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Maintenance job plan template

A maintenance job plan is the package a planner prepares for one job before it is scheduled: the steps in order, the craft hours, the parts checked in the storeroom, special tools, lockout and permits, and the drawings the technician needs. This template puts that package on one sheet. A ready check says whether the job can go on the weekly schedule, and a feedback block lets the technician correct the plan afterwards. The Excel version adds up the craft hours, flags parts that are short or not reserved, and shows READY, HOLD FOR PARTS or NOT READY.

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Page 1 of the maintenance job planJob fields, a steps table with craft, people, hours and lockout, a parts table with quantity needed, in stock and reserved, special tools, documents, permits, the ready check and the technician feedback box.
Steps with craft, people and hoursCraft hours by craftParts against stock and reservedSpecial tools and permitsDrawings and documentsSix-check ready resultTechnician feedbackWorked example

When to use it

When to use a maintenance job plan

  • Before a job goes on the weekly schedule, so the technician arrives with the parts, tools, permits and drawings instead of looking for them.
  • For any job that needs the machine stopped, where a short production window makes a missed part or a missing permit expensive.
  • For a repeat repair, such as a gearbox, a motor or a conveyor drive, where one good plan is reused and corrected each time.
  • When the same jobs keep running over their hours, to find which step, part or tool the plan left out.

How to fill it in

  1. 1

    Write the steps in the order the craft will do them

    Each step gets a craft, the number of people and the hours each. Mark every step that is a lockout or a point where someone must stop and check. Craft hours are people times hours each, added up. Include the test run at the end.

  2. 2

    Check the parts against the shelf, then reserve them

    List each part with the quantity needed and the quantity in the storeroom, counted, not read from the system. A part is ready only when it is in stock and reserved or kitted for this job. If it is short, order it and write the due date.

  3. 3

    List the tools, permits and documents

    Special tools are the ones the technician does not carry, such as a puller or a lifting device. Mark which permits are needed (lockout, hot work, confined space, work at height, lifting plan, contractor) and whether each is arranged. Attach the drawing and the manual pages.

  4. 4

    Say whether the machine must stop, and for how long

    If it must, enter the planned downtime and get the window agreed with production. Downtime is not craft hours divided by people: steps by different crafts can run at the same time, so work it out from the order of the steps.

  5. 5

    Read the ready check

    Six checks run in the Excel: steps, lockout and permits, parts, special tools, documents, downtime window. All OK is READY and goes to the weekly schedule. If parts are the only gap it shows HOLD FOR PARTS. Anything else is NOT READY.

  6. 6

    Close the loop after the job

    The technician writes the actual craft hours and downtime, what was missing or wrong, and the change to make. The planner edits the plan before it is used again. This is how the hours and the parts list get right.

The ready check

Six checks before a job goes on the schedule

The rule is the template's own and matches the weekly maintenance schedule template: only ready jobs are scheduled. DOE-STD-1050-93 (3.4.2.15) files finished packages the same way, as ready to work or on hold for parts.

  • Steps

    What has to be true
    At least one step, and every step has a craft, people and hours
    If it is missing
    Not ready
  • Lockout and permits

    What has to be true
    Every permit marked needed is arranged, and every permit question is answered
    If it is missing
    Not ready
  • Parts

    What has to be true
    Every listed part is in stock for the quantity needed and reserved or kitted
    If it is missing
    Hold for parts
  • Special tools

    What has to be true
    Every listed tool is booked
    If it is missing
    Not ready
  • Documents

    What has to be true
    Every listed drawing or manual is attached
    If it is missing
    Not ready
  • Downtime window

    What has to be true
    If the machine must stop: planned hours entered and the window agreed with production
    If it is missing
    Not ready

A filled-in example

Illustrative, not a benchmark

An example: replace the drive gearbox on a packing hall conveyor, planned for Saturday's first shift (illustrative numbers).

  • Seven steps: lock out and verify zero energy (electrician, 0.5 h); drain the oil and remove the guard (2 mechanics, 0.5 h each); uncouple and pull the old gearbox (1.0 h each); fit and align the new one (1.0 h each); torque the bolts, refill and refit the guard (0.5 h each) while the electrician reconnects the motor and removes their lock (0.5 h); remove locks and test run (2 mechanics, 0.5 h each).
  • Craft hours: mechanics 2 x 3.5 h = 7.0, electrician 1 x 1.0 h = 1.0, total 8.0. Planned downtime is 4.0 h, not 8.0 divided by 3 people: 0.5 + 0.5 + 1.0 + 1.0 + 0.5 + 0.5 = 4.0, because the electrician's step runs with the mechanics' last step.
  • Six parts, all in stock and reserved: gearbox, 12 litres of gear oil, coupling insert, mounting bolts, input shaft seal, gasket. One special tool, a hydraulic puller from the tool crib, is booked.
  • Lockout and a lift plan are needed and arranged, the gearbox drawing and manual are attached, and the window is agreed with production.

All six checks are OK, so the job is READY for the weekly schedule. After the job the technician reports 9.0 craft hours against 8.0 (+1.0 h, +12.5%) and 4.5 h of downtime against 4.0, because the shaft key was worn and was not on the parts list. The plan now adds the key and 1 mechanic hour.

Common mistakes

  • Calling a part ready because the system shows stock

    The count in the system and the count on the shelf differ more often than planners expect, and a part that is in stock can still be used on another job before Saturday. Count it, then reserve it for this job.

  • Dividing craft hours by people to get downtime

    Eight craft hours with three people is not 2.7 hours. Some steps cannot start until others finish, and others run together. List the steps in order and add up the elapsed time.

  • Writing lockout as a single line

    OSHA 1910.147(d) puts preparation, shutdown, isolation, applying devices, relieving stored energy and verifying isolation in a sequence, and (e) covers removal. A plan that only says lock out hides the time and the people those steps take.

  • Planning once and never correcting the plan

    The plan is wrong the first time in small ways: a missing key, a longer alignment. If the technician's feedback never reaches the planner, the same gap comes back on the next gearbox.

Download the template

Free to use: print it, copy it and edit it for your team. Enter your name and work email once to download.

Run this template in LeanSuite

In LeanSuite a standard maintenance procedure is written from one filmed repair, with the tools, parts, torque values and lockout steps, and it attaches to the asset record so it comes up with the PM work order.

See it in a 45-minute demo

FAQ

Maintenance job plan template: common questions

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