8 Best Facilities Management Software for Universities & Higher Education

Universities and colleges often operate like small cities — with sprawling campuses, aging buildings, modern research centers, and 24/7 operational demands. Balancing the needs of students, faculty, staff, contractors, and visitors across dozens or even hundreds of physical assets creates immense logistical and administrative complexity.

From routine maintenance and event setups to deferred maintenance backlogs and capital renewal planning, trying to manage it all with spreadsheets is a losing battle. 

Even experienced facilities teams will need help from a dedicated facilities management software for higher education — helping them coordinate maintenance, track assets, manage work orders, and plan capital projects from one centralized hub.

In this guide, we’ll review the best facilities management software solutions for universities and colleges, highlighting their top features, advantages, pricing, and potential limitations. 

Let’s help you find the right platform to streamline operations and elevate your campus experience.

Why universities need a facilities management software

Many general CMMS (Computerized Maintenance Management System) platforms are designed for industrial settings. As such, they might lack some key features needed to operate university campuses efficiently and cost-effectively. 

Outside of the standard asset tracking and work order management functionality, universities and colleges often have more specialized needs.

Diverse space and event management 

A campus isn’t just a collection of classrooms. It includes research labs, residence halls, athletic complexes, performance venues, dining facilities, and more — all of which need unique scheduling, cleaning, and maintenance requirements. 

You may need solutions that support space utilization tracking, event scheduling, and resource coordination across these diverse environments.

Complex capital and lifecycle planning

Universities often manage large, aging building portfolios with ongoing renovation, deferred maintenance, and sustainability goals. Higher-ed-focused platforms often include tools for facility condition assessments (FCAs), capital planning, and budget forecasting, helping administrators make data-driven decisions about long-term investments.

Serving multiple user types 

Facility teams receive requests from students, faculty, researchers, and administrative staff — each with different priorities and communication preferences. 

To keep servicing on track, you’ll want multi-channel work request portals, software that works smoothly on a mobile app, and automated routing so requests reach the right department quickly.

Compliance and safety management 

Managing research labs, accessibility standards (ADA), environmental regulations, and safety protocols requires robust documentation and audit trails. Facility software for schools and higher education should include compliance-specific modules for EH&S, lab safety, and sustainability tracking.

Campus-wide mobility 

With maintenance staff often working across hundreds of acres, mobile access is non-negotiable. Modern higher-ed FM software enables technicians to access floor plans, asset data, and work orders directly from their devices — even in offline mode — ensuring efficiency and real-time updates no matter where they are on campus.

Integration with existing systems 

Many educational institutions use ERP systems (like SAP, Oracle Cloud, or Workday), BMS, and IoT-based energy monitoring tools. The best higher-ed maintenance solutions integrate seamlessly with these systems. This eliminates data silos, ensuring smooth cross-departmental collaboration.

Key features to look for in higher education facilities software

While sharing core functionalities with a standard CMMS, software designed for higher education needs a specific set of features to handle the unique scale and complexity of a campus environment. When evaluating options, prioritize these capabilities:

• Robust work order management: The software should handle a high volume of service requests. Look for customizable workflows, smart routing by location or department, and automated notifications.
• Comprehensive preventive maintenance scheduling: To be able to handle a wide range of assets, your software should support flexible PM scheduling (time, usage, or condition-based), include task checklists, and allow easy creation of recurring maintenance templates.
• Advanced asset management: Beyond tracking equipment, the system should manage complex asset hierarchies (Campus → Building → Floor → Room → Asset). It should store critical data such as installation details, calibration records, and warranty information, giving you a full lifecycle view of every piece of equipment.
• Space management and event scheduling: This is a key differentiator for higher education software. Universities need tools to track room utilization, manage event bookings, coordinate setups (A/V, custodial, furniture), and prevent scheduling conflicts across lecture halls, labs, and auditoriums.
• Capital planning and budgeting: Managing deferred maintenance and future capital projects requires long-term visibility. The best systems include Facility Condition Assessment (FCA) tools, capital forecasting, and budget tracking modules.
• Powerful mobile app with offline functionality: Technicians often work in remote corners of campus or older buildings with poor connectivity. A fast, intuitive mobile app with full offline mode ensures they can view and complete work orders, record data, and attach photos even without an internet connection.
• Higher education-specific reporting: In addition to core maintenance KPIs, your software should generate university-tailored reports — like space utilization analytics or compliance documentation for research and safety audits.
• Integration capabilities: Seamless integration with your existing systems is crucial. Look for software that connects to ERPs (like Workday, Oracle Cloud, or SAP) for finance and procurement, Student Information Systems (SIS) for coordination, Building Automation Systems (BAS) for energy monitoring, and space planning tools for data alignment.

8 best facilities management software for higher education to consider

There are many CMMS and facility management solutions out there. Not all of them can answer the unique needs and challenges of higher education facilities management. 

Here’s a breakdown of the top solutions to consider in 2026.

1. Limble

Limble is a cloud-based maintenance management solution known for its intuitive interface, scalability, strong mobile capabilities, and fast onboarding. It’s an excellent fit for higher education facilities teams that manage a wide range of spaces — from research labs and dormitories to athletics and student centers. Limble helps both seasoned technicians and student workers stay productive across large or multi-site campuses.

Key features:

• Work order automation: Set up recurring and reactive work orders, route tasks by building, technician, or issue type, and monitor status in real time.
• Mobile access with offline support: Technicians use mobile devices to view asset histories, attach photos, log labor and parts, even in places with poor connectivity.
• Asset hierarchy and management: Organize campus assets in nested structures (campus → building → floor → room → unit) and access full lifecycle history.
• Preventive maintenance engine: Trigger maintenance by time, meter usage, or condition thresholds; deploy standardized checklists for complex systems.
• Reporting and dashboards: Visualize KPIs such as downtime, mean time between failures (MTBF), labor cost by department, and parts consumption to support data-driven planning and budgeting.

What Limble does well:

• Highly intuitive design that makes adoption easy across large and diverse facilities teams.
• Robust mobile functionality that supports field work anywhere on campus.
• Strong PM and asset management tools that scale well for large building portfolios.
• Customizable work request portal makes it simple for students, faculty, and staff across campus to submit maintenance tickets.
• Clear, customizable dashboards ideal for communicating performance and budget needs to leadership.

“The implementation process was so easy that it was flawless. We were using it right away! …Once you get buy-in from enough of the group, it’s infectious for the rest.” — Jon DiBenedetto, Solutions Manager at Grove City College

“What we didn’t have was a good way of disseminating and tracking work, annual maintenance, or the preventative maintenance that needed to occur. [With Limble], we’re more productive, we’re more efficient, and we’re providing better service across the district.” — Todd Rainwater, Director of Facilities and Operations at Hood River County School District

Potential limitations:

• Lacks specialized modules for space management, event scheduling, and energy management found in some HE-specific platforms.
• Advanced capital planning features might be less robust compared to dedicated EAM or HE-focused systems.
• Integrations with legacy ERP or SIS systems may take additional setup or custom API work.

“There is a learning curve when it comes to integrating Limble into your organizations existing systems.” — Verified User on G2

Pricing model overview: Uses a subscription-based, per-user pricing structure, typical for cloud CMMS platforms. Institutional pricing may vary depending on user count, modules selected, and contract length.

2. Accruent FAMIS 360

Accruent FAMIS 360 is a facilities management platform that combines CMMS functionality with space planning and energy management. It is especially well-suited for universities and higher education institutions managing large portfolios of buildings, assets, and multi-tenant environments. With modular design and enterprise scalability, FAMIS 360 addresses both daily maintenance needs and long-term campus planning.

Key features:

• Work order and incident management: Submit, assign, and track maintenance tasks and service calls across multiple campus locations.
• Asset lifecycle tracking and maintenance scheduling: Maintain detailed asset records (installation date, warranty, condition) and schedule preventive work by time, usage, or condition.
• Space planning and utilization analytics: Manage space hierarchies (campus/building/floor/room), track occupancy, schedule events, and optimize facility usage.
• Energy and utility management: View utility consumption, link meters to assets, and generate reports to support sustainability and deferred maintenance planning.

What FAMIS 360 does well:

• Integrates maintenance, space utilization, and capital planning into one unified system — ideal for complex university facilities.
• Robust mobile app support and field workflows, enabling technicians to manage work orders, inspections, and asset updates in the field.
• Strong space management and event-space scheduling features, helping campuses allocate classrooms, labs, and venues efficiently.
• Built-in energy and utility tracking tied to asset and space data, supporting sustainability projects and cost control.

“Famis allows us to integrate and consolidate our maintenance management data entry points to develop reports which enable our managers to make informed decisions to more effectively deliver facility management services on campus. The system is configurable to ensure that we get the data we need/want, in the format we need, on the "front side" to avoid collecting information we don't want down the line.” — Stephen M. on G2

Potential limitations

• As a comprehensive platform, FAMIS 360 may present a steeper learning curve for smaller facilities teams used to simpler systems.
• Implementation and customization can require significant institutional resources (time, budget, IT support) for integration with ERP or SIS systems.
• Licensing and modular add-ons may make the total cost of ownership higher compared with more lightweight, maintenance-only tools.
• User interface is sometimes described as less modern or intuitive compared to newer facility management platforms.

“I work at a university and deal with clients daily. It's not the most user-friendly program. When clients use FAMIS self-serve to submit requests, they have too many options to choose from. It would be great if it was more simplified because clients are constantly getting confused about which options they should choose. It would also be nice if you could add photos or documents to it so people wouldn't have to send an email separately.” — Verified User on G2

“Old interface. You have to know where to look to find the information you are looking for.” — Verified User on G2

Pricing model overview: Uses a custom pricing model with subscription-based or enterprise license options. Pricing varies based on institution size, number of modules in use, user licenses, and implementation scope.

3. Brightly Asset Essentials

Brightly Asset Essentials is a cloud platform designed to manage assets, maintenance workflows, and capital planning — especially suited for large universities and colleges that oversee hundreds of buildings and complex infrastructure. With a strong track record in education and the public sector, Brightly supports facilities teams in proactively managing asset lifecycles and aligning with sustainability goals.

Key features:

• Asset lifecycle management: Track buildings, equipment, and infrastructure from acquisition through disposal to extend life cycles and optimize replacement timing.
• Preventive maintenance scheduling: Automate recurring tasks, link them to asset records, and align them with capital planning initiatives.
• Space and event coordination: Manage space hierarchy, track utilization, and schedule events or maintenance drills.
• IoT and energy monitoring integration: Connect with sensors, meters, and Building Automation Systems (BAS) to monitor asset health and energy consumption.
• Reporting and analytics: Generate dashboards tailored to higher-education needs — such as cost per building, department chargebacks, and facility condition assessments.

What Asset Essentials does well:

• Integrates asset lifecycle tracking, preventive maintenance, and capital forecasting — enabling universities to make data-driven planning decisions.
• Supports IoT and smart-building integration, giving campus facility teams real-time insight into equipment performance and energy usage.
• Built-in tools for sustainability and ESG tracking, which align closely with higher ed institutions’ strategic priorities.
• Scalable architecture suitable for multi-site, multi-building campuses, helping institutions expand without changing systems.

“I'm able to see all the WO as they come in. Some go right to the tech, which saves time. You know when the WO is started, completed, and closed. If someone has a question on a WO, you bring it up, and everything is there: time, cost, and dates.” — Tom S. on G2

Potential limitations:

• As a full-featured enterprise platform, Brightly may present a steep learning curve for facilities teams used to lighter systems.
• Implementation and customization often require significant budget and IT resources, which may delay ROI for smaller schools.
• Pricing and licensing are highly variable and modular, often ending up being more expensive than comparable solutions.
• Some users report that the mobile experience and customization options are less intuitive compared to other popular CMMS platforms.

“Setup time has taken a lot longer than expected, and there are many aspects of the 'live' roll out that are not fully operational to users. Can't see my Work Requests on the Assetic Mobile App.” — Verified User on G2

“The cost is considerably more than peer systems.” — Verified User on G2

Pricing model overview: Brightly uses a subscription-based, modular pricing structure, typically customized based on the number of users, modules selected (e.g., asset management, energy monitoring, space planning), and campus size. Larger institutions should plan for multi-year contracts and consider potential add-ons like IoT modules or advanced analytics.

4. FMX

FMX is a cloud-based facilities management solution that is designed with educational institutions in mind, making it a strong fit for schools and universities. It supports work order tracking, preventive maintenance, asset management, and event scheduling — balancing core maintenance needs with broader facility coordination.

Key features:

• Work order and request management: Enables users to submit work requests and technicians to track, assign, and close tasks with mobile access.
• Preventive maintenance scheduling: Automate recurring maintenance tasks and link them to assets to improve uptime and reliability.
• Asset and equipment management: Track asset history, performance, and maintenance costs to inform lifecycle and replacement decisions.
• Space scheduling and utilization tools: Manage facility bookings, event setups, and avoid conflicts across lecture halls, labs, and multi-purpose spaces.

What FMX does well:

• User-friendly interface and mobile access allow technicians and facility staff to manage tasks from anywhere on campus.
• Strong support for space scheduling and event coordination — helpful in multipurpose university environments.
• Robust reporting and analytics enable colleges to track costs, downtime, and asset performance effectively.

“[I like the] Intuitive interface and ability to be customized to specific needs; functionality, especially for managing work orders, event scheduling, and building maintenance tasks.” — Donna B. on Capterra

Potential limitations:

• Deeply custom modules or integrations (e.g., advanced IoT or BAS connectivity) may require additional cost or external configuration.
• Offline mobile functionality appears limited; in campuses with connectivity issues (historical buildings or remote sites), full mobile access may be constrained.
• Some users complain that the platform can be slow and that the functionality around work requests and WO scheduling could be improved.

“I feel that we are missing a few key elements that are essential to our operation, perhaps we are unique. We often have events that are not on campus but that our FMX calendar needs to include because those off-site events take away assets that we need to be aware of.” — John W. on Capterra

“The responsiveness of the software is fine, but needs to be faster. The scheduling is great, but the work order (tech/maint requests) features need much more development.” — Chad R. on Capterra

Pricing model overview: FMX uses a subscription-based pricing model. Pricing depends on the number of users, features, and enabled custom workflows. Public K-12 schools get special pricing based on student enrollment and can add as many users as they need without additional cost.

5. AkitaBox

AkitaBox is a cloud-based facilities and asset management platform crafted to support complex environments such as higher education campuses and large institutional portfolios. With strong capabilities around facility condition assessment, digital floor plans, and capital planning, it’s particularly well suited for universities needing to centralize maintenance, asset data, and space/event tracking across multiple buildings.

Key features:

• Interactive floor plans & digital maps: Visualize building layouts, pin assets to exact locations, and link directly to work orders or inspections.
• Facility condition assessment & capital forecasting: Conduct condition assessments, score buildings by risk/aging, and model future capital needs.
• Work order and inspection management: Submit and track work orders, perform mobile-based inspections, attach photos, and automate recurring tasks.
• Asset lifecycle and maintenance tracking: Store detailed asset records (install date, warranty, location) and track service history across campus equipment.
• Multi-user portal and occupant requests: Allow students, faculty, and staff to submit maintenance requests through a portal, with automatic routing and visibility.

What Akita does well:

• Offers interactive floor plans and visual asset mapping, making it easier to locate equipment, document condition, and expedite technician workflows.
• Built-in facility condition assessment (FCA) and capital forecasting features help universities plan long-term investments and track deferred maintenance.
• Excellent for capital planning and managing deferred maintenance based on condition data.
• Scalable across multi-building and multi-campus operations, making it suitable as institutions grow or consolidate data.

“The thing I like most about Akitabox is its ability to tie everything together. Work orders, assets, maps, & comments. It's a one-stop software that makes work efficient.” —  Kain S. on Capterra

Potential limitations:

• Users have reported that the mobile app and search/navigation can be less intuitive or slower, especially when managing large data sets.
• Integration with certain legacy university systems (ERP/SIS/BAS) may require additional configuration or custom modules, increasing implementation time.
• Because the feature set is broad (asset/floor plan/event/capital), smaller facilities teams might find the full scope more than they immediately need and may prefer lighter-weight solutions.

“It's a web-based system, and it takes several seconds to load or process click commands. It's very slow, and when using it on a mobile phone, it's even slower. The font size of the system is very slow and the emails it sends to requestors are not easy to read. Service requestors often miss our messages.” — Leticia B. on G2

“It is not readily available. By the time I look up Akita Box to request a clean up in my classroom, I could have gotten the mop myself and cleaned it up. Additionally, if it is not set up properly, it is hard to find your room number.” — Verified User on G2

Pricing model overview: You will have to reach out and request a custom quote. AkitaBox utilizes two pricing models: one for building owners and operators (based on square footage and product modules), and one for AEC & facilities services (based on the type and number of users). 

6. eMaint CMMS

eMaint CMMS is a configurable cloud-based maintenance platform that supports multi-site facilities, asset lifecycle tracking, and preventive maintenance. It is a strong option for larger university campuses or institutions with mature maintenance operations. Its emphasis on integration and enterprise scalability helps campus facilities teams link maintenance workflows with broader systems like ERP and IoT tools.

Key features:

• Work order and request management: Submit, assign, and track tasks across multiple sites with mobile access, automated routing, and status tracking.
• Asset lifecycle and maintenance scheduling: Store detailed asset data including location, warranty, service history, and set PM triggers by time, meter, or condition.
• Reporting and dashboard tools: Generate insights into maintenance costs per building, downtime metrics, and deferred maintenance backlog to support strategic planning.
• Integrations and scalability: Use APIs to connect with existing ERP systems, building automation systems, and IoT sensors for enhanced data flow.

What eMaint does well:

• Multi-site and asset-heavy capability, ideal for universities managing many buildings, labs, and facilities.
• Strong PM and WO modules that help reduce downtime and manage large portfolios of equipment.
• Extensive integration options (including API, IoT, ERP links) that support alignment with university systems and enterprise data.
• Robust reporting and dashboard functionality to support capital planning, compliance tracking, and audits.

“The integration was seamless. The seemingly endless capabilities are a huge upside.” — Jeremy D. on G2

“If I had to pick one reason I would never leave Fluke, it is the reporting functions. Being able to set up a report in a couple of minutes and have it auto-generating out to the team is amazing.” — Michael R. on G2

Potential limitations

• The platform’s depth and flexibility come with added complexity, so teams new to CMMS may face a steeper learning curve.
• Integrations may require significant budget, time, and IT support, which can delay rollout for busy facilities departments.
• Customization is a double-edged sword; it can cause technical problems that nobody knows how to solve. 
• Subscription pricing and add-on fees may increase the total cost of ownership, making it less suitable for smaller campuses without dedicated funding.

“The system is also too customizable if you ask me. You can build it so far out of the norm that the support team has no idea how to fix any problems you might have. The way they handle user management is also pretty awful and if you want your whole company to be able to submit work orders to your service departments, you either have to have a completely anonymous form, or pay for hundreds of user accounts.” — Verified User on G2

“The initial cost and set up was hard to serve to upper management. The overall options for customization can be overwhelming.” — Matthew K. on Capterra

Pricing model overview: Uses a subscription-based, per-user pricing structure, standard for cloud CMMS platforms. Institutional pricing may vary depending on user count, modules selected, and contract length.

7. UpKeep

UpKeep is a mobile-first CMMS designed for ease of use and rapid deployment. It’s great for higher education facilities teams that need a simple solution to manage work orders, assets, and maintenance across large campuses. With strong mobile access, asset tracking, and scheduling tools, it streamlines the day-to-day maintenance work.

Key features:

• Work order management: Create, assign, and track jobs in real time, with mobile updates and photo attachments.
• Asset tracking: Maintain detailed records of equipment across campus — including installation dates, locations, and service logs.
• Preventive maintenance scheduling: Define and automate recurring maintenance tasks based on time, usage, or condition.
• Inventory & parts tracking: Monitor spare-parts availability to avoid downtime caused by missing components.
• Mobile app functionality: Technicians can work from their devices, view tasks, log data, and receive notifications while out in the field.

What UpKeep does right:

• Clean, intuitive mobile app enables technicians to submit, update, and close work orders from anywhere on campus.
• Offers a good balance of essential features for the price.
• Since it is a more lightweight solution, it is fairly quick and easy to deploy. 

“UpKeep has been an absolute game-changer for our operations at Mary Immaculate Church & School. The work order system is intuitive and easy for our staff to use, and the mobile app allows our maintenance team to respond quickly, even across multiple buildings. Preventive maintenance scheduling has helped us stay ahead of costly issues, and we’ve been able to track vendors, parts, and recurring tasks with much more clarity.” — Chase S. on G2

Potential limitations:

• Reporting capabilities might be too basic for complex university-wide analysis
• Lacks specialized features for HE institutions like space management or robust capital planning.
• Some users report occasional bugs or technical issues with the platform.

“The mobile app, although generally very helpful, can sometimes be slow and occasionally crashes. This can be frustrating for our technicians who rely on the app for real-time updates and work order management.” — Verified User on G2

“Some of the reporting is a bit clumsy. It would be nice to have more customizable fields for assets and parts. Would be nice to be able to send better summary reports to requestors.” — Aaron S. on G2

Pricing model overview: Uses the typical per-month/per-user pricing structure. The total subscription price may vary based on the plan tier, number of users, asset count, and any required premium add-ons.

8. Eptura (formerly HippoCMMS)

Eptura — formerly known as Hippo CMMS — is a cloud-based facilities management and maintenance platform designed for simplicity, breadth, and scalability. It’s well suited for higher education institutions that want a unified system to manage work orders, fixed and mobile assets, space, and events across campus. With built-in support for technicians, contractors, and administrators, Eptura helps campuses streamline operations without sacrificing depth. 

Key features:

• Work order and request management: Capture and manage maintenance requests, assign tasks, track status, and log technician updates from mobile or desktop.
• Asset lifecycle and maintenance tracking: Store comprehensive asset details — including installation, warranty, service history — and trigger PMs based on condition or usage.
• Space and facility mapping: Visualize campus, buildings, floors and rooms, connect assets to locations, and manage event or room scheduling.
• Integrations and ecosystem support: Connect with ERP systems, BMS, IoT devices, and other campus-wide systems for operational alignment.
• Reporting & analytics: Dashboards tailored to campus operations — track maintenance KPIs, space utilization, costs, and compliance metrics.

What Eptura does right:

• Offers an intuitive, user-friendly interface that facilitates quick adoption among technicians and facility staff.
• Provides visual floor plans and space-hierarchy mapping, helping facility teams locate assets and manage infrastructure across campus. 
• Multi-language and flexible deployment make it a strong fit for campuses with global or multilingual staff. 

“It has helped streamline our asset management and minimize downtime across all our sites. The whole company can view performance of our assets, utilization rates, track work orders and status all in one portal. Our site managers use information to track costs and to budget for the future, ultimately to figure out where we can save and where to invest. It’s helped us meet company goals on sustainability.” — Terry T. on Capterra

Potential limitations:

• Because Eptura offers a wide set of modules (maintenance, space, workplace), smaller campus teams may find the scope more complex than they need at the start.
• Customization, integrations (with ERP, BMS, SIS) and large-scale deployment may require significant time, training and IT resources.
• Some user mention that their mobile and offline functionality could be improved, with barcode scanning being particularly clunky.

“The barcode system is a little tough to use on my mobile device, and when we go to enter work orders on the mobile device it doesn't show all the fields without clicking a drop-down bar so some people don't fill out the required sections, and the work order won't save.” — Verified User on G2

“I hate that it is extremely complicated and difficult to modify and use. To add the information that I want out of the program is not as easy as the old software. You have made it way too overcomplicated and time-consuming.” — Brian V. on Capterra

Pricing model overview: Eptura operates on a custom, annual subscription-based pricing model. Cost depends on the number of users, locations, and modules required (maintenance, space, asset, workplace). Institutions should plan for contract pricing and factor in module add-ons, training, and integration costs.

Why Limble is a smart choice for higher education

Managing university facilities takes a tool that’s powerful, adaptable, and easy for everyone to use. Some higher-ed–only platforms add complexity and cost without improving day-to-day results. Limble offers a practical alternative — robust core maintenance features in a system your team can adopt quickly.

Why higher-education facilities teams choose Limble:

• Unmatched ease of use: Get everyone — from seasoned technicians to student workers — productive fast with an intuitive interface and a top-rated mobile app. Higher adoption means better data and faster results.
• Mobile built for large campuses: Manage work orders, create asset hierarchies, access asset histories, and track parts anywhere on campus, thanks to a super simple Limble mobile app that has a reliable offline mode.
• Streamlined core maintenance: Capture requests from students, faculty, and staff; run effective PM programs for labs, dorms, and athletics; and track labor and parts costs with confidence.
• Scales as you grow: Start with one department or expand across the university; flexible modules and pricing adapt to your asset management needs.

Do not wait for the perfect time to digitize campus maintenance — it’s never going to come. Schedule a demo today and see how Limble helps higher-ed organizations simplify and automate their maintenance workflows.

FAQs

Q: What’s the difference between CMMS and broader facilities management software?

A: A CMMS focuses primarily on maintenance operations — work orders, preventive maintenance, and asset tracking. Facilities management software goes further, often including space planning, capital project management, and sustainability modules, making it better suited for managing the full lifecycle of university infrastructure.

Q: How can a CMMS handle work requests from students and faculty?

A: Modern CMMS solutions typically offer a simple work request portal that can be accessed via a shared link. Students, faculty, and staff can use it to quickly submit maintenance requests without needing to log in or have a user license. 

Customizable systems like Limble also let facilities teams create custom work request portals (requiring different info to submit a request) for specific user groups and automate request routing based on building, department, or request type.

Q: How does FM software help manage a wide variety of asset types?

A: Facilities management software provides a centralized database for all asset information, from HVAC systems and lab equipment to dorm appliances and athletic facilities. Each asset record can include location, service history, warranty details, and maintenance schedules. 

To cover all of your bases, you will want software that allows you to create and track custom fields for different asset types. Plus, to simplify asset tracking, you will want the ability to create asset hierarchies.

Q: How can facilities management software help track chargebacks between departments?

A: Some facilities management software can automatically associate work orders, labor hours, and parts costs with specific departments or cost centers. When maintenance teams complete a task, the system logs all related expenses and allocates them accordingly.

This allows facilities managers to generate chargeback reports that clearly show which departments incurred which costs — making budgeting, accountability, and internal billing far more transparent and efficient.

Q: How does maintenance software help with capital planning?

A: Maintenance software supports capital planning by collecting detailed data on asset performance, repair history, and condition over time. This information helps facilities teams identify which buildings or systems need major repairs or replacements and estimate the associated costs.

Advanced platforms also include facility condition assessment and forecasting tools, allowing universities to prioritize projects, justify funding requests, and plan long-term capital budgets based on accurate, data-driven insights.

Q: How does FM software help manage deferred maintenance?

A: FM software gives visibility into backlogged maintenance tasks, tracking their age, estimated cost, and impact. This allows facilities teams to prioritize and quantify deferred maintenance, making it easier to plan budgets and present clear justifications for funding.