Baiting programmes, trapping methods, and disease prevention for rodent management in construction environments

Rodent Control Safe Work Method Statement

WHS Act 2011 Compliant | Rodent-Borne Disease Prevention
Generate SWMS NowView Sample PDF

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.

Rodent control on construction sites requires specialized procedures to manage rat and mouse populations while preventing disease transmission and ensuring worker safety. This Safe Work Method Statement establishes comprehensive baiting programmes, trapping methods, and hygiene protocols for effective rodent management in construction environments.

Start Generating SWMSSee How It Works

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

Overview

What this SWMS covers

Rodent control on construction sites addresses the significant health, safety, and operational risks posed by rat and mouse infestations that proliferate in disturbed building environments. This Safe Work Method Statement establishes comprehensive procedures for rodent population management through integrated approaches combining baiting programmes, trapping methods, habitat modification, and hygiene protocols. The procedures ensure effective rodent elimination while preventing disease transmission, environmental contamination, and worker exposure to hazardous control methods.\n\nConstruction sites provide ideal conditions for rodent proliferation through abundant food sources from waste materials, water accumulation in excavations, and shelter opportunities in debris piles, formwork, and temporary structures. Rats and mice cause extensive damage to electrical wiring, plumbing systems, insulation materials, and stored construction supplies. Their gnawing activity undermines building foundations, damages concrete reinforcements, and creates fire hazards through exposed electrical conductors.\n\nThe SWMS covers all aspects of professional rodent control including species identification, population assessment, bait station placement, trap positioning, monitoring procedures, and carcass disposal. Procedures address both preventative measures to discourage rodent habitation and reactive responses to established infestations. Environmental considerations ensure control methods minimize impact on native wildlife and prevent secondary poisoning through the food chain.\n\nDisease prevention forms a critical component of rodent control, with procedures addressing leptospirosis, hantavirus, salmonellosis, and rat-bite fever transmission risks. Workers handling bait stations, traps, and contaminated materials require comprehensive protection against zoonotic diseases. The SWMS establishes strict hygiene protocols, personal protective equipment requirements, and decontamination procedures to prevent disease transmission between rodents and humans.\n\nChemical control methods using anticoagulant rodenticides require careful management to prevent accidental poisoning of workers, pets, and wildlife. The procedures implement secure bait station placement, tamper-resistant designs, and regular monitoring to ensure only target species access poisons. Environmental monitoring prevents chemical runoff and ensures compliance with waterway protection requirements.\n\nMechanical trapping methods provide non-chemical alternatives for sensitive areas including food preparation zones and environmentally sensitive locations. Trap placement follows rodent behavior patterns with regular monitoring and humane dispatch procedures. The SWMS addresses psychological impacts on workers involved in trap checking and carcass disposal, providing appropriate training and support mechanisms.\n\nDocumentation and monitoring requirements ensure treatment effectiveness tracking and regulatory compliance. Population monitoring through bait consumption and trap success rates guides treatment intensity adjustments. The procedures establish clear success criteria and follow-up protocols to prevent reinfestation once initial control is achieved.\n\nCompliance with this SWMS demonstrates due diligence under the Work Health and Safety Act 2011, where PCBUs must eliminate or minimize biological hazards including rodent-borne diseases. The procedures protect construction workers from preventable health risks while ensuring operational continuity through effective pest management.

Create Custom SWMSDownload TemplateRodent Disease Guide

Fully editable, audit-ready, and aligned to Australian WHS standards.

Why this SWMS matters

Rodent infestations on construction sites create immediate health threats, extensive property damage, and significant operational disruptions that demand systematic control measures under workplace health and safety legislation. The Work Health and Safety Act 2011 requires PCBUs to manage biological hazards, with rodent control representing a critical component of workplace hygiene and disease prevention programmes. Failure to implement effective rodent control exposes workers to severe diseases and creates liability for property damage and regulatory non-compliance.\n\nRodent-borne diseases including leptospirosis, hantavirus, salmonellosis, and rat-bite fever pose immediate health risks to construction workers. Leptospirosis spreads through contact with rodent urine-contaminated water in excavations and trenches. Hantavirus transmission occurs through inhalation of dust containing rodent droppings. Salmonella and other bacterial infections result from food contamination. These diseases cause severe illness requiring hospitalization, with some resulting in permanent organ damage or death.\n\nProperty damage from rodent activity includes gnawing through electrical cables creating fire hazards, damaging plumbing systems causing leaks, destroying insulation materials, and contaminating stored construction materials. Rats can chew through concrete foundations when seeking shelter, undermine retaining walls, and damage drainage systems. The cost of rodent damage on construction sites can exceed hundreds of thousands of dollars, with extensive rewiring, replumbing, and decontamination required.\n\nConstruction sites provide ideal rodent habitats through disturbed ground, construction debris, temporary structures, and abundant food sources from site amenities and waste disposal. Excavations collect water, trenches provide burrow opportunities, and stacked materials create sheltered nesting areas. Without systematic rodent control, infestations establish rapidly and become increasingly difficult to eradicate.\n\nThe psychological impact on construction workers includes anxiety from rodent sightings, disgust from pest activity, and health concerns from disease transmission risks. Workers may refuse to enter areas with visible rodent activity, creating productivity losses and project delays. Effective rodent control creates safer, more hygienic work environments that improve workforce morale and retention.\n\nEnvironmental consequences include secondary poisoning of native wildlife through contaminated rodent carcasses and chemical runoff from bait stations. Construction sites near sensitive areas require enhanced environmental controls to prevent ecological damage. Regulatory authorities impose strict requirements on rodent control methods, with penalties for non-compliance including fines and work stoppages.\n\nEconomic considerations include direct costs of professional pest control services, indirect costs from damage repair and cleanup, and productivity losses from worker discomfort. Construction firms operating in rodent-prone areas require dedicated pest management budgets. The reputational damage from uncontrolled infestations affects client relationships and future tender opportunities.\n\nImplementation of comprehensive rodent control procedures protects workers from preventable diseases, prevents extensive property damage, and ensures construction sites maintain hygienic, safe working environments. The procedures establish systematic assessment methods, proven control techniques, and monitoring systems that transform rodent challenges into manageable operational considerations. PCBUs implementing these measures demonstrate industry leadership in workplace safety and hygiene management.

Reinforce licensing, insurance, and regulator expectations for Rodent Control Safe Work Method Statement crews before they mobilise.

Hazard identification

Surface the critical risks tied to this work scope and communicate them to every worker.

Risk register

Disease Transmission from Rodent Contact

high

Rodents carry multiple zoonotic diseases transmitted through urine, feces, saliva, and bites. Leptospirosis spreads through contaminated water in excavations. Hantavirus transmits via dust containing dried droppings. Salmonella and E. coli contaminate food sources. Workers handling bait stations, traps, and contaminated materials face highest exposure risk. Poor hygiene practices during rodent control amplify transmission potential. Construction sites with poor sanitation create ideal disease transmission conditions.

Consequence: Severe infections requiring hospitalization, kidney/liver failure, respiratory distress, long-term health complications, work absences

Secondary Poisoning from Rodenticide Baits

high

Anticoagulant rodenticides cause internal bleeding in target rodents, creating secondary poisoning when predators or scavengers consume contaminated carcasses. Pets, livestock, and native wildlife face fatal poisoning. Construction workers may accidentally consume contaminated bait or contact poisoned rodents. Inadequate bait station security allows children or unauthorized personnel access. Environmental contamination occurs through bait spillage and carcass decomposition.

Consequence: Fatal poisoning of non-target species, environmental contamination, accidental human exposure, regulatory fines, biodiversity loss

Physical Injuries from Rodent Encounters

medium

Rats inflict defensive bites when cornered during trapping or bait station servicing. Aggressive behavior occurs when rodents feel threatened. Workers reach into confined spaces to place baits or check traps, risking bites to hands and arms. Large Norway rats can cause significant tissue damage. Infected bite wounds complicate healing and increase infection risk. Multiple rodents in confined spaces increase encounter probability.

Consequence: Severe bite wounds requiring medical treatment, infection complications, tetanus risk, psychological trauma

Structural Damage from Rodent Activity

medium

Rats gnaw through electrical cables creating fire hazards and power outages. Plumbing systems suffer damage from gnawing activity. Insulation materials get destroyed for nesting. Concrete foundations and retaining walls undermined by burrowing. Construction materials contaminated by rodent urine and feces. Equipment wiring and hoses chewed through. Progressive damage occurs unnoticed until major failures occur.

Consequence: Fire hazards from exposed wiring, water damage from plumbing failures, foundation instability, equipment malfunction, costly repairs

Allergic Reactions and Respiratory Issues

medium

Rodent urine, feces, and dander cause allergic reactions in sensitive individuals. Dust containing rodent allergens becomes airborne during cleaning and trap servicing. Asthma and allergic rhinitis triggered by rodent proteins. Construction workers with pre-existing allergies face exacerbated symptoms. Poor ventilation in enclosed spaces concentrates allergens. Chronic exposure leads to respiratory sensitization.

Consequence: Allergic reactions and anaphylaxis, respiratory distress, chronic allergy development, reduced work capacity

Environmental Contamination from Carcasses

medium

Decomposing rodent carcasses create biohazard conditions attracting flies and other pests. Toxic chemicals in poisoned rodents leach into soil and waterways. Construction sites near sensitive environments face amplified contamination risks. Improper carcass disposal allows disease transmission to continue. Multiple carcasses in bait stations create disposal challenges. Environmental monitoring required to verify cleanup effectiveness.

Consequence: Disease transmission through secondary vectors, waterway contamination, soil pollution, regulatory cleanup requirements

Psychological Stress from Rodent Control Activities

low

Workers experience anxiety and disgust when handling traps, removing carcasses, and servicing bait stations. Fear of disease transmission creates ongoing stress. Squeamish reactions to rodent activity and remains. Construction workers may develop aversion to working in treated areas. Lack of psychological support exacerbates stress responses. Team members witness disturbing scenes during control operations.

Consequence: Reduced morale and productivity, increased absenteeism, workplace anxiety, potential PTSD development

Control measures

Deploy layered controls aligned to the hierarchy of hazard management.

Implementation guide

Site Hygiene and Habitat Modification

Elimination

Implement comprehensive site hygiene practices to eliminate food, water, and shelter sources that attract rodents. Remove construction waste, food scraps, and standing water daily. Store materials off ground with rodent-proof barriers. Seal building openings and maintain perimeter exclusion. Implement waste management systems with secure bin storage. Conduct regular site cleaning to remove potential nesting materials.

Implementation

1. Remove all construction waste and debris from site daily 2. Store food waste in rodent-proof bins with secure lids 3. Eliminate standing water through proper drainage and grading 4. Store construction materials on pallets (minimum 30cm off ground) 5. Seal all building openings with rodent-proof mesh 6. Implement perimeter fencing with buried skirts 7. Clean site amenities thoroughly daily 8. Remove potential nesting materials (cardboard, insulation scraps) 9. Install vibration devices to deter rodent habitation 10. Document hygiene inspections and maintenance activities

Secure Bait Station Placement and Monitoring

Engineering

Install tamper-resistant bait stations in rodent-active areas with secure locking mechanisms and weather protection. Position stations away from worker access areas and environmental sensitivities. Monitor bait consumption to track rodent activity and treatment effectiveness. Use GPS tracking for station locations. Implement regular inspection schedules with consumption documentation.

Implementation

1. Install tamper-resistant bait stations with locking mechanisms 2. Position stations in rodent runways and harborage areas 3. Place stations away from worker access and sensitive environments 4. Secure stations to prevent movement or vandalism 5. Label stations with placement dates and bait types 6. Implement daily bait consumption monitoring 7. Document station locations with GPS coordinates 8. Replace consumed bait promptly to maintain control 9. Inspect stations weekly for damage or tampering 10. Remove empty stations to prevent environmental contamination

Personal Protective Equipment and Hygiene Protocols

PPE

Provide comprehensive PPE for workers handling bait stations, traps, and contaminated materials. Implement strict hygiene protocols with hand washing facilities and decontamination procedures. Use disposable gloves and coveralls for high-risk activities. Provide respiratory protection for dusty environments. Establish changing areas to prevent contamination spread.

Implementation

1. Provide nitrile gloves for all bait station and trap handling 2. Issue disposable coveralls for carcass removal activities 3. Supply respiratory protection for dusty or enclosed spaces 4. Establish hand washing stations with soap and water 5. Provide disinfectant wipes for equipment cleaning 6. Implement boot washing stations at site entrances 7. Require glove changes between different work areas 8. Provide dedicated changing facilities for contaminated clothing 9. Train workers in proper PPE donning and removal 10. Document PPE inspections and replacement schedules

Trapping and Monitoring Procedures

Administrative

Implement humane trapping methods with regular trap checks to prevent animal suffering. Position traps in rodent pathways with secure anchoring. Use appropriate bait types for target species. Monitor traps multiple times daily during peak activity periods. Document trap success rates and population trends. Dispose of captured rodents humanely and hygienically.

Implementation

1. Position traps along rodent runways and burrow entrances 2. Use appropriate bait types (peanut butter, grains) for target species 3. Check traps at least twice daily (dawn and dusk) 4. Anchor traps securely to prevent movement or theft 5. Use humane dispatch methods for captured rodents 6. Document trap locations and success rates 7. Clean traps thoroughly between uses 8. Monitor for non-target species capture 9. Adjust trap placement based on activity patterns 10. Implement trap rotation to prevent bait habituation

Disease Prevention and Medical Monitoring

Administrative

Implement comprehensive disease prevention protocols with vaccination programmes and medical monitoring. Provide tetanus vaccination for all workers. Establish protocols for suspected disease exposure. Maintain first aid supplies specific to rodent-borne diseases. Coordinate with occupational health services for exposure monitoring. Implement incident reporting for potential disease transmission.

Implementation

1. Ensure all workers have current tetanus vaccination 2. Provide leptospirosis vaccination for high-risk workers 3. Establish protocols for reporting suspected exposures 4. Maintain rodent-borne disease first aid supplies 5. Coordinate medical monitoring for exposed workers 6. Implement incident reporting system for exposures 7. Train workers in disease recognition and reporting 8. Maintain communication with local health authorities 9. Document vaccination records and medical monitoring 10. Review disease prevention effectiveness annually

Environmental Protection and Waste Management

Administrative

Implement environmental controls to prevent secondary poisoning and contamination. Use biodegradable baits in sensitive areas. Monitor for non-target species impact. Establish proper carcass disposal procedures. Implement runoff prevention measures. Coordinate with environmental authorities for sensitive site locations. Maintain contamination prevention protocols.

Implementation

1. Use biodegradable baits in environmentally sensitive areas 2. Monitor for impact on non-target species (birds, pets) 3. Establish proper carcass disposal procedures 4. Implement bait station runoff prevention 5. Coordinate with environmental authorities for protected areas 6. Use GPS tracking to monitor environmental compliance 7. Implement spill containment for bait station leaks 8. Document environmental monitoring results 9. Establish contingency procedures for environmental incidents 10. Maintain records for regulatory compliance reporting

Download complete control procedures

Personal protective equipment

Nitrile examination gloves

Requirement: Medical-grade nitrile gloves meeting AS/NZS 2161 standards, changed frequently during handling

When: All bait station servicing, trap handling, and carcass removal activities

Disposable coveralls or Tyvek suits

Requirement: Full-body coverage with elastic cuffs and hood, disposed after contamination

When: Carcass removal, high-contamination cleanup, and enclosed space work

Safety glasses

Requirement: AS/NZS 1337 compliant eye protection with side shields

When: Bait station servicing and any activities near face level

P2 respirator mask

Requirement: AS/NZS 1716 compliant with replaceable filters for dust and allergens

When: Working in dusty areas, enclosed spaces, or during carcass handling

Steel-capped safety boots

Requirement: AS/NZS 2210 compliant with ankle protection and easy cleaning

When: All site work, especially in areas with potential rodent contact

Heavy-duty leather gloves

Requirement: Cut and puncture resistant for handling traps and contaminated materials

When: Trap setting, bait station maintenance, and material handling in infested areas

Inspections & checks

Before work starts

  • ✓Conduct site inspection for rodent activity indicators (droppings, tracks, gnawing damage)
  • ✓Verify bait station integrity and tamper-resistance before placement
  • ✓Check PPE condition and availability for all team members
  • ✓Confirm hygiene facilities and decontamination supplies are operational
  • ✓Review weather conditions and adjust schedules for optimal control effectiveness
  • ✓Verify trap positioning and bait placement for target species
  • ✓Check communication equipment for coordination during operations
  • ✓Document baseline rodent activity levels for monitoring comparison
  • ✓Confirm emergency contact information and medical facilities accessibility
  • ✓Conduct team briefing on safety procedures and hazard recognition

During work

  • ✓Monitor bait consumption rates to track treatment effectiveness
  • ✓Check traps multiple times daily during peak rodent activity periods
  • ✓Inspect bait stations for damage, tampering, or environmental issues
  • ✓Observe for signs of secondary poisoning in non-target species
  • ✓Monitor worker compliance with PPE and hygiene requirements
  • ✓Document any unusual rodent behavior or resistance patterns
  • ✓Verify exclusion zone maintenance around active control areas
  • ✓Check weather conditions for impact on treatment effectiveness
  • ✓Monitor for environmental contamination from control activities
  • ✓Conduct periodic safety briefings and hazard communication

After work

  • ✓Remove all traps and bait stations from completed treatment areas
  • ✓Dispose of unused baits and contaminated materials as hazardous waste
  • ✓Clean and disinfect all equipment used in control operations
  • ✓Document final rodent activity levels and treatment success metrics
  • ✓Remove all signage and barriers from treated areas
  • ✓Conduct thorough site cleanup to remove any remaining contamination
  • ✓Verify proper carcass disposal and environmental compliance
  • ✓Review incident logs and implement corrective actions
  • ✓Conduct team debrief to identify improvement opportunities
  • ✓Schedule follow-up monitoring to prevent reinfestation

Step-by-step work procedure

Give supervisors and crews a clear, auditable sequence for the task.

Field ready
1

Rodent Population Assessment

Conduct systematic site inspection to identify rodent species, population levels, and activity patterns. Survey all buildings, structures, and outdoor areas for droppings, tracks, gnaw marks, and burrow entrances. Document infestation severity and identify high-risk areas requiring priority treatment. Establish baseline monitoring points for treatment effectiveness evaluation.

Safety considerations

Wear appropriate PPE during inspection. Avoid direct contact with potentially contaminated materials. Document all findings with photographs. Identify environmental sensitivities requiring special controls.

2

Control Method Selection and Planning

Select appropriate control methods based on site conditions, rodent species, and environmental constraints. Develop integrated approach combining baiting, trapping, and habitat modification. Establish treatment zones and schedules. Coordinate with construction activities to minimize disruption. Obtain necessary permits for sensitive areas.

Safety considerations

Prioritize non-chemical methods in food handling areas. Consider environmental impact on waterways and native species. Ensure methods comply with local regulations. Plan for worker safety during treatment implementation.

3

Bait Station Installation and Monitoring

Install secure bait stations in rodent-active areas following manufacturer guidelines. Position stations in runways and harborage areas away from worker access. Load with appropriate baits and secure locking mechanisms. Establish monitoring schedule with consumption tracking. Document station locations and initial bait quantities.

Safety considerations

Install stations in stable, secure locations. Ensure tamper-resistance to prevent unauthorized access. Position away from children and pets. Label stations clearly with hazard warnings. Monitor for environmental impact.

4

Trap Placement and Servicing

Position traps along rodent pathways and burrow entrances using appropriate bait types. Anchor traps securely to prevent movement. Establish checking schedule with multiple daily inspections. Service traps promptly upon capture. Clean and sanitize traps between uses. Document trap success rates and population trends.

Safety considerations

Use humane traps to prevent animal suffering. Check traps frequently to minimize stress. Wear appropriate PPE during servicing. Handle captured rodents carefully to avoid bites. Dispose of carcasses hygienically.

5

Treatment Monitoring and Adjustment

Monitor bait consumption and trap success rates to assess treatment effectiveness. Adjust bait types and trap placements based on observed activity patterns. Track population reduction through monitoring indicators. Implement additional controls for resistant populations. Document all monitoring data for regulatory compliance.

Safety considerations

Monitor for signs of secondary poisoning. Adjust methods if non-target species affected. Maintain detailed records for effectiveness verification. Implement contingency plans for treatment failure.

6

Carcass Disposal and Site Cleanup

Dispose of rodent carcasses and contaminated materials through approved methods. Use sealed containers for transport. Clean and disinfect all equipment and work areas. Remove bait stations and traps from completed areas. Conduct final inspection to verify infestation elimination. Implement preventative measures to prevent reinfestation.

Safety considerations

Handle carcasses with gloves and appropriate PPE. Use sealed containers to prevent disease transmission. Clean equipment thoroughly with disinfectant. Verify proper waste disposal methods. Monitor for environmental contamination.

7

Follow-up Monitoring and Prevention

Implement ongoing monitoring programme to detect reinfestation early. Maintain hygiene practices and habitat modification. Schedule periodic inspections of previously treated areas. Adjust preventative measures based on observed activity. Document long-term control effectiveness and update procedures as needed.

Safety considerations

Continue PPE use during monitoring activities. Maintain hygiene protocols to prevent attraction. Monitor for disease transmission indicators. Update hazard register with monitoring findings. Implement continuous improvement based on results.

Get risk assessment & procedures

Frequently asked questions

What are the most common rodent species encountered on Australian construction sites?

Norway rats (Rattus norvegicus) are most common on construction sites, thriving in disturbed ground and debris piles. Roof rats (Rattus rattus) infest upper levels of buildings and temporary structures. House mice (Mus musculus) populate site amenities and stored materials. Each species requires different control approaches with Norway rats needing larger bait stations, roof rats preferring arboreal trapping, and mice responding to smaller bait quantities. Species identification ensures appropriate control method selection and bait sizing.

How are anticoagulant rodenticides safely managed on construction sites?

Anticoagulant rodenticides require tamper-resistant bait stations locked with unique keys held only by licensed operators. Stations must be positioned away from worker access areas, children, and domestic animals. Bait consumption monitored daily with records maintained. Stations inspected weekly for damage or tampering. Unused baits secured in approved chemical storage. Multiple feed points prevent dependent rodents from starving. Environmental monitoring prevents secondary poisoning of wildlife.

What hygiene protocols prevent rodent infestations on construction sites?

Daily waste removal prevents food source accumulation with all rubbish stored in rodent-proof bins. Construction debris cleared regularly to eliminate harborage. Standing water eliminated through proper grading and drainage. Food storage in sealed containers away from ground level. Site amenities cleaned thoroughly daily. Building openings sealed with mesh during construction. Perimeter fencing installed with buried skirts. Vibration devices used to deter habitation. Regular inspections identify potential infestation sites early.

How is secondary poisoning from rodent baits prevented?

Secondary poisoning prevented through bait station security, carcass removal, and environmental monitoring. Tamper-resistant stations prevent access by pets and wildlife. Dead rodents removed promptly and disposed in sealed containers. Biodegradable baits used in sensitive areas. Monitoring programs detect poisoned non-target species. Buffer zones established around bait stations. GPS tracking ensures station locations documented. Spill containment prevents environmental release. Regulatory reporting required for significant incidents.

What medical monitoring is required for workers exposed to rodent-borne diseases?

Workers require tetanus vaccination current within 10 years. Leptospirosis vaccination recommended for high-risk workers. Medical surveillance includes baseline blood tests for at-risk individuals. Incident reporting for any suspected exposures with immediate medical evaluation. Follow-up testing conducted 1-2 weeks post-exposure. Symptoms monitored including fever, headache, and muscle pain. Prophylactic antibiotics prescribed for high-risk leptospirosis exposures. Health monitoring continues for 30 days post-exposure.

How are rodent control activities coordinated with construction work?

Control activities scheduled during low-construction periods to minimize disruption. Workers notified of treatment areas and re-entry restrictions. Physical barriers installed around active treatment zones. Communication protocols established between pest operators and supervisors. Treatment schedules aligned with construction phases. Emergency contacts shared between teams. Joint inspections conducted to identify coordination improvements. Documentation maintained for liability protection.

Related SWMS documents

Browse all documents

pest-control

Bites and Stings Prevention and Treatment Safe Work Method Statement

Emergency response procedures and first aid protocols for venomous creature encounters on construction sites

View document

pest-control

Feral Animal Culling Safe Work Method Statement

Safety requirements for firearm use and humane control of feral animals interfering with construction operations

View document

pest-control

Pest Control Safe Work Method Statement

Comprehensive pesticide application procedures including chemical safety, PPE requirements, and environmental controls

View document
Trusted by 1,500+ Australian construction teams

Rodent Control SWMS Sample

Professional 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.
Generate SWMS NowView sample SWMS

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
Pest ControlExplore →Bites And Stings Prevention And TreatmentExplore →Feral Animal CullingExplore →

Ready to deliver professional SWMS in minutes?

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

Join 2,000+ Protected CompaniesExplore Safety Guides