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Part 4 of 7 · Housekeeping dispatcher series ~5 min read

How the work gets shared out fairly

Fairness in housekeeping allocation is usually attempted by giving everybody the same number of rooms, which is a reasonable idea that produces an unfair result almost every day.

Key takeaways

  • Allocate by measured minutes, not by room count.
  • Some rooms are consistently harder; measure which and share them.
  • Balance over a week or a month; a single day cannot be fair.
  • Make the balance visible to the team, or it is not believed.
  • Never allocate a day that cannot be completed. It gets ignored wholesale.

Rooms against minutes

Three housekeepers with equal room counts and unequal workloadsA bar chart with three bars showing measured minutes of work allocated. Housekeeper A with fourteen rooms: three hundred and eighty-eight minutes. Housekeeper B with fourteen rooms: two hundred and thirty-two minutes. Housekeeper C with fourteen rooms: three hundred and one minutes. A note says identical room counts with two and a half hours between the heaviest and lightest.0200400600800~388A: 14 rooms~232B: 14 rooms~301C: 14 roomsMeasured minutes of work allocatedIdentical room counts. Two and a half hours between the heaviest and lightest.
Fig 1. Three housekeepers with the same number of rooms. The workload difference is a full afternoon and it is entirely invisible on a rota that counts rooms.

That difference is felt every day by the person on the left, is invisible to whoever made the rota, and is the single most common source of resentment in a housekeeping team. It is also entirely fixable with data that the team is already generating.

Measuring difficulty

The timing data from Part 2 gives a median per room type and, given enough observations, per room. Some rooms are consistently slower for structural reasons: an awkward layout, a bath instead of a shower, a corner room with more surfaces, the family suite.

Those figures should be per room and per housekeeper-independent, which means using the median across everybody rather than any individual’s times. Otherwise a faster worker makes a room look easy and then gets allocated it permanently.

Fairness is weekly

How housekeeping workload is balanced across a team over weeksA vertical chain of five steps entered by a box labelled Today's rooms with measured minutes. Step one asks whether equal minutes today is achievable, which is rarely possible; if so it exits to Close enough, within ten per cent. Step two asks who is behind over the last four weeks, drawing on a side box showing a running total of minutes and hard rooms. Step three gives them the lighter block today. Step four rotates the floors so nobody owns one. Step five shows the balance to everybody. A note says the last box is what makes it fair rather than merely balanced.AWS ACCOUNTToday's roomswith measured minutesEqual minutes today?rarely possibleClose enoughwithin 10%yesWho is behind?over the last 4 weeksRunning totalminutes, and hard roomsGive them the lighterblock todayRotate the floorsso nobody owns oneShow the balanceto everybodyThe last box is what makes it fair rather than merely balanced.
Fig 2. How the allocation is balanced. The running total over weeks is what allows a heavy day to be acceptable, and publishing it is what makes the system trusted.
  • Compute
  • App integration
  • Machine learning
  • Analytics
  • People

Publishing the balance

A running total that only the supervisor can see is a fairness claim rather than a fairness mechanism. Showing each person their own four-week total against the team average converts an argument about today into a conversation about a number everybody can check.

It also surfaces genuine differences honestly. Somebody working part time has a lower total and should; somebody on lighter duties for a medical reason has a lower total and should; both are visible and neither is a secret being kept.

Rotating the floors

Beyond minutes there is a qualitative fairness: the floor with the function room and the constant traffic, the floor with the family rooms, the top floor with the difficult lift. Rotating whole blocks weekly handles it without needing anybody to quantify how unpleasant a floor is.

The impossible day

How a day's workload is checked against available hoursA horizontal row of five boxes. Thirty-four rooms: one thousand and ninety minutes of work. Five people at seven hours each: two thousand one hundred minutes. Fits, with room to spare. But forty-one rooms would not. Say so before, not at four o'clock. A note says an impossible list is not worked through but abandoned and improvised around.SAYING IT WILL NOT FIT34 rooms1,090 minutes of work5 people7 hours each = 2,100Fitswith room to spareBut 41 roomswould notSay so beforenot at four o'clockAn impossible list is not worked through; it is abandoned and improvised around.
Fig 3. The capacity check. Producing a list that cannot be completed causes the whole allocation to be ignored, which is worse than allocating less.
  • App integration
  • Machine learning
  • Management
  • Analytics
  • People

Naming the shortfall in the morning gives the options: agree which low-priority rooms move to tomorrow, call somebody in, or accept later check-in times for specific rooms. All three are decisions. Discovering it at four o’clock is not.

The low-priority checkouts from Part 2 are the natural buffer, and moving them explicitly is much better than the alternative, which is somebody choosing at speed and occasionally choosing a room with a guest arriving.

Next: what ready actually means.

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