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EMP Onsite

Job Task Analysis

Understand the true demands and risks of every role, and build a foundation for long-term injury prevention.

A Job Task Analysis is essential for workplace safety and operational efficiency. Our analyses define the critical aspects of each role, supporting recruitment, guiding injury management, and building a culture of wellbeing and productivity.

Every Job Task Analysis is conducted by our health professionals. Our multidisciplinary team brings deep expertise in understanding true job risks and human factors, delivering a holistic evaluation that goes beyond standard safety assessments.

By breaking down roles into detailed tasks, employers gain a clear view of inherent requirements, risks, and human factors. This analysis enables proactive hazard identification, improved ergonomic practices, and targeted modifications for individual needs. The result is immediate safety improvements and a strong foundation for long-term injury prevention.

Key Benefits

See how Job Task Analysis delivers measurable safety, recruitment, and injury management outcomes.

How It Works

EMP Onsite’s Job Task Analysis process combines technology and clinical expertise for actionable safety outcomes.

  1. Real-Time Task Risk Assessment

    Wearable sensors capture live data on movement and load, giving health professionals dynamic insights into task-specific risks and hazards.

  2. Work Practice Recommendations

    Based on the data, our team recommends postural and physical changes to work practices and processes, reducing body stress and injury risk.

  3. Detailed Task Breakdown

    Each analysis provides a thorough breakdown of task components, identified risks, and targeted recommendations for risk mitigation.

  4. Task Modification & Individual Adjustments

    Recommendations include job rotation, changes to frequency or repetition, and tailored breaks—ensuring a holistic approach to injury prevention and employee wellbeing.

Inside a Job Task Analysis

Every analysis is delivered as a clear, data-driven report. Here’s an example from a fleet maintenance role.

Overall risk level

A validated risk index (R = Severity × Exposure × Probability) scored across the back, neck and both shoulders.

Moderate risk

70.5 / 500

  1. Low
  2. Possible
  3. Moderate
  4. High
  5. Excessive

Contributing risk factors

Movements that contribute most to the risk score.

  • Bend forward 45–90°12.5
  • Bend forward 20–45°7.5
  • Load handled – back twist7.5
  • Load handled – bend backward7.5
  • Load handled – side bend7.5
  • Forward reaching5.0

Risk distribution

How the risk is spread across body regions.

  • Back · Possible risk55.8
  • Arms · Low risk10.8
  • Neck · Low risk4.0
  • Other · Low risk0.0

Physical demands

Peak postures and loads observed.

Spinal flexion
Up to 90°
Lateral flexion
> 30°
Shoulder flexion
Up to 90°
Neck flexion
Up to 50°
Weight
Up to 20 kg
Vibration
Nil

Psychosocial demands

Cognitive and environmental load, scored from 0 to 16.

  • Cognitive · Moderate risk6.0 / 16
  • Working environment · Moderate risk7.0 / 16

Recommendations

  • Pre-shift conditioning focused on lower back strength and endurance
  • Team lift to reduce load when raising the truck cab
  • Move feet and use both sides of the truck when inspecting the engine bay
  • Activity-specific risk assessment and on-the-job training

Proven Impact

Job task data underpins EMP's injury prevention programs. Here are results organisations have achieved with them.

IndustryResultROI / Outcome
Transport & Logistics42% reduction in manual handling injuries$8M productivity uplift
Local Government40% decrease in gradual onset injuriesReduced long-term claims and improved ergonomics
Manufacturing36% drop in MTIs within 9 monthsSafer work design and increased functional capacity
Postal & Freight35% faster return to work timeframesEnhanced employee trust and engagement

Across diverse industries, EMP Onsite’s injury prevention programs have consistently delivered significant reductions in workplace injuries and measurable productivity gains, demonstrating strong return on investment and lasting improvements in safety culture.

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Frequently Asked Questions

Which roles should we prioritise for a Job Task Analysis?

Start with the roles that have the greatest impact on safety, productivity, and employee wellbeing. Consider each role's risk level, its incident history, and its complexity, such as roles involving intricate tasks or specialised equipment.

How long does a Job Task Analysis typically take?

The duration varies based on the complexity of the job role and the extent of modifications required. Generally, the process is efficient and designed to minimise disruption to daily operations.

Is the use of wearable technology intrusive for employees?

No. The wearable technology is designed to be non-intrusive, allowing employees to carry out their tasks seamlessly while providing valuable data for safety assessments.

How frequently should a Job Task Analysis be conducted?

The frequency depends on the nature of the job roles and any significant changes in processes or equipment. Regular reviews, especially after modifications, are recommended to ensure ongoing safety.

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