Before moving FM requests into CAFM, define what people can report, what information each request needs, who owns triage, how priorities and SLAs work, and what evidence closes a job. Clean only the data needed to launch, test the process with real users and introduce it in stages. CAFM improves visibility when it supports a clear operating process; it merely gives confusion a login screen when those decisions are left until configuration.
Why do FM processes break down?
Why is moving FM requests to a CAFM more than inbox replacement?
Which requests should go through a CAFM?
What information should a requester have to provide?
Who will triage, prioritise and own each request?
How much data needs cleaning before launch?
How will contractors and engineers update the job?
What should your SLAs and escalation rules actually measure?
Which reports need to work from day one?
How should you roll out the new process?
What does a successful move to CAFM look like?
The shared maintenance inbox usually works until it does not, as requests gradually find their way into the FM team through different channels and conversations, making it increasingly difficult to maintain one reliable view of the work that needs attention and how far it has progressed.
That is why moving requests into acomputer-aided facilities management system can be valuable. A structured request becomes a trackable record with an owner, priority, history and completion evidence. The improvement is not that an email has become a form; it is that the request now has a controlled operational life.
Software also exposes decisions the inbox allowed the organisation to avoid. What counts as urgent, who owns the next action, and what proves completion? Resolve those questions and CAFM creates visibility with less chasing. Ignore them and the old process survives in side spreadsheets, unofficial messages and the phrase “I thought someone else had picked that up.”
Moving requests to CAFM changes how work is defined, assigned, evidenced and reported, so treating it as a simple channel swap is the first mistake to avoid. The goal is not to reproduce the shared inbox on a different screen. It is to create a consistent route from “something is wrong” to “the right person has dealt with it, and we can prove what happened.”
Map the current journey, including the untidy parts: how a request arrives, who triages it, how urgency is judged, where updates appear, and what counts as complete. Exceptions reveal why people bypass the official route. Reception may call because nobody monitors the inbox after 5pm, while engineers may use text messages because the original description is rarely enough to find the fault.
Do not configure every current habit into the new system, but do not dismiss workarounds as resistance. A phone call may be the only dependable emergency route, while a local spreadsheet may contain site details missing from the formal register. Distinguish necessary controls from coping mechanisms.
A useful process map should answer four questions for every common request type:
Decide where CAFM stops. Projects, HR or IT issues and landlord approvals may need linked or separate processes. Forcing every operational conversation into one workflow makes the system look comprehensive while making it less useful.
CAFM should capture facilities work that needs ownership, history, action, or evidence. Users do not necessarily need to classify that work themselves. A simple request form may ask for the location and a short summary, leaving the FM team to apply the appropriate category during triage.
Free-text fields let people report what they can see without diagnosing the cause. Someone noticing water staining above a window does not need to decide whether it is a roofing, plumbing or building-fabric issue. The FM team can clarify the request during triage, then use that classification to set the priority, route the work and report on demand consistently.
That structure still needs clear boundaries. A reactive maintenance request is not the same as a planned task, inspection or quotation request, even when they concern the same asset. Mixing them distorts workload and SLA reporting because a two-year lifecycle replacement can begin to look like a spectacularly overdue repair.
Keep the initial classification structure manageable. Fewer useful request types that support reliable routing and reporting are generally more valuable than 140 categories that nobody applies consistently. Categories can be refined using actual demand after launch; invented precision tends to produce complicated triage and reports that look organised until somebody asks what “other miscellaneous” contains.
Ask for the minimum information needed to locate, assess, and route the request, then collect specialist detail later from the person best placed to provide it. A request form is not improved by containing more fields; it is improved when the right job reaches the right person without a second round of detective work.
Most occupant-raised requests need a site, specific location, problem category, plain-language description, contact details, and an optional photograph. Ask extra questions only when the answer changes the workflow, such as whether water is still flowing or access is restricted. These types of clarifying questions can be created by AI at the point of raising a request on expansive to help capture as much request information as possible up front.
Mandatory fields deserve particular suspicion. Every required field creates friction, and users who do not know the answer will still enter something because the form insists. That is how engineers receive photographs of ceilings with no useful sense of scale. Make a field mandatory only when the request cannot be acted on responsibly without it.
Test accessibility and devices in the real setting. A form that works on a laptop may be awkward on a phone in a plant room, and a QR code is useful only if it opens a short route rather than a login odyssey. Watching a few people raise requests reveals more than a meeting about “user friendliness”.
Every request needs one accountable owner at each stage, even when several people contribute to the response. CAFM can make hand-offs visible, but it cannot resolve an operating model in which everybody receives the alert and assumes somebody else will act.
Decide whether triage is central, site-based, service-based, or a mixture of automation and human review. Automatic routing works when the input is dependable; human triage remains valuable when priority depends on context or responsibility between landlord, tenant and supplier is unclear.
Priority definitions must be operational rather than emotional. “Urgent” cannot mean “the requester used capitals”. Use impact, risk, loss of service, people affected, and available workarounds. A failed store-cupboard light and failed lighting on an occupied escape route are both lighting faults, but the response is plainly different.
Ownership must remain visible through reassignments. Who checks contractor acceptance, approves a quote or explains a parts delay to the requester? “With contractor” describes location, not accountability. Somebody still owns the next move.
You need enough accurate data to route work and identify what is being maintained, not a once-in-a-generation cleansing project before anyone can log a leaking tap. Start with people, sites, locations, service responsibilities, suppliers and assets that materially affect maintenance history, compliance or cost.
Asset data is where sensible implementations lose months. Existing registers often contain duplicates, obsolete equipment and pre-refurbishment locations. Prioritise statutory, critical, high-value and frequently maintained assets, then let engineers validate or add other data through controlled operational activity.
Location structure also affects routing and reporting. Represent campus, site, building, floor and room consistently, using names people recognise. B03-L02-ZN7 can coexist with “second-floor training room”, but the visible choice must be intelligible.
Name an owner for each dataset after go-live. Otherwise, the system slowly fills with “miscellaneous”, suppliers with three spellings and rooms that disappeared last summer. Governance needs a named person, a simple standard and a correction route, not a 47-step committee process.
The process becomes reliable only when the people doing the work update it at the point of activity. If administrators reconstruct the record later from calls and emails, the organisation has digitised the helpdesk while leaving delivery outside the system.
Define the field workflow: accepting work, viewing any asset details, recording attendance, adding labour and materials, noting follow-on tasks and providing completion evidence. Requirements should match the job. Six photographs for every minor task will mainly produce six photographs of whatever happens to be nearest.
Contractor participation needs commercial and technical agreement. Define which updates suppliers provide, through which route and by when. If acceptance, quotations, service sheets and completion evidence belong in the platform, reflect that in mobilisation and relevant contract or SLA documentation.
Distinguish “work performed” from “work order closed”. The physical task may be finished while approval or requester confirmation remains outstanding. Use a few meaningful statuses with clear ownership.
SLAs should measure commitments the service can define, influence and explain, with clear rules for when the clock starts, pauses and stops. Importing vague contractual phrases into a CAFM will produce precise-looking reports about an imprecise process.
Define working calendars, priority targets and valid pause reasons. A pause should represent a dependency, not somewhere difficult jobs spend the winter.
Escalations need recipients who can act. Overdue notifications sent to a large distribution list become background scenery within days. Route alerts to the relevant set of people who can ensure they are addressed, without assuming someone else will deal with it.
Choose the operational decisions reporting must support, then capture the data needed to make them. A dashboard cannot recover information users were never asked to record.
Day-one reporting often needs open work by site and priority, unassigned requests, ageing, overdue SLA events, repeat faults and demand by category. Contractor performance, cost and first-time completion may also matter, but every measure needs a shared definition.
Avoid measures that reward tidy data over service. Closure rates look excellent when jobs are closed before resolution, while averages can hide the oldest work.
Dashboards should lead to action. If nobody would do anything differently after seeing a chart, it is decoration. Start with the weekly questions: what is stuck, where is risk rising, which supplier needs attention, and which assets keep failing?
Roll out in a controlled phase with a clear start date, visible support and a plan for closing alternative routes. Adoption changes everyday behaviour, so people need to understand both the new route and the better outcome.
A pilot should expose real problems without putting the entire estate into test mode. Use one or two sites, a service line or a manageable user group, including requesters, triage staff, engineers and contractors. Test routine and awkward cases before wider release.
Set an end date for old channels. A transition may be sensible, but running email and CAFM indefinitely creates two queues and one increasingly tired person checking both. Keep a defined emergency route and investigate bypasses, which may reveal training, access or workflow problems.
During the first weeks, watch for miscategorised work, unassigned jobs, excessive notifications, closure without approval, and familiar workarounds. Fix the cause promptly. No launch email can overcome a form that asks for an asset serial number before reporting a cold office.
Moving FM requests to CAFM works when the organisation agrees on the process the software should enforce. Keep the requester journey simple, make ownership explicit, and set priorities around operational impact. Launch with enough clean data to operate, then improve the design using real demand.
The shared inbox may still be emotionally significant. It has been copied into so many escalation emails that it is practically a member of staff. It does not, however, need to remain the place where the organisation tries to remember every fault, promise, visit and certificate.