Product Overview

Summary: This Fatigue Management in Metalworking Industry SOP provides a clear, defensible framework for identifying, managing and monitoring fatigue risks in fabrication, machining and workshop environments. It helps Australian metalworking businesses protect workers from fatigue-related incidents while demonstrating due diligence under WHS legislation and Heavy Vehicle National Law where relevant.

Metalworking operations demand sustained concentration around high‑risk plant and equipment such as presses, lathes, welders, grinders and forklifts. Long shifts, repetitive tasks, heat, noise and production pressures can quickly lead to fatigue, increasing the likelihood of serious incidents, near misses and quality defects. This SOP sets out a structured, practical approach to fatigue management tailored specifically to the metalworking industry, where a simple lapse in attention can result in amputations, crush injuries or catastrophic plant damage.

The procedure guides your organisation through planning rosters, assessing fatigue risks, implementing controls and responding to workers who may be impaired by fatigue. It links day‑to‑day workshop practices with your legal duties under Australian WHS laws, including consultation with workers and integrating fatigue into your broader risk management system. With clear responsibilities for managers, supervisors and workers, plus step‑by‑step processes for pre‑shift checks, monitoring during shifts and escalation when fatigue is identified, this SOP helps you move beyond informal “common sense” approaches to a documented, auditable fatigue management system.

By implementing this SOP, metalworking businesses can reduce unplanned downtime, improve product quality, and support a healthier, more sustainable workforce. It provides ready‑to‑use content that can be adapted for fabrication shops, machining centres, foundries, maintenance workshops and engineering businesses of all sizes across Australia.

Key Benefits

• Reduce the likelihood of fatigue‑related incidents around high‑risk machinery and mobile plant.
• Ensure compliance with WHS duties to manage psychosocial and physical risks associated with fatigue.
• Standardise how supervisors identify, assess and respond to signs of fatigue across all shifts.
• Improve productivity and product quality by minimising errors, rework and downtime caused by fatigue.
• Demonstrate due diligence to regulators, clients and insurers through a documented fatigue management process.

Who is this for?

• Workshop Managers
• Fabrication Supervisors
• Production Managers
• WHS Managers and Advisors
• HR and People & Culture Managers
• Health and Safety Representatives (HSRs)
• Shift Coordinators and Team Leaders
• Operations Managers
• Maintenance Managers
• Business Owners in Metal Fabrication and Engineering Workshops

Hazards Addressed

• Reduced alertness and slowed reaction times when operating cutting, pressing and grinding equipment
• Poor decision‑making and loss of concentration around forklifts, overhead cranes and other mobile plant
• Increased risk of entanglement, crush, amputation and caught‑between injuries due to inattention
• Errors in set‑up, measurement and machining leading to equipment damage and product defects
• Microsleeps and drowsy driving when commuting to and from work, particularly after night or extended shifts
• Exacerbation of heat stress, noise exposure and manual handling risks due to worker fatigue

Included Sections

• 1.0 Purpose and Scope
• 2.0 Definitions (Fatigue, Safety‑Critical Tasks, High‑Risk Work, Microsleep, etc.)
• 3.0 Roles and Responsibilities (PCBU, Officers, Managers, Supervisors, Workers, HSRs)
• 4.0 Overview of Fatigue Risks in the Metalworking Industry
• 5.0 Hazard Identification and Fatigue Risk Assessment Process
• 6.0 Planning of Work and Rosters (Shifts, Overtime, Breaks and Night Work)
• 7.0 Pre‑Shift Fitness for Work Checks and Self‑Assessment
• 8.0 On‑Shift Monitoring and Early Warning Signs of Fatigue
• 9.0 Control Measures for Managing Fatigue (Engineering, Administrative and Work Design Controls)
• 10.0 Procedures for Responding to Fatigued Workers (Escalation, Stand‑Down and Alternative Duties)
• 11.0 Fatigue Management for High‑Risk Tasks (Machine Operation, Hot Work, Confined Spaces, Working at Height)
• 12.0 Interaction with Contractors, Labour Hire and Apprentices
• 13.0 Training, Induction and Worker Consultation on Fatigue
• 14.0 Recordkeeping, Reporting and Incident Investigation (Including Near Misses)
• 15.0 Review, Audit and Continuous Improvement of the Fatigue Management System
• 16.0 References, Legislation and Related Documents

Legislation & References

• Work Health and Safety Act 2011 (Cth and corresponding state and territory WHS Acts)
• Work Health and Safety Regulations 2011 (and state/territory equivalents), including duties to manage risks
• Safe Work Australia – Guide for Managing the Risk of Fatigue at Work
• Safe Work Australia – Model Code of Practice: Managing Psychosocial Hazards at Work
• Safe Work Australia – Model Code of Practice: Managing Risks of Plant in the Workplace
• Heavy Vehicle National Law (HVNL) – Fatigue Management (where metalworking staff also perform transport tasks)
• AS/NZS ISO 45001:2018 Occupational health and safety management systems