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What Are Psychosocial Risks? Managing Them Under ISO 45001


What Are Psychosocial Risks? Managing Them Under ISO 45001

Workplace safety isn’t just about hard hats and hazard signs. Increasingly, the biggest threats to employee well-being are invisible: stress, burnout, isolation, and workplace conflict. These are known as psychosocial risks — and under the evolving framework of ISO 45001, they are becoming a core part of occupational health & safety management.

🧠 According to the World Health Organization (WHO), work-related stress costs the global economy an estimated $1 trillion per year in lost productivity — and ISO 45001 is evolving to help organizations address it systematically.

🔍 What Exactly Are Psychosocial Risks?

Psychosocial risks are aspects of work design, organization, and social context that can cause psychological or physical harm. They arise from:

  • Poor job design: Excessive workload, unrealistic deadlines, lack of control
  • Work environment: Bullying, harassment, poor communication, lack of support
  • Organizational change: Job insecurity, restructuring, automation anxiety
  • Remote/hybrid work: Isolation, blurred work-life boundaries, digital fatigue

When unmanaged, these factors can lead to:

  • Anxiety, depression, and burnout
  • Increased absenteeism and staff turnover
  • Reduced concentration → higher risk of physical accidents
  • Lower engagement and innovation

⚙️ How ISO 45001 Addresses Psychosocial Risks

While the current version of ISO 45001:2018 doesn't use the term "psychosocial" explicitly, its structure fully supports managing these risks through key clauses:

🔹 Clause 6.1 – Actions on Risks and Opportunities

This is the foundation. Organizations must identify hazards — not just physical ones. The standard defines hazard as “a source with potential to cause injury,” which includes psychological harm.

Action: Include psychosocial factors in your risk assessments and register.

🔹 Clause 8.1 – Operational Planning and Control

Once identified, risks must be controlled. Controls can include:

  • Flexible work arrangements
  • Mental health training for managers
  • Clear policies against harassment
  • Well-being programs (EAPs, mindfulness sessions)

🔹 Clause 9.1 – Performance Evaluation

Monitor leading indicators such as:

  • Employee engagement scores
  • Sick leave due to stress
  • Turnover rates
  • Number of reported conflicts or grievances

Use anonymous surveys to gather honest feedback.

🔹 Clause 5.1 – Leadership and Worker Participation

Top management must demonstrate commitment to worker well-being — not just physical safety. Workers should be consulted when designing roles, workflows, and well-being initiatives.

💡 Insight from effiqiso.com: Just as IoT sensors provide real-time data for energy optimization in ISO 50001, regular pulse surveys and sentiment analysis tools can serve as "sensors" for workforce well-being — turning subjective concerns into objective KPIs.

📊 Case Study: Manufacturing Plant Reduces Burnout by 35%

A mid-sized factory in Thailand faced rising absenteeism and low morale among shift workers.

Solution:

  • Conducted a psychosocial risk assessment using WHO guidelines
  • Identified root causes: unpredictable schedules, lack of breaks, poor supervisor communication
  • Implemented changes:
    • Stable shift rotations
    • Designated rest zones with natural light
    • Monthly "well-being circles" for team feedback
    • Training supervisors in empathetic leadership
  • Integrated findings into their ISO 45001 system under Clause 6.1 and 9.1

Results After 12 Months:

  • Burnout symptoms ↓ 35%
  • Sick leave due to stress ↓ 42%
  • Staff turnover ↓ 28%
  • Passed ISO 45001 audit with recognition for holistic OHS approach

🛠️ Practical Steps to Manage Psychosocial Risks

  1. Assess: Use validated tools like the COPSOQ or WHO Mental Health at Work survey.
  2. Engage: Talk to employees — don’t assume you know the issues.
  3. Act: Implement targeted controls (schedule changes, EAP access, anti-bullying policies).
  4. Measure: Track KPIs monthly and report in management reviews (Clause 9.3).
  5. Improve: Adjust based on feedback — continual improvement applies to mental health too.

🎯 Final Thoughts: Safety Includes the Mind

The future of occupational health isn’t just about preventing falls or chemical exposure — it’s about creating workplaces where people feel safe, respected, and supported.

With ISO 45001:2025 expected to make psychosocial risks explicit, now is the time to expand your definition of safety.

By treating mental well-being with the same rigor as physical safety — using the PDCA cycle, documented controls, and performance monitoring — you build a culture where every employee can thrive.

And as shown in your effiqiso.com analysis of smart systems, integrating human-centered design with structured management frameworks creates resilient, high-performing organizations.

📥 Download: Free Psychosocial Risk Assessment Checklist

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© 2025 | Published by effiqiso.com | Empowering Smart Energy & Quality Management

Case Study: Construction Project Achieved 2 Million Injury-Free Hours


Case Study: Construction Project Achieved 2 Million Injury-Free Hours

A large infrastructure project in Southeast Asia achieved a remarkable milestone: 2 million hours worked without a single lost-time injury. This case study reveals how the integration of ISO 45001 principles, digital safety tools, and leadership commitment turned a high-risk environment into a model of operational excellence.

🏗️ Milestone: 2 million injury-free hours | Zero fatalities | 60% reduction in near-misses | Passed ISO 45001 audit with zero major non-conformities.

🚧 The Challenge: High-Risk Environment, Complex Workforce

The project involved building a multi-phase industrial complex with:

  • Heavy lifting and crane operations
  • Confined space entry
  • Working at height
  • Multiple contractors and subcontractors
  • Over 1,200 workers from diverse backgrounds

Historically, similar projects averaged one incident per 500,000 hours. Leadership knew that traditional safety programs wouldn’t be enough to achieve world-class performance.

🔧 The Solution: Integrating ISO 45001 with Digital Safety Systems

Rather than treating safety as a compliance task, the team embedded it into daily operations using the PDCA cycle of ISO 45001 and smart technologies inspired by Industry 4.0.

1. Plan: Establish Clear Objectives & Risk Assessments (Clause 6)

They began by setting an ambitious but measurable goal:

🔝 "Zero Harm: No Lost-Time Injuries for 2M Hours"

A comprehensive risk assessment identified top hazards:

  • Falls from height
  • Struck-by incidents
  • Electrical hazards
  • Vehicle-pedestrian interaction
Control plans were documented and linked to work permits and JSA (Job Safety Analysis).

2. Do: Deploy IoT & Real-Time Monitoring (Clause 8.1)

To ensure controls were effective, they implemented:

  • Smart Helmets: With GPS and impact sensors to detect falls
  • Proximity Detection: On cranes and forklifts to warn of nearby personnel
  • Gas Detectors: Wireless sensors in confined spaces with auto-alerts
  • Digital Permit-to-Work System: Cloud-based platform replacing paper forms

All data flowed into a centralized Safety Management Information System (SMIS) — similar to EMIS in ISO 50001 — providing real-time visibility across sites.

3. Check: Monitor Performance & Near-Misses (Clause 9.1)

Instead of only tracking lagging indicators (injuries), they focused on leading metrics:

KPI Before After
Near-Miss Reports 5/month 42/month
Safety Observations 10/week 85/week
Training Completion 78% 99%
Audit Action Closure 65 days 12 days

The SMIS generated automated dashboards for supervisors and weekly reports for management review (Clause 9.3).

4. Act: Foster a Culture of Continuous Improvement (Clause 10)

Every week, teams held “Safety Circle” meetings to review data, share lessons, and assign improvements. Key actions included:

  • Redesigning scaffold access points after fall alerts
  • Adding physical barriers between vehicles and walkways
  • Launching a peer recognition program for safe behaviors
  • Using AI-powered video analytics to identify unsafe acts
💡 Insight from effiqiso.com: Just as IIoT enables real-time energy optimization in ISO 50001, connected safety devices close the PDCA loop in OHS — making continual improvement automatic and visible.

📊 Results After 18 Months

  • ✅ Achieved 2 million injury-free hours
  • ✅ Reduced near-misses by 60%
  • ✅ Improved safety observation reporting by 740%
  • ✅ Saved an estimated $1.2 million in potential incident costs
  • ✅ Passed ISO 45001 surveillance audit with zero major NCs
  • ✅ Recognized as “Best Safety Performance” by client and regulators

🔑 Key Success Factors

  1. Leadership Visibility: Site managers conducted daily safety walks and participated in toolbox talks.
  2. Worker Engagement: Frontline staff empowered to stop work if unsafe conditions arose.
  3. Data Transparency: Real-time dashboards built trust and accountability.
  4. Integration with ISO 45001: All processes aligned with clauses like 6.1 (risk), 8.1 (controls), and 10.2 (corrective action).
  5. Technology Enablement: IoT and cloud platforms made compliance effortless and scalable.

🎯 Final Thoughts: Safety Excellence Is Not Luck — It’s Design

This case study proves that even in high-hazard industries, world-class safety is achievable — not through luck, but through systematic planning, technology, and culture.

By anchoring safety in the structured framework of ISO 45001 and enhancing it with digital tools, organizations can move beyond compliance to create environments where every worker returns home safely — every day.

And as ISO 45001:2025 approaches with stronger emphasis on mental health and psychosocial risks, now is the time to build systems that protect both body and mind.

📥 Download: Free Construction Safety KPI Dashboard Template

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#ISO45001 #ConstructionSafety #ZeroHarm #SafetyCulture #IoTSafety #OccupationalHealth #NearMiss #QHSE #Industry40

© 2025 | Published by effiqiso.com | Empowering Smart Energy & Quality Management