provide technical guidance for shop fitting safety. AS/NZS 1170 (Structural Design Actions) informs load calculations for suspended fixtures and signage. AS/NZS 4994 (Temporary Edge Protection) specifies fall protection systems for elevated work. AS/NZS 3000 (Wiring Rules) ensures electrical safety during installation of illuminated signage and power points within cabinetry. AS/NZS 2890 (Parking Facilities) becomes relevant when shop fitting work occurs in shopping centre loading docks and car parks. Compliance with these standards is frequently assessed during WorkSafe inspections, and non-compliance can result in improvement notices, prohibition notices, and prosecution. The commercial consequences of inadequate safety management in shop fitting extend beyond the immediate injury impact. Shopping centre management and building owners increasingly require comprehensive SWMS as a condition of site access. Many contracts include substantial financial penalties for safety breaches or incidents that impact trading operations. Principal contractors conducting prequalification assessments evaluate safety management systems as a key selection criterion. Incidents can trigger WorkCover investigations leading to increased insurance premiums that significantly impact business profitability. Recent prosecutions in the shop fitting sector have resulted in fines exceeding $80,000 for companies where inadequate SWMS contributed to worker injuries. Having detailed, task-specific SWMS demonstrates due diligence, facilitates effective communication with workers and subcontractors, provides defensible documentation during audits, and ultimately protects both workers and business viability in this competitive, high-risk sector.

Trusted by 1,500+ Australian construction teams

Shop Fitting SWMS Sample

Professional shop fitting SWMS created in 5 seconds with OneClickSWMS

  • Instant PDF & shareable link
  • Auto-filled risk matrix
  • Editable Word download
  • State-specific compliance
  • Digital signature ready
  • Version history preserved
Manual creation2-3 hours
OneClickSWMS5 seconds
Save 99% of admin time and eliminate manual errors.

No credit card required • Instant access • Unlimited drafts included in every plan

PDF Sample

Risk Rating

BeforeHigh
After ControlsLow

Key Controls

  • • Pre-start briefing covering hazards
  • • PPE: hard hats, eye protection, gloves
  • • Emergency plan communicated to crew

Signature Ready

Capture digital signatures onsite and store revisions with automatic timestamps.

Continue exploring

Hand-picked SWMS resources

Ready to deliver professional SWMS in minutes?

OneClickSWMS powers thousands of compliant projects every week. Join them today.