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A Safer Place to Work: Technology-Driven Occupational Safety and Health

Occupational safety and health are evolving quickly due to advances in technology, changes in work processes, and a greater focus on overall well-being. As we move further into the 2020s, the field of occupational safety and health (OSH) continues to progress. This evolution is driven by technological advancements, shifting work patterns, and an increasing awareness of the importance of employee well-being.

 

Remote and Hybrid Work Safety

The shift toward remote and hybrid work models due to the pandemic has led to new safety challenges. Ergonomics, cybersecurity, and mental and physical health are now crucial aspects of occupational safety and health (OSH) strategies for remote workers. Companies are creating guidelines and offering resources to ensure that their remote worksites meet safety standards, aiming to prevent musculoskeletal disorders and other problems related to inadequate work setups.

 

Engaging Employees Through Innovative Training

The days of sitting through dull safety training videos are gone. Companies are now using interactive and engaging training methods, like virtual reality (VR) and augmented reality (AR), to educate workers about safety practices. By simulating the safety decision-making process and making training more immersive, organizations can promote a safety culture and improve compliance with protocols.

 

Technology Driven by Artificial Intelligence (AI)

AI is revolutionizing occupational health with predictive analytics, personalized safety recommendations, and automation of hazardous tasks. It analyzes data from numerous technologies, accident reports, and health records to identify potential hazards before incidents occur.

Technologies like motion capture, and wearable technologies show promise in preventing musculoskeletal disorders and reducing the risk of injury in physically demanding jobs. These marker-less and wearable devices can improve ergonomics by targeting the areas of the body most affected by job tasks. These devices are revolutionizing occupational OSH by providing real-time monitoring of various safety and health parameters. They can track body positions and movements, alerting workers when they are putting themselves at risk of musculoskeletal disorders. These technologies can also detect environmental hazards, such as excessive heat or noise levels, allowing for immediate action to protect workers. By continuously collecting data, these technologies enable proactive safety measures and personalized interventions and can be leveraged by historical technology testing and monitoring databases.

As the technology continues to advance, the industry is changing both practice and process going from subjective workforce analysis to a more compliant objective means of not only assuring health and safety when hiring but also long-term within the life of the worker in that role.

 

Sustainability of Safety

Sustainability initiatives are becoming increasingly intertwined with occupational safety and health (OSH). Companies are seeking ways to make their operations more environmentally friendly while also ensuring the safety and health of their workers. This involves objectively matching workers to the work, reducing ergonomic stressors, minimizing the severity of existing risks, and ensuring that sustainability practices do not introduce new risks.

 

Technology is evolving faster than ever, and our work approaches are shifting. Safety measures are also keeping pace with these changes. This includes addressing employee health and safety, using objective data-collecting technologies to replace current subjective practices, and utilizing AI for proactive safety measures. Companies now have an unprecedented array of tools and strategies to foster safer and healthier workplaces.

About the author

Philip Stotter, MS, CEP

Philip Stotter, MS, CEP has over 25+ years of experience in the medical, health, wellness, and professional sports industries. Clinician turned business developer, Philip is a sought-after industry speaker and professional consultant. His ground-breaking work in injury prevention, paired with the science of human movement, has put him at the forefront of product development with a multidisciplinary approach that integrates physiology, biomechanics, cutting-edge technologies, and data-driven research.