Running a university campus has never been a small undertaking. But in recent years, the complexity of managing campus operations and facilities has grown well beyond what manual processes and siloed systems can support. From aging buildings and deferred maintenance to rising student expectations for digital-first experiences, higher education institutions are being pushed to rethink how they manage the physical infrastructure that underpins academic success.
Consider this: U.S. colleges and universities now face a deferred maintenance backlog exceeding $112 billion, according to APPA (Association of Physical Plant Administrators). At the same time, 65 percent of students say campus facilities influenced their decision to enroll, per an Inside Higher Ed/College Pulse survey cited in the APPA Thought Leaders Report 2024. These are not marginal concerns. They are central to institutional competitiveness and financial sustainability.
This guide explores how universities can digitize campus operations, covering everything from facilities work orders and preventive maintenance to classroom readiness, asset management, and event booking, using low-code platforms that reduce the burden on IT while empowering operations teams.
Why campus operations automation matters in higher education
Campus operations span a sprawling range of functions: work order management, preventive maintenance scheduling, classroom technology readiness, asset lifecycle tracking, vendor and contractor management, and space and event booking. In most universities, these functions are managed through a patchwork of spreadsheets, email chains, legacy systems, and paper forms.
The result is predictable. Requests stall. Priorities get lost. Equipment breaks down because no one tracked the maintenance schedule. Classrooms are not ready for the semester because IT and facilities teams coordinated through back-and-forth emails instead of a shar
ed workflow. And when leadership needs visibility into what is happening across campus, they get conflicting reports from disconnected systems.
According to a 2024 report from Gordian, the square footage maintained per worker in higher education has increased by nearly 25 percent since 2007, while exterior condition scores have declined 15 percent and mechanical system scores have dropped 20 percent. Facilities teams are being asked to do more with less, and the cracks are showing.
Automating campus operations is not about replacing people. It is about giving facilities directors, operations managers, and IT leaders the tools to move from reactive firefighting to proactive management, where every work request is tracked, every asset has a maintenance schedule, and every decision is informed by real-time data.
The hidden cost of reactive campus management
Reactive management is the default mode for many university facilities teams, not by choice, but by circumstance. When work orders come in through email or phone calls, when maintenance is performed only after something breaks, and when asset tracking lives in spreadsheets, there is no system in place to prevent problems before they escalate.
The financial impact is significant. Research consistently shows that organizations relying on reactive maintenance spend 25 to 30 percent more compared to those with preventive maintenance programs. For universities already operating under tight budget constraints, that premium adds up quickly across dozens of buildings and thousands of systems.
But the costs extend beyond repair bills. Unplanned downtime disrupts classes and research. Poor facility conditions affect student satisfaction and retention. And without audit trails, institutions face compliance risks during accreditation reviews. A 2023 NACUBO report found that facilities-related operating costs account for nearly 10 percent of a university's annual budget. When a significant portion of that spending is unplanned or inefficient, it diverts resources from academic programs, faculty hiring, and student services.
Key areas of campus operations that benefit from automation
Facilities work order management
Work orders are the backbone of campus facilities management. Every leaky faucet, broken projector, malfunctioning HVAC unit, and damaged walkway starts as a request that needs to be logged, prioritized, assigned, and tracked to resolution. In most universities, this process is still remarkably manual.
An automated work order system replaces email and phone-based requests with digital forms that capture the right details upfront: location, issue type, urgency level, and supporting photos. Requests are automatically routed to the right team based on the issue category and priority. Assignees receive mobile notifications, can update status in real time, and close out work orders with documentation that feeds into reporting dashboards.
The impact is measurable. Indiana University, for example, reported a 30 percent reduction in emergency work orders after adopting a digital maintenance management system. That kind of result comes from having the visibility to catch issues before they become emergencies.
Preventive maintenance scheduling
Preventive maintenance is one of the most impactful shifts a facilities team can make. Instead of waiting for equipment to fail, preventive maintenance establishes regular inspection and service schedules based on time intervals, usage thresholds, or condition data.
Organizations that prioritize preventive maintenance save between 12 and 18 percent compared to reactive approaches, and every dollar spent on preventive maintenance saves an average of $5 in future repair costs, according to industry research. For a university managing hundreds of HVAC units, elevators, boilers, and laboratory equipment, these savings compound rapidly.
Automated preventive maintenance workflows generate recurring tasks on predefined schedules, assign them to the appropriate technicians, track completion, and flag overdue items. This moves maintenance from a reactive cost center to a proactive investment in asset longevity and campus safety.
Classroom readiness tracking
Every semester, universities face the same scramble: ensuring that every classroom, lab, and lecture hall is equipped and ready before the first day of classes. This means checking projectors, audio systems, Wi-Fi connectivity, furniture condition, lighting, and HVAC. When this process depends on manual checklists shared between IT and facilities teams through email, things get missed.
A classroom readiness workflow creates a structured process where each room has a digital checklist, inspections are assigned and tracked, issues are flagged with automatic escalation, and a real-time dashboard shows campus-wide readiness status. Academic deans and IT directors can see at a glance which buildings are ready and which need attention, eliminating the last-minute surprises that disrupt the start of a semester.
Asset and equipment lifecycle management
Universities own thousands of assets: HVAC systems, lab equipment, IT infrastructure, vehicles, furniture, and more. Each has a lifecycle that includes procurement, deployment, maintenance, depreciation, and eventual replacement. Without a centralized system to track this lifecycle, institutions make capital planning decisions based on incomplete data.
More than 60 percent of U.S. campus buildings are over 25 years old, according to APPA. The equipment inside those buildings is aging too. An asset lifecycle management workflow tracks each piece of equipment from acquisition to disposal, logs maintenance history, monitors warranty status, forecasts replacement needs, and calculates depreciation for financial planning.
Vendor and contractor approvals
Campus operations depend heavily on external vendors and contractors, from HVAC specialists and landscapers to construction firms and technology providers. Managing these relationships across departments, each with its own approval process, creates inconsistency and risk.
An automated vendor approval workflow standardizes how contractors are vetted, how insurance and compliance documents are verified, how contracts are routed for approval, and how performance is tracked. This ensures that every vendor working on campus meets institutional standards, and that procurement teams have a clear audit trail for every engagement.
Event and space booking
From guest lectures and alumni events to conferences and student activities, campus spaces are in constant demand. When booking requests are handled through email or phone calls to individual departments, double bookings happen, setup requirements get lost, and no one has a unified view of space utilization.
An automated space booking workflow lets requestors submit space needs through a digital form, routes requests to the appropriate approvers, checks for conflicts, triggers setup and AV coordination, and feeds into a campus-wide calendar. Facilities teams can see what is coming and prepare accordingly, while finance teams can track space utilization for better planning.
What to look for in a campus operations automation platform
Not every technology solution fits the unique constraints of higher education. Universities operate with limited IT capacity, tight budgets, legacy systems that cannot be replaced overnight, and a diverse user base that includes faculty, staff, students, and external contractors. The right platform for campus operations automation should meet several criteria.
First, it should work around existing systems, not demand a rip-and-replace. Most universities run on established SIS, LMS, ERP, and HRMS platforms. A campus operations tool should integrate with these systems, not compete with them.
Second, it should be accessible to non-technical users. Facilities directors, operations managers, and department heads should be able to build and modify workflows without writing code. This is where low-code and no-code platforms become essential: they allow operations teams to create solutions quickly while IT maintains governance and oversight.
Third, it should provide built-in compliance and audit capabilities. Higher education is a heavily regulated environment, with requirements spanning FERPA, Title IX, accreditation standards, and safety codes. Every workflow should generate an audit trail by default.
Fourth, it should scale across departments and campuses. A solution that works for one building's maintenance team but cannot extend to admissions, finance, or research operations creates yet another silo. The goal is a unified operational backbone.
How Kissflow helps universities automate campus operations
Kissflow is a low-code platform purpose-built for organizations that need to digitize operations without overburdening IT. For higher education institutions, Kissflow provides the foundation to automate campus operations across facilities, maintenance, compliance, and administrative functions, all on a single platform.
With Kissflow's visual workflow builder, facilities teams can create digital work order forms, automate routing and assignment based on issue type and priority, and track every request to resolution with built-in SLA monitoring. Preventive maintenance schedules can be configured with recurring triggers, ensuring that inspections and service tasks are never missed. Asset tracking workflows log equipment history, flag warranty expirations, and support depreciation calculations for capital planning.
Kissflow's no-code capabilities mean that operations managers and department heads can build and adjust workflows themselves, reducing the IT backlog and eliminating the delays that come with traditional software development cycles. At the same time, IT retains full governance through role-based access controls, integration management, and platform-wide oversight dashboards.
Universities like Perelman School of Medicine at the University of Pennsylvania, Queen's University, and Pontificia Universidad Catolica del Peru already use Kissflow to streamline administrative and operational workflows. The platform integrates with existing ERP, HRMS, and SIS systems through prebuilt connectors, ensuring that campus operations automation does not require a disruptive system overhaul.
Whether your institution needs to digitize facilities work orders, implement preventive maintenance scheduling, track classroom readiness, manage vendor approvals, or automate space booking, Kissflow gives you a unified platform to build, run, and govern campus operations with clarity and control.
See how Kissflow can transform your campus operations. Request a demo today.
Related Topics:
Facilities Work Order Management: Automating Maintenance Requests in Universities
Preventive Maintenance Scheduling for University Campuses: A Digital Approach
Classroom Readiness Tracking: Ensuring Technology and Space Preparedness Across Campus
Asset and Equipment Lifecycle Management in Higher Education Institutions
Vendor and Contractor Approval Workflows for University Campus Operations
