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Manual Handling and Hazardous Manual Tasks Risk Assessment

Manual Handling and Hazardous Manual Tasks Risk Assessment

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Manual Handling and Hazardous Manual Tasks Risk Assessment

Product Overview

Identify and control organisational risks associated with Manual Handling and Hazardous Manual Tasks at a management and systems level using this comprehensive Risk Assessment. This document supports executive Due Diligence, strengthens WHS Risk Management programs, and helps demonstrate compliance with the WHS Act while protecting your business from operational and legal exposure.

Risk Categories & Hazards Covered

This document assesses risks and outlines management controls for:

  • WHS Governance, Policy and Legal Compliance: Assessment of organisational policies, leadership commitment, allocation of resources and legal obligations relating to hazardous manual tasks.
  • Manual Handling Risk Management System: Evaluation of overarching systems for hazard identification, risk assessment, control implementation and review of manual handling risks across the business.
  • Task and Job Design for Hazardous Manual Tasks: Management of job design, task rotation, work methods and ergonomic principles to minimise high‑risk postures, forces and repetitive movements.
  • Plant, Equipment and Mechanical Aids for Load Handling: Assessment of selection, suitability, maintenance and safe integration of trolleys, lifters, hoists and other mechanical aids into manual handling tasks.
  • Workplace, Storage and Layout Design: Management of storage heights, access ways, racking, bench design and workflow layout to reduce bending, reaching, carrying distances and collision risks.
  • Procurement, Materials and Packaging Controls: Evaluation of purchasing specifications, packaging design, unit load weights and supplier arrangements to control manual handling risks at the source.
  • Information, Signage and Load Labelling: Protocols for clear labelling of load weights, handling instructions, hazard signage and communication of manual handling requirements to all personnel.
  • Training, Competency and Supervision in Manual Handling: Management of induction, refresher training, competency verification and supervisory oversight for workers undertaking hazardous manual tasks.
  • Workload Management, Fatigue and Staffing Levels: Assessment of work pacing, shift length, breaks, staffing levels and overtime practices that influence fatigue and cumulative manual handling injury risk.
  • Contractor and Labour‑Hire Management for Manual Handling: Controls for pre‑qualification, onboarding, competency checks and supervision of contractors and labour‑hire workers involved in manual tasks.
  • Health Monitoring, Early Intervention and Injury Management: Systems for reporting discomfort, early intervention, access to allied health support and structured return‑to‑work for manual handling injuries.
  • Inspection, Observation and Assurance of Manual Handling Controls: Use of workplace inspections, task observations, audits and performance indicators to verify that manual handling controls are effective.
  • Environmental and Site Condition Management: Assessment of floor conditions, lighting, temperature, weather, access routes and housekeeping that may increase manual handling risk.
  • Documentation, Records and Continuous Improvement: Management of risk assessment records, training registers, maintenance logs, incident data and review processes to drive ongoing improvement in manual handling safety.

Who is this for?

This Risk Assessment is designed for Business Owners, Senior Managers, Safety Professionals and Return‑to‑Work Coordinators responsible for planning, governing and monitoring Manual Handling and Hazardous Manual Task activities across their organisation.

Hazards & Risks Covered

Hazard Risk Description
1. WHS Governance, Policy and Legal Compliance
  • • Absence of a documented manual handling and hazardous manual tasks policy referencing WHS Act 2011 and WHS Regulations
  • • Inadequate definition of what constitutes a hazardous manual task within the organisation
  • • Lack of clear assignment of responsibilities for managing manual handling risks (PCBUs, officers, workers, HSRs)
  • • Failure to consult workers and Health and Safety Representatives on manual handling risk controls
  • • Policies not updated to reflect current Safe Work Australia Codes of Practice and Australian Standards (e.g. AS/NZS 3760 for electrical equipment where relevant to mechanical aids)
  • • Inadequate integration of manual handling requirements into broader WHS management system and risk registers
  • • No clear policy on avoiding or minimising manual lifting where practicable (e.g. preference for mechanical aids, redesign of tasks)
  • • Failure to set organisational expectations regarding overloading controls and maximum load handling guidelines
2. Manual Handling Risk Management System
  • • Lack of a systematic process to identify and assess hazardous manual tasks across all sites and work groups
  • • No documented risk assessments for high‑risk manual handling tasks such as lifting heavy boxes or crates, bulky construction materials, or moving machinery parts by hand
  • • Ad hoc or informal assessment of loads without consideration of weight, shape, centre of gravity or stability
  • • Failure to assess tasks involving stairs, uneven terrain, heights or confined/awkward spaces
  • • Inadequate analysis of cumulative exposure to manual handling (repetition, duration, recovery time)
  • • No routine review of existing controls following change management, incidents, near misses or introduction of new materials/plant
  • • Poor documentation and version control of manual handling risk assessments leading to outdated controls being applied
  • • No integration of manual handling risks into procurement, project planning and scheduling processes
3. Task and Job Design for Hazardous Manual Tasks
  • • Poorly designed jobs requiring frequent lifting, carrying, pushing or pulling without rest breaks
  • • Tasks that require handling of loads at or above shoulder height, such as hand stacking goods on high levels or stacking boxes above head height
  • • Manual handling tasks involving repetitive or sustained bending, twisting, reaching or kneeling, such as shovelling materials or repositioning heavy items
  • • Workflows that necessitate carrying heavy loads over long distances, upstairs, or across uneven or slippery terrain
  • • Processes that require manual transfer of loads to or from conveyor belts, vehicles, mezzanine levels or shelving without engineering assistance
  • • Failure to plan team lifting for large or awkward shaped items leading to uncoordinated lifts
  • • Task sequencing that combines heavy manual handling with other physically or cognitively demanding duties, increasing fatigue
  • • No consideration of avoidance of manual lifting where reasonably practicable, e.g. preference for mechanical or gravity‑fed systems
4. Plant, Equipment and Mechanical Aids for Load Handling
  • • Lack of suitable mechanical aids for lifting, carrying, pushing, pulling or moving loads, leading to reliance on manual labour
  • • Inadequate number or poor availability of trolleys, pallet jacks, hoists or conveyors resulting in workers bypassing them
  • • Use of inappropriate equipment for terrain or task (e.g. small wheels on rough or uneven ground, non‑braked trolleys on slopes or ramps)
  • • Poorly maintained mechanical aids increasing pushing/pulling force and risk of strain
  • • No standard for load rating, selection and inspection of lifting and handling equipment
  • • Inadequate storage of aids meaning workers must manually relocate equipment from distant areas
  • • Failure to provide aids for specific tasks like moving large or irregular items, off‑loading heavy materials, or manually pushing or pulling heavy vehicles
  • • No system for reporting faults in mechanical aids leading to continued use of unsafe equipment
5. Workplace, Storage and Layout Design
  • • Poorly designed storage systems requiring frequent bending, reaching or climbing to access materials
  • • Heavy or frequently handled items stored on the floor, above shoulder height or in deep shelving
  • • Routes for moving loads that include narrow passages, obstructions, low clearances or sharp turns
  • • Requirement to carry heavy loads up or down stairs, or negotiate escalators with bulky items due to lack of lifts or appropriate access routes
  • • Uneven, slippery or unstable floor surfaces causing slips or trips while carrying loads
  • • Inadequate lighting in storage areas, stairwells or loading docks increasing risk when manoeuvring loads
  • • Poorly organised stock leading to urgent, ad hoc manual movements of loads when access is blocked
  • • Inadequate space for safe manual palletising tasks, stacking and unstacking, and sorting of large or irregular items
6. Procurement, Materials and Packaging Controls
  • • Procurement of materials in excessively heavy unit loads (e.g. large bags, over‑filled crates or cartons) that exceed safe manual handling limits
  • • Ordering materials in formats that are bulky, unstable or lack adequate handholds, making them difficult to grip and control
  • • Failure to specify weight limits or ergonomic requirements to suppliers, resulting in inconsistent packaging and load sizes
  • • Receiving deliveries on mixed or poor‑quality pallets that require significant double‑handling, re‑palletising or manual stack/unstick work
  • • Use of packaging that necessitates forceful cutting or tearing, increasing risk of sudden movement or lacerations when opening with cutter knives
  • • No process for assessing the manual handling implications of new materials, equipment or packaging before approval
  • • Irregular or rush deliveries leading to peak manual handling loads and time pressure
7. Information, Signage and Load Labelling
  • • Loads not marked with weight, leading to unplanned overloading of individual workers or team lifts
  • • Lack of information on awkward centre of gravity or special handling requirements for irregular items
  • • No signage indicating manual handling risks in high‑risk areas such as stairwells, loading docks or mezzanines
  • • Inconsistent or unclear instructions for safe movement of particular materials (e.g. fragile loads, sharp‑edged components, long items)
  • • Workers making assumptions about weight based on size or appearance without reliable data
  • • Poor visibility of safety information due to language barriers, faded labels or cluttered signage
8. Training, Competency and Supervision in Manual Handling
  • • Workers not trained to recognise hazardous manual tasks or early signs of musculoskeletal strain
  • • Overreliance on generic ‘back care’ or single‑session manual lifting techniques training without reinforcement or practical application
  • • Inadequate training in the safe use of specific mechanical aids, trolleys, pallet jacks, hoists or conveyors
  • • Lack of competency assessment for high‑risk activities such as coordinating team lifts, handling awkward shaped items, or manual handling in restricted spaces
  • • Supervisors unaware of their role in monitoring manual handling practices and intervening in unsafe behaviours
  • • No training for safe use of cutting tools when opening packaging, leading to sudden load shifts or awkward postures
  • • Insufficient induction for new and young workers regarding limits on manual handling and when to request assistance
9. Workload Management, Fatigue and Staffing Levels
  • • Excessive manual handling workload due to insufficient staffing, leading to fatigue and poor technique
  • • Peak demand periods causing rushed lifting, carrying, pushing and pulling tasks without adequate breaks
  • • Extended shifts or overtime increasing cumulative musculoskeletal loading and risk of strain injuries
  • • Lack of planning for high‑risk tasks such as off‑loading heavy materials without mechanical aids, or moving machinery parts by hand
  • • Inadequate provision for two‑person or team lifts where required, forcing single‑person lifts of large or heavy loads
  • • Failure to adjust manual handling demands for workers returning from injury, or those with known limitations
  • • Poor coordination between departments resulting in coinciding manual handling peaks (e.g. simultaneous deliveries, production surges)
10. Contractor and Labour‑Hire Management for Manual Handling
  • • Contractors and labour‑hire workers not inducted into site‑specific manual handling risks and controls
  • • Assumptions that contractors are fully competent and trained without verification
  • • Inconsistent manual handling practices between permanent staff and contractors leading to confusion and unsafe behaviours
  • • Contractual arrangements that incentivise speed over safe manual handling (e.g. payment purely by volume moved)
  • • Lack of control over contractor supplied equipment used for lifting, carrying or moving loads
  • • Poor communication regarding high‑risk tasks such as carrying materials up stairs, negotiating escalators with bulky items, or manually pushing/pulling heavy vehicles
11. Health Monitoring, Early Intervention and Injury Management
  • • No system for early reporting of discomfort, pain or near misses related to manual handling tasks
  • • Cultural barriers or workload pressures discouraging workers from reporting manual handling issues
  • • Lack of access to ergonomic or occupational health advice when musculoskeletal symptoms arise
  • • Return‑to‑work processes that do not adequately control exposure to manual handling, leading to aggravation of injuries
  • • Failure to analyse patterns in sprain/strain and overexertion injuries to identify systemic prevention opportunities
  • • Overreliance on personal protective equipment or manual handling training as injury management rather than addressing root causes
12. Inspection, Observation and Assurance of Manual Handling Controls
  • • Failure to regularly verify that manual handling controls are implemented and effective in the field
  • • Supervisors not observing or correcting unsafe manual handling practices such as overreaching, twisting, or carrying loads on stairs
  • • Inspections that focus only on housekeeping and ignore hazardous manual tasks and equipment condition
  • • No feedback loop from inspections and safety observations into risk assessments and training content
  • • Manual handling behaviours gradually degrading over time as workers revert to old habits under production pressure
  • • Lack of measurable targets or indicators for manual handling safety performance
13. Environmental and Site Condition Management
  • • Outdoor or construction environments with uneven terrain, slopes, mud, gravel or debris increasing risk when carrying heavy loads
  • • Adverse weather (rain, heat, wind) affecting grip, footing and worker fatigue during manual handling tasks
  • • Confined areas or congested worksites requiring awkward manoeuvring of loads by hand
  • • Temporary works, scaffolds or access ways that are not designed with manual handling in mind
  • • Inadequate housekeeping causing trip hazards around stored materials and manual handling routes
  • • Poor control of noise or distractions in areas where coordinated team lifting and communication are critical
14. Documentation, Records and Continuous Improvement
  • • Incomplete or inconsistent documentation of manual handling risk assessments, controls and reviews
  • • Difficulties retrieving historical information on incidents, loads handled, or changes to tasks and equipment
  • • Lack of structured review of manual handling procedures leading to outdated or ineffective controls remaining in place
  • • Failure to incorporate lessons learned from incidents, audits or worker feedback into system improvements
  • • No formal mechanism to monitor progress against manual handling risk reduction objectives

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Legislation & References

This document was researched and developed to align with:

  • Work Health and Safety Act 2011
  • Work Health and Safety Regulations 2017
  • Safe Work Australia – Hazardous Manual Tasks Code of Practice: Guidance on identifying, assessing and controlling risks associated with hazardous manual tasks.
  • Safe Work Australia – How to Manage Work Health and Safety Risks Code of Practice: Framework for systematic risk management and control implementation.
  • Safe Work Australia – Managing the Work Environment and Facilities Code of Practice: Requirements for workplace layout, access and environmental conditions relevant to manual handling.
  • AS/NZS ISO 45001:2018: Occupational health and safety management systems – Requirements with guidance for use.
  • AS/NZS ISO 31000:2018: Risk management — Guidelines
  • AS 1319:1994: Safety signs for the occupational environment, including signage relevant to manual handling and load information.
  • AS 1657:2018: Fixed platforms, walkways, stairways and ladders – Design, construction and installation, supporting safe access for manual tasks.
Standard Risk Assessment Features (Click to Expand)
  • Comprehensive hazard identification for all activities
  • Risk rating matrix with likelihood and consequence analysis
  • Existing control measures evaluation
  • Residual risk assessment after controls
  • Hierarchy of controls recommendations
  • Action priority rankings
  • Review and monitoring requirements
  • Consultation and communication records
  • Legal compliance references
  • Sign-off and approval sections

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