Pre-Job Risk Reset: How to Run One in 6 Minutes

A six-minute pre-job risk reset gives a maintenance crew one final chance to catch changed conditions before tools move and energy is released. This routine is not another form, because its value comes from a decision that changes the work plan when the field no longer matches yesterday's assumptions.

In more than 250 cultural transformation projects supported by Andreza Araujo, the practical question has remained consistent: can the team show which control protects the highest-consequence exposure today? The eight steps below help a supervisor answer that question without turning the start of work into a long meeting.

What is a pre-job risk reset?

A pre-job risk reset is a short, field-based conversation that compares the approved work plan with current conditions, names the critical controls, and creates a clear decision to start, change, or stop the task.

Use it when a maintenance job begins after a shift change, when equipment status has changed, when weather or simultaneous work affects the area, or when the crew is returning to a task that was paused. A job safety analysis remains useful, but it is a plan made before the work environment fully reveals itself. The reset tests whether that plan still fits.

For a broader view of how task planning should connect with field decisions, see the four layers of a job safety analysis.

Step 1: Put the crew and the work in one place

Start with the people who will perform, supervise, isolate, or authorize the work, because a risk decision is incomplete when the person holding a critical control is absent.

Bring the crew to the point of work rather than conducting the reset in a distant office. Ask each person to state their role, the task boundary, and the condition that would make them stop. Include operations, maintenance, contractors, and anyone who controls an isolation or line break.

The supervisor should record names only when the record helps clarify responsibility. Attendance by itself is weak evidence. A named person who can demonstrate the control is stronger evidence.

Step 2: Describe the task in one sentence

Define the task in one sentence that includes the equipment, the intervention, and the work boundary, because vague task language hides the exposure that the team needs to control.

Ask the crew to complete this sentence aloud: “We are going to _____ on _____ within _____.” If the group cannot agree on the boundary, do not move to tools or permits yet. A maintenance task that starts as “repair the pump” may actually involve isolation, draining, confined-space access, lifting, testing, and restart.

Write down the version that reflects the work today, not the wording copied from a previous package. The difference matters when the job has changed location, sequence, equipment, or crew.

Step 3: Ask what changed since the plan was approved

Identify changes in equipment, people, environment, schedule, and simultaneous work before discussing controls, because an unchanged risk assessment can create false confidence when the conditions have moved.

Give the group four minutes to challenge the plan with four questions. What changed in the equipment? What changed in the area? What changed in the crew or supervision? What other work is happening nearby? The supervisor should wait long enough for the quietest participant to answer, since the first answer usually reflects the official story rather than the full operating picture.

Record only changes that affect the decision. A new contractor, a temporary hose, a delayed isolation, a wet floor, a revised sequence, or a production request can each change the control that matters most. ISO 45001:2018 treats operational planning and control as a managed process, not as a document that stays correct after conditions change.

Step 4: Select the highest-consequence exposure

Choose the exposure that could produce the most serious harm if the control fails, even when another hazard appears more familiar or more likely.

Ask the crew to name the one event that would make this job unacceptable. Depending on the work, it may involve unexpected energy, a suspended load, a fall, a vehicle interface, a hazardous atmosphere, or a pressure release. Do not let the discussion become a list of every possible hazard. The reset is designed to protect attention where the consequence is highest.

Use the serious-injury-and-fatality lens described in Far Beyond Zero by Andreza Araujo, which challenges leaders to look beyond low-severity counts and examine whether the operating system controls high-consequence exposure. The point is not to predict a fatality. The point is to avoid treating a serious exposure as routine because the team has completed similar work before.

Step 5: Name the critical control and its owner

Name the control, the person who owns it, and the evidence that proves it is working, because a control without ownership becomes an assumption shared by everyone and verified by no one.

For each high-consequence exposure, ask three questions. What must be true? Who makes it true? What will we see or test? An isolation may require a verified zero-energy state, an authorized isolator, and a test at the point of work. A lifting exclusion zone may require a defined boundary, a spotter, and a visible check before the load moves.

When the control is a permit or authorization, connect the reset with the decision gates for control of work, especially when a previous task is restarting after an interruption.

Step 6: Test the control at the point of work

Verify the critical control where the exposure exists, because a document, message, or verbal confirmation can be correct in theory while the physical condition remains unsafe.

Choose one direct test for the highest-consequence exposure. Try the energy test, walk the boundary, inspect the anchor, trace the rescue route, confirm the gas reading, or ask the operator to demonstrate the stop signal. The test should take less than two minutes and should produce evidence that another supervisor could understand.

If the control cannot be demonstrated, pause the job and route the problem to the person who can change the condition. This is where a pre-job reset differs from a ceremonial briefing. It gives the supervisor permission to revise the plan before production pressure turns an unresolved condition into a field improvisation.

Step 7: Set the stop condition and escalation route

State the exact condition that stops the job and the person who must be contacted next, because “stop if unsafe” is too vague to guide a crew under time pressure.

Use a sentence that the crew can repeat: “We stop if the isolation changes, the boundary is breached, or the task sequence no longer matches the plan.” The weather limit should be stated separately when it applies. Add the escalation route, including the supervisor, operations owner, and technical authority when a change affects design or energy control.

Research on human error by James Reason shows why latent conditions and weak defenses can align before an event occurs. The stop condition is one defense, but it works only when the organization responds to the stop rather than treating it as disloyalty or delay.

Step 8: Close with a start, change, or stop decision

End the reset with one explicit decision, one named next action, and one time for rechecking, so the crew does not leave the conversation with different interpretations of readiness.

The decision should be “start,” “change before start,” or “stop and escalate.” If the task can start, state the critical control and the first verification point. If the plan must change, identify who will revise it and what evidence is needed. If the work stops, record the reason without blaming the person who raised the concern.

Schedule a repeat reset when the job crosses a shift boundary, changes sequence, or remains open for more than one work period. A six-minute routine is not a substitute for supervision. It is a trigger that keeps supervision connected to the actual work.

Andreza Araujo's experience includes more than 25 years in multinational EHS leadership, work in more than 30 countries, and a PepsiCo program that reduced accidents by 50% in six months. The transferable lesson is disciplined follow-through, not a promise that every reset will produce the same result.

Redesign the reset when crews can repeat the hazard list but cannot name the control owner, the field test, or the condition that would stop the job.

Review the reset after 30 days by comparing changed work plans, control failures, stop-work actions, repeat deviations, and verification evidence. A reset that never changes a decision is probably measuring attendance instead of protection.

For supervisors who need a related conversation before high-risk work, use the task-authorization conversation guide as a companion. It extends the same principle by making readiness a shared decision rather than a signature.

A pre-job risk reset works when it changes the work before exposure begins. In six minutes, a supervisor can surface changed conditions, select the highest-consequence exposure, assign control ownership, test the barrier, and make the decision visible. That is enough to interrupt routine thinking before routine work creates an extraordinary consequence.