What Changes When the Customer Has a Facilities Department
Why this matters
Shops that lose an institutional account almost never lose it on the repair. They diagnose correctly, fix it once, and still get dropped at the annual re-bid because they missed a handoff nobody told them existed. A school district, a hospital, a university or a municipal public works yard is not a bigger homeowner. It is a customer where the person who agrees the work is needed, the person who can fund it, the person who can let you into the room, and the person who can pay you are four different people with four different calendars. Everything you already know about the trade still applies. Almost nothing you know about closing a job does.
Start with what does not change
This is the useful half, and it is worth stating first because it is the half shops distrust.
Diagnosis does not change. A seized blower bearing sounds the same in a middle school as in a ranch house. Code does not change because the building is publicly owned. Your torque values, your refrigerant handling, your combustion analysis, your grounding and bonding practice, your license scope: all identical. The craft transfers whole.
Two things about the work itself do shift, and only two. First, the equipment is usually larger, older, and modified over decades by people who left no notes, so the diagnostic time per fault runs longer than the same nameplate fault would in a house. Second, you are rarely allowed to stop the building to work on it, which converts a two-hour repair into a two-hour repair inside a defined window.
That is the entire technical delta. Everything else that feels foreign is administrative, and administrative things are learnable in an afternoon in a way that combustion analysis is not. Shops get this backwards. They assume institutional work is technically harder and administratively similar, so they price the technical risk and eat the administrative cost.
The four seats that used to be one person
In a house, the person standing in front of you decides the problem is real, decides to spend the money, unlocks the door, and hands over payment. In an institution those are four separate authorities, and each one can stop you cold.
The technical approver is usually a maintenance supervisor, a shop foreman, or the facilities engineer. They confirm the fault is real and the scope is right. This is the seat you are best equipped to satisfy, and the one shops over-invest in.
The funding authority decides which pot of money the work comes from and whether that pot has room this period. Often the facilities director, sometimes a business manager or controller above them. They may never see the equipment.
The access authority controls badging, escort, keys, after-hours entry, and which rooms you may stand in unaccompanied. In a hospital or a K-12 district this is frequently a different department entirely from facilities, with its own background-check process and its own lead time.
The payment authority is accounts payable, and it is the one seat with no discretion at all. AP does not evaluate your work. It matches documents. See related: Why Work Done Without a Purchase Order Often Goes Unpaid.
The ticket becomes the record, not your invoice
Most institutions run a computerized maintenance management system, a CMMS, which is the work-order software their in-house staff live in. When they dispatch you, a ticket number is generated before you are called, and everything that happens to that asset is filed against it.
The practical consequence is that your own paperwork is secondary evidence. If the ticket says "checked, no fault found" because a staff member closed it out before your report arrived, the institution's record says no fault was found, regardless of what your service report says. At re-bid time, someone will run a report from the CMMS, not from your files.
So the discipline is: get your findings into their system in their words, on their ticket number, within their close-out window. Ask what the window is. It is commonly the same or next business day, because a ticket open past a threshold shows up on somebody's performance report.
What "yes" means from each seat
The word yes carries a different weight depending on who says it, and misreading this is the most expensive rookie error on institutional work.
| Seat | What their yes means | What it does not mean |
|---|---|---|
| Technical approver | The scope is correct and they will recommend it | That money exists or that you may start |
| Funding authority | A fund source is identified | That the purchase order has been issued |
| Purchasing | A purchase order will be or has been raised | That the number has reached your office |
| Access authority | Your people are cleared to be on site | That they may enter every space |
| Accounts payable | Nothing, until three documents match | Anything a person told you verbally |
The failure this table prevents: a maintenance supervisor says "go ahead, we need it fixed," a shop mobilizes two technicians for a day, and there is no purchase order because the request had not cleared the funding seat. The supervisor was not lying. He was answering the only question he had authority over.
Who can actually stop your work
Anyone in an institution can ask you to stop. Three categories of people can make it stick, and knowing which is which keeps you from either arguing with the wrong person or ignoring the right one.
Life-safety and permit authorities stop work absolutely. If a hot work permit has expired, a fire alarm system is impaired without an approved impairment procedure, or an infection-control barrier is breached in a healthcare space, the work stops until the condition is corrected, and there is no appeal to your customer contact. These systems exist because in an occupied building the consequence of your act lands on someone who did not choose to be exposed to it.
The access authority stops work by not letting you in, which is functionally identical to a stop-work order and much harder to escalate, because it is not framed as a dispute.
Everyone else is raising a concern that goes back through the technical approver. Treat it seriously and route it, do not resolve it on the spot with someone who cannot authorize the change.
Worked example: a rooftop unit at a district middle school
A district calls on a Tuesday morning. Ticket already open. Two classroom zones are warm.
Before the roof: the roof is reached through a hatch with a fixed ladder, and the unit sits within a few feet of an unprotected edge, so the technician wears a personal fall arrest system tied to a certified anchor before stepping off the ladder, because a general-industry walking-working surface with an unprotected side or edge 4 feet or more above a lower level requires fall protection under 29 CFR 1910.28. Before any panel comes off, the disconnect is opened, locked and tagged, and each conductor is proved dead with a meter checked on a known live source before and after, following 29 CFR 1910.333(b)(2) for the electrical hazard and NFPA 70E-2021, 120.5 for the proving sequence. The belt drive and the spring-loaded damper linkage are separate stored-energy hazards isolated under 29 CFR 1910.147, which covers the mechanical and stored energy side but expressly excludes the electrical utilization work at (a)(1)(ii)(C).
Site time to a confirmed diagnosis: 3.0 hours, including 0.5 hours waiting for a roof escort. The fault is a failed compressor on one of two circuits.
Now count the elapsed time, and keep the two units separate. Labor on site to reach a diagnosis: 3.0 hours. Elapsed working days from the call to a purchase order number in hand: 11. Inside those 11 days, the technical approver signed the same afternoon (day 0), the quote sat with the facilities director for 4 working days waiting on a fund-source decision because the compressor swap sat near the district's small-purchase threshold, purchasing then required two additional written quotes which took 5 working days to gather, and the purchase order issued on day 11.
Two more days to schedule the replacement inside an after-hours window, and 6.5 hours of labor on the repair itself.
Total technician hours on the job: 9.5. Elapsed working days from first call to restored cooling: 13. So the hands-on portion was 9.5 hours against a 13-working-day calendar, and every single day of delay came from a seat that never touched the equipment. A shop that priced this job on the 9.5 hours and assumed a homeowner's decision speed carried three technicians idle-scheduled for a start date that moved twice.
What would have changed the answer: had the compressor cost fallen clearly under the district's small-purchase threshold, the two-extra-quotes requirement would not have triggered and the 5 working days it consumed would not exist, putting the purchase order in hand around day 6 rather than day 11. That threshold, not the difficulty of the repair, is the single variable with the largest effect on this timeline. See related: How an Institution Decides to Spend Money.
The failure mode if you get this wrong is not a lost job. It is a won job, mobilized twice, with the second mobilization unbilled because you had no written authorization for the first trip.
How to verify you have the seats mapped
Before you quote your second job for a new institutional customer, you should be able to answer these five without calling anyone:
- Who confirms scope, and do they need your report on their ticket number or on your letterhead?
- What is the threshold above which extra quotes or a formal solicitation is required, and who tells you which side of it you are on?
- Who issues purchase orders, and how does the number reach you?
- Who clears people for site access, how long does clearance take, and what does it cover?
- What is the after-hours call path, and does it reach someone with authority to approve work or only someone with authority to unlock a door?
If you can answer four of the five and the missing one is access, you will discover it as a wasted trip. If the missing one is funding, you will discover it as unpaid work.
References
- 29 CFR 1910.28, walking-working surfaces, fall protection for unprotected sides and edges (general industry; the construction counterpart is 29 CFR 1926.501)
- 29 CFR 1910.147, control of hazardous energy, with the electrical utilization exclusion at (a)(1)(ii)(C); 29 CFR 1910.333(b)(2) for electrical work
- NFPA 70E-2021, 120.5, process for establishing and verifying an electrically safe work condition
- See related: How an Institution Decides to Spend Money; Why Work Done Without a Purchase Order Often Goes Unpaid; How Commercial Work Really Differs From Residential