Providing a ladder or scaffold to help employees reach tools or materials is an example of a(n)

Providing a ladder or scaffold to help employees reach tools or materials is an example of a(n)

Engineering
Administrative
Supervisory
Scheduling
control.

The Correct Answer and Explanation is :

The correct answer is Engineering control.

Explanation:

In workplace safety, controls are strategies used to eliminate or minimize hazards to protect workers. These controls are typically categorized into engineering controls, administrative controls, supervisory controls, and scheduling controls. Each control type plays a role in managing the risk associated with specific hazards.

Engineering controls are physical modifications or equipment that reduce exposure to hazards or eliminate them altogether. Providing a ladder or scaffold to help employees reach tools or materials falls under this category because it involves a physical intervention to make it safer for workers to access high areas. Instead of relying on workers to use unsafe methods, like standing on unstable surfaces or climbing improperly, the ladder or scaffold ensures they can reach elevated workspaces safely.

Other types of controls include:

  • Administrative controls, which involve changes to work practices, training, policies, or procedures. Examples include rotating workers to reduce exposure time or implementing safe work practices.
  • Supervisory controls focus on leadership efforts, like ensuring workers are following safety procedures or providing safety equipment and support during work operations.
  • Scheduling controls involve timing aspects, such as adjusting work hours or scheduling maintenance during low-traffic periods to minimize risk during peak operational times.

However, providing a ladder or scaffold to help employees access tools is not about altering work practices or management policies. It’s about modifying the physical environment to reduce a hazard, which clearly aligns with engineering controls. These types of interventions are often the most effective in addressing the root cause of a hazard by physically removing or isolating the danger, leading to safer working conditions and a reduction in workplace injuries.

Scroll to Top