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Structural Engineering Risk Assessment

This risk assessment covers structural engineering activities, including design review, inspections, ground interaction, access, site interfaces and emergency readiness.

Activities covered include

  • Scope designs and review safe design information
  • Coordinate traffic, plant and lifting interactions
  • Communicate design limitations, changes, supervision needs and emergency arrangements

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Structural Engineering Risk Assessment
  • 100% Compliant with Australian WHS Acts & Regulations
  • Fully Editable MS Word & PDF Formats Included
  • Pre-filled Content - Ready to Deploy Immediately
  • Customisable - Easily Add Your Logo & Site Details
  • Includes 2 Years of Free Compliance Updates

Product Overview

This risk assessment covers structural engineering activities, including design review, inspections, ground interaction, access, site interfaces and emergency readiness. It supports planning and risk management by identifying hazards linked to structural conditions, changes, services, plant, materials and communication.

Activities & Risks Covered

This assessment addresses activities and risks including:

  • Scope designs and review safe design information
  • Inspect sites and assess structural conditions
  • Work near existing structures and manage temporary instability
  • Assess excavation, footings and ground interaction
  • Manage work at height and access to structures
  • Coordinate traffic, plant and lifting interactions
  • Manage work near electrical services and energised environments
  • Handle plans, test gear, tools and materials
  • Control exposure to dust, fumes, residues and other hazardous substances
  • Communicate design limitations, changes, supervision needs and emergency arrangements

Who is this for?

Suitable for contractors, workers, supervisors and businesses undertaking structural engineering activities or supporting related site work.

Activities & Hazards Covered

Activity Potential Hazards
Design scoping and safe design review
  • Design assumptions not matching actual site or construction conditions
  • Residual structural risks not identified for construction, maintenance or demolition
  • Buildability issues creating collapse, access or temporary works risks
  • Changes to design not communicated to affected parties
Site inspections and condition assessments
  • Falls from edges, penetrations, ladders or uneven surfaces during inspections
  • Unstable or damaged structures
  • Exposure to weather, poor lighting and slips or trips
  • Unauthorised access into active work areas
Work near existing structures and temporary instability
  • Partial collapse during investigation, modification or propping assessment
  • Falling debris from cracked, corroded or fire-affected elements
  • Unexpected load transfer when supports are removed or altered
  • Exposure of workers or others below unstable areas
Excavation, footings and ground interaction
  • Ground collapse or loss of bearing affecting adjacent structures or workers
  • Underground services strike
  • Plant, spoil or materials loading trench edges or foundations
  • Water ingress, vibration or weather affecting stability
Working at heights and access to structures
  • Falls from roofs, frames, platforms, voids or ladders
  • Dropped objects striking people below
  • Using ladders where safer access equipment is required
  • Poor sequencing causing workers to operate above or below each other
Traffic, plant and lifting interactions
  • Workers struck by reversing vehicles or mobile plant
  • Collision between plant, delivery vehicles and pedestrians
  • Suspended loads or lifting operations near personnel
  • Poor visibility, blind spots and uncontrolled access routes
Electrical services and energised environments
  • Contact with overhead or underground electrical services
  • Electric shock from damaged leads, test equipment or temporary supply
  • Arc flash or fire from work near energised installations
  • Unplanned energisation during inspection or testing
Manual handling, tools and materials
  • Musculoskeletal injury from carrying plans, test gear, samples, props or equipment
  • Cuts, crush injuries or eye injuries from hand tools and small plant
  • Poor housekeeping causing slips, trips and awkward handling
  • Fatigue from repetitive site access and carrying loads over distance
Hazardous substances, dust and site atmosphere
  • Exposure to silica, concrete dust, rust, mould, fumes or chemical residues during investigation work
  • Respiratory irritation from drilling, chipping or sampling
  • Reduced visibility and contamination of adjacent work areas
  • Skin or eye contact with hazardous materials
Communication, supervision and emergency readiness
  • Misunderstanding of design limitations, hold points or changes
  • Inadequate supervision of higher-risk activities
  • Delayed response to structural movement, injury or site emergency
  • Stress and error due to poor coordination or time pressure

Need to tailor this risk assessment?

Use the BlueSafe Portal to add site-specific activities, hazards, controls, responsibilities and review details before the assessment is put into use.

Acceptance Guaranteed: If your client or principal requests changes during document review, BlueSafe will help revise the document at no extra cost and support resubmission until it is accepted.

Legislation & References

The template records model guidance used to inform the documented controls. Applicable WHS/OHS laws and adopted Codes vary by state or territory, so confirm the current local requirements when tailoring the assessment:

  • Model guidance: Model Code of Practice: Excavation work — 2.3. Controlling the risks; p. 17.
  • Model guidance: Model Code of Practice: Managing the work environment and facilities — 2. The work environment; p. 13.
  • Model guidance: Model Code of Practice: Managing the risk of falls at workplaces — 3.2 Identifying the hazards; p. 16.
  • Model guidance: Model Code of Practice: Construction work — 6.2 Workplace specific induction training; p. 41.
  • Model guidance: Model Code of Practice: Managing risks of plant in the workplace — Plant hazard identification — Traffic movements in the workplace; p. 17.
  • Model guidance: Model Code of Practice: Hazardous manual tasks — 4.1 The hierarchy of control measures; p. 31.
  • Model guidance: Model Code of Practice: How to manage work health and safety risks — 2. Step 1 — How to identify hazards; p. 12.
  • Model guidance: Model Code of Practice: Managing risks of hazardous chemicals in the workplace — 2.2 Safety Data Sheets (SDS); p. 16.
  • Model guidance: Model Code of Practice: Managing electrical risks in the workplace — 2.1 Identifying the hazards; p. 14.
  • Model guidance: Model Code of Practice: Work health and safety consultation, cooperation and coordination — 3. What is effective consultation?; p. 13.
  • Model guidance: Model Code of Practice: First aid in the workplace — 3. First aid equipment, facilities and training; p. 12.
  • Model guidance: Model Code of Practice: Demolition work — 3. Planning the demolition work; p. 18.
  • Model guidance: Model Code of Practice: Managing the risk of fatigue at work — Provide sufficient breaks while at work; p. 30.

Standard Risk Assessment Features (Click to Expand)
  • Activity-specific hazard identification and control measures
  • Initial and residual risk ratings
  • Assigned responsible persons for each activity
  • Risk matrix and assessment classification
  • Review, monitoring and sign-off fields
  • Site-specific customisation before use

Suitable for Industries

Building and ConstructionCivil Construction and EarthworksMining and Resources

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