Which of the following is a drawback to the engineering approach to safety?

The engineering approach to safety focuses on designing systems and processes to minimize hazards and reduce risks. While this approach has many benefits, one significant drawback is that it may engender a false sense of security. This occurs because individuals and organizations might believe that engineering controls are foolproof, leading them to underestimate the potential for accidents or failures in the safety system.

For instance, if a workplace employs advanced machinery or safety barriers designed to prevent accidents, workers may feel overly confident in their safety, neglecting to follow proper procedures or overlook other safety measures that are still required. This complacency can actually increase risks in the workplace rather than mitigate them, as it may encourage risky behaviors or a disregard for additional safety protocols.

When implementing engineering controls, it is crucial to combine them with education, training, and a culture of safety that encourages vigilance and compliance with safety standards. This holistic approach ensures that while engineering solutions are in place, employees remain aware of the importance of their role in maintaining a safe working environment.