When performing a job hazard analysis, what is a primary focus?

When performing a job hazard analysis, what is a primary focus?

• A. Identify hazards before they occur
• B. Focus on the relationship between worker, task, tools, and environment
• C. After uncontrolled hazards are identified, take steps to eliminate/reduce them to acceptable risk level
• D. Determine the PPE needs after the task

Answer: (B)

When you perform a job hazard analysis, you focus on how the job is actually done—the way the worker interacts with the task, the tools used, and the work environment. This perspective helps you see where hazards come from in real practice, not just as abstract dangers. By examining these relationships, you can identify hazards at each step of the task and choose effective controls that address the root causes, such as changing the method, redesigning tools, or modifying the workspace. Think of it as breaking the job into steps and asking, for each step, what could cause harm given who is performing it, what tools are involved, and the surrounding conditions. That approach naturally leads to selecting controls in a sensible order—prefer engineering and administrative controls to change how the task is done, with PPE as a last resort when other options don’t fully eliminate or reduce risk. For example, if lifting a load is the task, analyzing the worker–task–tools–environment relationship might reveal that a mechanical lift or team lift reduces risk more effectively than simply telling workers to lift carefully or wear stronger gloves. This question’s focus is precisely on that interplay among worker, task, tools, and environment.

When you perform a job hazard analysis, you focus on how the job is actually done—the way the worker interacts with the task, the tools used, and the work environment. This perspective helps you see where hazards come from in real practice, not just as abstract dangers. By examining these relationships, you can identify hazards at each step of the task and choose effective controls that address the root causes, such as changing the method, redesigning tools, or modifying the workspace.

Think of it as breaking the job into steps and asking, for each step, what could cause harm given who is performing it, what tools are involved, and the surrounding conditions. That approach naturally leads to selecting controls in a sensible order—prefer engineering and administrative controls to change how the task is done, with PPE as a last resort when other options don’t fully eliminate or reduce risk.

For example, if lifting a load is the task, analyzing the worker–task–tools–environment relationship might reveal that a mechanical lift or team lift reduces risk more effectively than simply telling workers to lift carefully or wear stronger gloves.

This question’s focus is precisely on that interplay among worker, task, tools, and environment.