New Maintenance Supervisor in 60 Days: What to Do Before Routine Work Drifts
A 60-day role profile for new maintenance supervisors who need to control stored energy, permits, contractors, handover, and drift before routine work turns risky.

Key takeaways
- 01A new maintenance supervisor should spend the first 60 days making control visible, not only keeping the work queue moving.
- 02The backlog must be sorted by control loss, because a delayed cosmetic job is not the same risk as a delayed failed barrier.
- 03Permit quality matters only when the crew proves zero energy, clear boundaries, and restart readiness at the work point.
- 04Contractors and temporary repairs need time limits, owners, and field verification, or they become the new normal.
- 05Andreza Araujo's books and related articles help the supervisor turn maintenance pressure into a disciplined safety rhythm.
A new maintenance supervisor does not inherit only a work-order queue. The role inherits the timing, permits, isolations, contractor interfaces, and restart decisions that can turn routine maintenance into serious harm if the first 60 days stay office-bound.
Maintenance becomes dangerous when the supervisor treats drift as normal. A loose handover, a rushed permit, a temporary repair that never expires, or a contractor waiting near the worksite can look small on paper, yet each one weakens the barrier that keeps an ordinary job from becoming a high-consequence event.
In Make The Difference: Be a Leader in Health & Safety, Andreza Araujo shows that frontline leadership becomes visible in repeated decisions under pressure. In Safety Culture: From Theory to Practice, she argues that culture shows up in what people repeat, not in what they declare. A maintenance supervisor should use both ideas, because the role is not about sounding strict. It is about making control harder to lose.
What the maintenance supervisor needs to understand before starting
ISO 45001:2018 makes operational control, competence, contractor oversight, and change management part of the management system. For maintenance, that means the supervisor inherits more than planning and execution. The role also inherits the informal habits that decide when a lock is skipped, when a guard stays off, when a line break moves too fast, and when a restart is accepted before the field proves that the barrier is back in place.
James Reason's work is useful here because it keeps the supervisor away from the shallow idea that the latest mistake is the whole explanation. A lost guard, a bad handover, and a tired crew can line up only when earlier decisions already weakened the system. The supervisor should therefore ask what made the job possible, who can change that condition, and what proof will show that the control is real again.
The first 60 days should be used to see whether the written system still matches the work. The article on critical control verification is a useful companion because maintenance leaders often assume the barrier exists when the field has already moved on. If the control cannot be verified where the job happens, the permit only records intent.
Week 1: map the jobs that can hurt people
The first week should produce a short map of high-consequence maintenance work. Start with lockout and tagout, line breaking, hot work, lifting and rigging, work at height, machine access, and contractor tasks near stored energy. That is enough to find the weak points without turning the first week into a paperwork audit.
Write the map in the language of the field. Name the job, the harm scenario, the barrier that must exist before work starts, the person who checks it, and the condition that stops the job. A maintenance supervisor who can answer those five questions already has a better grip on risk than a supervisor who can quote policy but cannot describe the actual point of failure.
Use a short field table to keep the discussion grounded:
| Job family | What the supervisor should check | Why it matters |
|---|---|---|
| LOTO and startup | Zero energy proof at the work point | Locks without proof can still leave a person exposed |
| Line breaking | Boundary, pressure, substance, and release path | Residual energy can injure even when the work looks ordinary |
| Contractor work | Permit quality, supervision, and language clarity | Third parties often inherit the riskiest interface |
The companion guide on LOTO verification is worth reading with the crew because it shows why a lock is not the same thing as verified control. A supervisor who sees the difference early will ask better questions all month.
Days 8 to 14: sort the backlog by control loss
The second week should sort the backlog by control loss, not by age alone. A thirty-day-old cosmetic repair and a thirty-day-old failed interlock are not the same managerial problem, even if the system lists them side by side. The supervisor should separate ordinary delay from work that weakens a barrier the crew depends on.
Start by reviewing the oldest and most repeated jobs, then mark the ones that affect guards, interlocks, isolation points, lifting devices, access platforms, alarms, ventilation, fire protection, or traffic controls. Those items matter because the risk is not hidden in the calendar. It is hidden in the condition the backlog allows to stay degraded.
The article on shutdown safety leadership is helpful when the team wants to normalize a temporary state. Shutdowns and restarts create a strong temptation to accept shortcuts, because the plant is moving, the crew is under pressure, and everyone wants the job over. A new supervisor should treat that pressure as a signal to verify more, not less.
Across 25+ years leading EHS in multinational operations, Andreza Araujo has seen that the best teams do not win by hiding deterioration. They win by making deterioration visible early enough that someone still has time to choose the safer fix. That is the maintenance supervisor's real advantage in the first two weeks.
Days 15 to 30: reset permits, isolations, and handover
The third and fourth weeks should reset the permit routine around the actual work, not the habit of signing forms. If the permit is rushed, the crew learns that the process exists to record activity. If the permit forces a real review of energy, access, and sequencing, the crew learns that the process exists to prevent harm.
Zero energy proof should be visible at the exact point of work, not just at the isolation point. Group locks, hold points, test starts, restart authorization, and shift handover all need the same discipline. A maintenance supervisor who trusts training attendance as proof of competence has already lost the plot, because the field still has to prove the barrier before work continues.
The article on pre-task risk assessment helps here because it keeps the pre-job conversation tight. The question is not whether the team discussed the job. The question is whether the team discussed the right job, under the right condition, with the right stop point.
That distinction is why The Illusion of Compliance matters. A clean signature can hide a weak field state, and maintenance work rewards that illusion because a shutdown or urgent repair creates pressure to move fast. The supervisor should make the work harder to release and easier to stop when the barrier is not ready.
Month 2: manage contractors and temporary repairs
Month 2 should focus on the two places where maintenance control often gets diluted, contractors and temporary repairs. Contractors usually arrive when the internal team is busy, which means the site is most likely to accept a weak handoff, an unclear boundary, or a permit that would not survive a calmer review. That is exactly when the supervisor needs the clearest rules.
Temporary repairs deserve the same attention. A clamp, bypass, patch, jumper, alternate route, or blocked alarm can be acceptable only when it is time-bounded, owned, reviewed, and visible to the people who rely on the control. If the repair becomes the new normal, the organization has not found a workaround. It has installed a latent condition.
The article on contractor risk visibility shows why contractor work needs an operating system, not just prequalification. The maintenance supervisor does not need to own every contract, although the supervisor does need to know which contractor decision can change the risk at the point of work.
Month 3: create a daily escalation rhythm
Month 3 should convert the role into a daily escalation rhythm. The supervisor needs a short set of questions that can be used before high-risk work starts and again when the job changes. Which jobs today can seriously hurt someone, which controls must be checked, who will see the work in the field, and what condition blocks the start?
Those questions are simple enough to use under pressure, which is part of the point. A long checklist often fails when the crew is busy, but a short control conversation can still interrupt a bad decision. The supervisor should also define when a local choice becomes a manager-level choice, because delay usually starts when everyone hopes someone else will own the risk.
The article on new maintenance manager leadership gives a useful adjacent view of the same pressure. If the supervisor cannot verify the control in the field, the job should not be released as if the risk is already under control.
During the PepsiCo South America period, where the accident ratio fell 50% in six months, Andreza Araujo saw how much faster behavior changes when leaders close the loop on field facts. The lesson for a maintenance supervisor is plain. Visibility changes conduct faster than polished language, especially when the next job depends on the last one being done correctly.
How to know the role is working
The role is working when the crew can describe the supervisor's standards without guessing. They should know what gets checked, what gets escalated, what gets stopped, and what gets verified before restart. If the crew still thinks the supervisor is only there to chase output, the role has not yet changed the risk climate.
| Signal | Weak version | Healthy version |
|---|---|---|
| Permit quality | Signed quickly so work can start | Reviewed against actual energy, access, and sequencing |
| Backlog review | Age only | Age plus control loss and stop points |
| Restart discipline | Assumed safe because the job is nearly done | Released only after the field proves the barrier is back |
| Contractor control | Managed by paperwork and good intentions | Managed through visible supervision, clear boundaries, and field proof |
In more than 250 cultural transformation projects supported by Andreza Araujo's team, the same pattern appears again and again. Organizations improve faster when they see repeated decisions clearly and stop calling drift by softer names. That is why the maintenance supervisor should measure progress by field proof, not by how calm the meeting sounded.
Common mistakes
The first mistake is trying to look flexible before becoming credible. Flexibility looks useful until it becomes the habit of absorbing risk so the schedule can keep moving.
The second mistake is letting EHS own maintenance decisions. EHS can support standards, audits, and technical review, although maintenance leadership owns maintenance risk. If a line break, isolation, bypass, or lifted load is released under maintenance authority, the supervisor cannot hand the safety burden to another function.
The third mistake is trusting attendance as competence. A room full of people can complete training and still miss the control step when the work changes. That is why the supervisor needs field checks, not just course records.
The fourth mistake is closing actions without a verifier. A job is not controlled because someone wrote that it was controlled. The field has to show it.
Resources to deepen the role
Make The Difference: Be a Leader in Health & Safety is the best starting point for this role because it connects leadership with daily field decisions. Safety Culture: From Theory to Practice adds the deeper logic of repeated decisions, which is exactly what maintenance reveals when pressure rises.
The Illusion of Compliance helps the supervisor separate paperwork from control, while James Reason's work remains useful for understanding how latent conditions stack up before a serious event. The point is not to collect theory. The point is to see why a job that looks routine on paper can still be fragile in the field.
The companion articles on permit audit trail, risk acceptance authority, and stop work authority give the maintenance supervisor a practical reading path for the first quarter.
A new maintenance supervisor earns authority when the team can point to one job that was stopped, one barrier that was restored, and one restart that happened only after the field proved the control was back.
If your operation needs maintenance control to become a visible system instead of a collection of good intentions, start with Andreza Araujo and turn the first 60 days into a field routine that the crew can trust.
Frequently asked questions
What should a new maintenance supervisor do first?
How do I know if the backlog is a safety problem?
Should training be treated as proof of competence?
When should a maintenance issue escalate?
Which Andreza Araujo book fits this role best?
About the author
Andreza Araújo
Safety Culture Expert | Senior EHS Executive
Andreza Araújo is a safety culture expert and senior EHS executive with more than 25 years of experience in environment, health and safety. She is a Civil Engineer and Occupational Safety Engineer from Unicamp, holds a Master's degree in Environmental Diplomacy from the University of Geneva, and completed sustainability studies at IMD Switzerland. Andreza has served in Global Head of EHS roles in Fortune 500 environments, leading cultural transformation programs across multinational operations. She has represented Brazil as a speaker at the United Nations in Paris and has spoken at the International Labour Organization in Turin. She is the author of more than 16 books on safety culture in Portuguese, Spanish, English and German. Her work has earned more than 10 EHS awards, including two recognitions from Indra Nooyi, former PepsiCo CEO.
- Civil & Safety Engineer (Unicamp)
- M.A. Environmental Diplomacy (University of Geneva)
- Sustainability Cert (IMD Switzerland)
- People Management & Coaching (Ohio University)
- UN Paris speaker representative for Brazil
- ILO Turin speaker
- LinkedIn Top Voice
- Indra Nooyi PepsiCo CEO recognition (2x)
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Three productions on safety culture, organizational failure and the human lessons behind major disasters.
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