The best FM software is the platform that matches the estate you actually run. For a UK multi-academy trust or college group that needs central compliance visibility, work orders, contractor control and reporting across several sites, expansive is a strong overall fit. MRI Evolution is a broader enterprise CAFM alternative. MaintainX and UpKeep put maintenance execution at the centre, while Planon and Accruent FAMIS 360 are more relevant when a large higher education estate also needs space, real estate or campus management.
Education FM software has to help an estates team prove what happened, not merely record that somebody intended to do it. A boiler service, fire-door inspection or water hygiene task is only operationally useful when the responsible people can see its status, find the supporting record and follow any remedial work through to closure.
That matters even more in England in 2026. The Department for Education’s Education Estates Strategy places greater emphasis on proactive management, long-term strategic maintenance and renewal. Its school estate management standards annual return opened in September 2026 for eligible responsible bodies, including multi-academy trusts, sixth-form college corporations, local authorities and dioceses. The return does not require supporting documents to be uploaded, but responsible bodies still need enough control over their estate information to answer accurately and improve where gaps exist. For a fuller breakdown of what the standards mean for FM teams, download our School Estates in 2026 guide.
The DfE’s Good Estate Management for Schools guidance also expects organisations to understand compliance across the whole estate, define accountability, maintain useful estate data and plan work using condition and risk. Software cannot fulfil those responsibilities on its own. It can, however, make them much easier to manage than a patchwork of inboxes, shared drives and the spreadsheet everyone updates while privately wondering whether it is the current version.
In this webinar, we explored how our CAFM can support the DfE standards for your school estates.
The practical buying question is therefore not “Which system has work orders?” Almost all credible products do. The better question is: “Which system will give our team a reliable operating record across the buildings, assets, contractors and obligations for which we are accountable?”
We assessed publicly documented product capabilities as at 24 September 2026 against six operational questions relevant to schools, colleges, multi-academy trusts and higher education estates.
1. Maintenance control: Can the platform receive, prioritise, assign and track reactive work while scheduling recurring preventive maintenance?
2. Estate and asset visibility: Can teams maintain usable records across buildings, locations and assets rather than treating each job as an isolated ticket?
3. Compliance evidence: Can the organisation schedule checks, retain records, see exceptions and follow remedial actions through to completion?
4. Contractor and mobile working: Can internal engineers and external suppliers update work from site without creating another administrative queue back at the office?
5. Multi-site reporting: Can central teams compare status, workload, cost and risk across sites while preserving local ownership?
6. Fit for the education operating model: Does the supplier show relevant school, college or university workflows, and do those workflows fit UK governance and terminology?
This is an editorial assessment, not a laboratory test or legal approval. Features, packages and integrations change, and some capabilities may require configuration or separate modules. “Best” therefore means strongest likely fit for a stated operational need based on verifiable public evidence; it does not mean universally superior.
| Platform | Centre of gravity | Likely best fit | Important point to verify |
|---|---|---|---|
| expansive | Multi-site CAFM, compliance, contractors and cost control | UK MATs, college groups and multi-campus estates | Exact workflow configuration, and integrations required |
| MRI Evolution | Enterprise CAFM across maintenance, assets, compliance and contractors | Larger or more complex organisations wanting broad CAFM and integration options | UK education references, implementation scope and required modules |
| MaintainX | Mobile-first maintenance and frontline execution | Schools or colleges primarily improving work requests and preventive maintenance | UK statutory evidence workflows, contractor governance and portfolio reporting depth |
| UpKeep | CMMS for maintenance, assets, fleet and capital planning | Maintenance teams wanting buildings, grounds and vehicles in one operational system | UK terminology, statutory schedules, data hosting and support model |
| Planon | Integrated campus, space, real estate, maintenance and sustainability management | Universities and large, complex college estates | Proportionate scope, implementation resources and which domains are required |
| Accruent FAMIS 360 | Facilities lifecycle, maintenance, space, projects and analytics | Higher education institutions with maintenance and space-management needs | UK references, module boundaries, integrations and statutory reporting configuration |
expansive FM is the strongest overall fit in this shortlist for UK trusts and college groups whose main problem is controlling maintenance, compliance, contractors and costs across several sites. Its centre of gravity is operational CAFM rather than room booking or a narrow maintenance queue, and expansive has a directly relevant UK education case study.
Activate Learning operates eight college campuses across three counties. The group moved from eight separate helpdesks and fragmented paper, spreadsheet and email processes to a central helpdesk and reporting dashboard. expansive reports 40 engineers trained and 15,000 jobs triaged in the first 18 months.
For an education estates team, the relevance is not the headline number alone. It is the operating model behind it: requests are triaged centrally, work is distributed to local engineers and contractors, routine tasks are scheduled, activity is recorded through a mobile web app, and compliance can be viewed across the group. That combination is useful when each campus needs enough freedom to handle today’s faults, but the central team still needs one credible account of performance and risk.
expansive provides work-order management, planned maintenance, asset records, certificate and document storage, audit trails, compliance reporting, contractor workflows, mobile engineer updates, cost control and portfolio dashboards. Its web-based Engineer App guidance also provides on-site check-in, work-order updates, time logs, service details and configurable verification controls.
Where it may fit best: Multi-academy trusts, further education groups and other multi-campus organisations that want a UK CAFM platform focused on day-to-day estate control rather than a full university real-estate suite.
Limits to keep in view: Organisations whose primary requirement is timetabling, research-space accounting or enterprise lease management may need another platform or an integration.
MRI Evolution becomes more relevant when an organisation wants broad enterprise CAFM capability, extensive integration options and access to a larger property-technology ecosystem. MRI’s UK product page describes planned and reactive maintenance, asset lifecycle management, compliance, work orders, contractor management, mobile working, energy-related integrations, IoT and analytics.
The supplier documents maintenance, assets, compliance, contractors and reporting. MRI places more emphasis on enterprise breadth, smart-building connections and its wider software ecosystem.
Where it may fit best: Large trusts, universities, FM providers or institution groups with complex integrations, mature data teams and requirements extending beyond core maintenance administration.
Limits to keep in view: Breadth can be an advantage, but only when the organisation has the people, data and implementation capacity to use it. A long catalogue of modules does not repair an asset register that nobody owns.
MaintainX is a credible option when the immediate priority is giving staff and technicians a straightforward way to request, schedule, complete and evidence maintenance work on mobile or desktop. Its dedicated education and schools page documents work requests, recurring preventive maintenance, asset records, inspection and safety checklists, automatic corrective actions, file sharing, messaging and reporting.
That maintenance-led focus may suit a single school, college or operational team moving away from paper jobs and informal requests. Adoption matters here. A perfectly modelled estate system is of limited value if caretakers, technicians and staff avoid it because logging a leaking tap requires the patience normally reserved for a funding application.
MaintainX also documents reporting by technician, property and asset, so it should not be dismissed as “single-site only.” The more careful distinction is that its public education proposition leads with maintenance planning and execution, whereas a CAFM purchase for a UK trust may put statutory evidence, contractor governance, estate hierarchy and central assurance at the centre of the decision.
Where it may fit best: Education maintenance teams that want intuitive mobile work orders, preventive maintenance and standard procedures without starting with a wide campus-management programme.
Limits to keep in view: Do not assume that a safety checklist is the same as an end-to-end UK statutory compliance process. The platform may be configurable for your needs, but the supplier should demonstrate that workflow rather than asking you to infer it from a feature label.
UpKeep deserves consideration where the education maintenance brief includes buildings, grounds, assets and a vehicle fleet, all managed through a maintenance-led platform. Its schools and higher education page explicitly describes work requests from staff, multi-building maintenance, preventive schedules, asset history, parts, buses maintained by mileage or hours, and capital planning for deferred maintenance.
That is a useful operational proposition for estates teams whose transport and grounds assets sit beside building maintenance. It also tackles an awkward budget problem: deferred work tends to become visible just as somebody asks for a costed summer plan, at which point institutional memory is expected to perform miracles. Recording condition, repair history and outstanding work against assets gives the budget conversation firmer ground.
UpKeep’s public education language, customer examples and compliance references are predominantly US-oriented. That does not make the software unsuitable for the UK, but it changes the procurement burden. A UK school or college should verify statutory terminology, data location, support hours, fleet requirements and the precise reporting needed by its responsible body.
Where it may fit best: Schools, colleges or districts with a maintenance-led requirement that includes fleet and deferred-maintenance planning.
Limits to keep in view: The public product page says that most districts start with CMMS and add Fleet or Capital Planning. Buyers should therefore compare the required package, not the most impressive combined feature list.
Planon is the broadest campus-management option in this shortlist and is most relevant where maintenance is one part of a larger university estate requirement. Its UK Campus Management Solution combines asset and maintenance management, space and workplace services, real estate management, and energy and sustainability management.
Planon's published capabilities include reactive and preventive maintenance, asset lifecycle information, procurement, budgets, vendor and warranty management, mobile field service, project management, fleet, campus service requests and analytics. The platform also addresses space utilisation, leases, capital projects and sustainability, which can matter greatly in higher education but may be surplus to requirements for a smaller school estate.
This is where “best” needs some restraint. A university with teaching rooms, laboratories, residences, leases, events, research space and carbon reporting has a different information problem from a six-school trust trying to standardise PPMs and contractor evidence. Planon’s breadth may be valuable for the first organisation and disproportionate for the second.
Where it may fit best: Universities and large college estates seeking an integrated campus or IWMS-style platform across maintenance, space, real estate and sustainability.
Limits to keep in view: A broad platform requires clear governance. Without agreed ownership of asset, space, supplier and finance data, an integrated system can become an expensive place to store several departments’ disagreements.
Accruent FAMIS 360 is a credible option for colleges and universities that want maintenance, asset, space, project and analytics capabilities within a facilities lifecycle platform. Accruent explicitly positions FAMIS 360 for higher education, public-sector and corporate organisations.
Its public documentation covers asset records, work orders, preventive maintenance, mobile access, space, reservations, inspections, projects, budgets, keys, utilities and analytics. Accruent also offers EMS for room and event scheduling and other products for space intelligence and remote monitoring. Buyers should be precise about which product performs each workflow and how data moves between them.
The fair comparison is whether the relevant Accruent configuration fits the institution’s maintenance and campus requirements better than a CAFM or another IWMS-style platform.
Where it may fit best: Higher education organisations that need structured facilities lifecycle management and value links between maintenance, space, projects and wider campus tools.
Limits to keep in view: Product families can create powerful combinations, but procurement must compare the complete proposed solution, including modules, integrations, implementation and ongoing administration.
Start with the operating failure you need to remove, then assess the breadth of system required. The products in this shortlist sit on a spectrum from maintenance execution to full campus and real-estate management.
A maintenance-led CMMS may be enough when the central problem is that requests arrive through corridors, emails and memory, while preventive work is difficult to schedule consistently. MaintainX and UpKeep sit closer to this operational objective, although both document capabilities beyond basic work orders.
A CAFM platform becomes more relevant when maintenance must connect with multi-site compliance visibility, contractor governance, cost control, asset data and service performance. expansive and MRI Evolution sit in this part of the market, with different scale, ecosystem and implementation considerations.
An IWMS or campus-management platform becomes relevant when the organisation also needs to manage space, leases, capital projects, energy, workplace services or complex university processes. Planon and Accruent FAMIS 360 sit closer to this broader scope.
The labels overlap, so do not buy the acronym. Two trusts with the same number of buildings can need very different systems because one self-delivers maintenance while the other outsources it, one holds reliable asset data while the other has six incompatible registers, and one wants board assurance while the other first needs staff to stop reporting faults to whichever caretaker happens to walk past.
Ask every shortlisted supplier to run the same realistic scenarios. Polished demonstrations are easy when the supplier controls the data, the workflow and the fire door that has never missed an inspection in its fictional life.
Use questions such as:
The strongest supplier is not necessarily the one that answers “yes” most often. It is the one that can show a coherent workflow, explain the limits and identify what your team must own after go-live.
Most implementation problems begin before the contract is signed. They come from an unclear operating model, weak data ownership or a scope that tries to solve every estate problem at once.
A checklist can confirm coverage, but it cannot show whether a task moves cleanly from the person reporting it to the person closing it. Map a handful of critical workflows and test those end to end.
Asset registers, site hierarchies, contractor records and PPM schedules need operational owners. Importing duplicate boilers and expired certificates faster does not make the information more trustworthy.
Some differences between campuses are necessary; others exist because nobody has had the time or authority to standardise them. Preserve genuine operational differences, but use implementation to agree common definitions, priorities and closure evidence.
Teachers, administrators and site staff may only raise a request occasionally. Their route into the system must be obvious, or the helpdesk will continue receiving messages such as “the thing in the science block is making the noise again.”
Software can schedule work, surface exceptions and retain evidence. It cannot decide your legal duties, appoint competent people or verify that a poor inspection was good enough. Governance, technical advice and accountable review remain human responsibilities.
The shortlist becomes easier once the organisation is honest about the problem it is buying to solve.
Before selecting any platform, give suppliers the same workflows, data sample and reporting questions. A useful system should make responsibility clearer and evidence easier to retrieve. It should not merely replace the spreadsheet everyone is afraid to delete with a dashboard everyone is afraid to change.
For education estates teams assessing a multi-site CAFM platform, an expansive demonstration can be structured around your own maintenance, compliance and contractor workflows rather than a generic feature tour.