The Campus Nervous System: Why Facilities Risk Is Now a Leadership Issue in Higher Education

• By Caroline Ruhland
• 05/21/26

For years facilities conversations largely stayed behind the scenes. Air conditioning failed, a roof leaked, a work order was filed, and the issue was handled. Campus life moved on. That process worked when systems were newer, compliance pressure was lighter, and the financial margin for error was wider. That's not where most institutions are operating anymore.

Across higher education, aging infrastructure and deferred maintenance have reached a scale that carries real financial and legal exposure. As of 2025 to 2026, the gap between required campus renewal investments and actual funding exceeds 32%. Deferred maintenance backlogs often top $140 per gross square foot. At the same time, many institutions are maintaining buildings and square footage that no longer align with enrollment patterns or evolving instructional models but still require full operational support.

When you look at those numbers together, the issue stops being operational and starts becoming structural. Facility performance now intersects with safety, compliance, on-campus experience, institutional reputation, and financial resilience. That places it firmly on the leadership agenda.

When a Facilities Failure Becomes a Liability

Most people don't think about plumbing systems or cooling towers until something goes wrong. When it does, the consequences can be serious.

Legionella is one example. Higher education institutions face significant liability tied to Legionella bacteria in campus water systems, with potential outbreak exposure estimated between $5 million and $15 million per campus. That's not theoretical. It's the kind of number that gets the board of trustees' attention very quickly.

And it's rarely just one system. HVAC failures can shut down labs. Electrical issues can disrupt housing. A burst pipe in the wrong building at the wrong time can displace students and interrupt research. Add extreme weather into the mix, and systems that were designed decades ago are operating under very different conditions.

Facilities teams understand these risks. The challenge is that risk often stays hidden until something breaks. By then, the conversation has shifted from prevention to response, and from planning to damage control — and the time to resolution can be painfully slow and costly.

The Limits of the Reactive Model

A lot of campuses still operate on a straightforward model. Something fails. A work order is created. The team fixes it. Everyone moves on to the next issue.

That approach made sense when it was the only viable option from a technological perspective, infrastructure was newer, and capital was more predictable. With a 32% renewal funding gap and growing deferred maintenance, it becomes harder to stay ahead. Emergency repairs consume budgets that might otherwise go toward planned upgrades. Smaller issues linger because they don't feel urgent enough, until they suddenly are.

There's also a visibility problem. Asset information lives in different systems. Facility condition assessments may be outdated. Leadership teams are often making funding decisions without a clear picture of which risks are most likely to escalate, and which can safely wait.

It's not that facilities leaders lack expertise. It's that the scale and complexity of the environment have outgrown a reactive playbook in many instances.

Building a Campus Nervous System

What more institutions are starting to explore is continuous visibility. Think of it as a campus nervous system. Instead of checking in on buildings periodically, connected systems provide ongoing signals about how equipment is performing.

Water temperature fluctuations, pressure changes, abnormal energy patterns, equipment running outside expected ranges. These aren't dramatic events on their own. But taken together, they tell a story about where stress is building.

When that data is centralized and visible, facilities teams can prioritize based on risk and forecasting, not just urgency. Capital conversations shift from "what broke last month" to "what is most likely to fail next." That's a different level of maturity.

It enables capital planning grounded in actual asset condition rather than anecdotal reporting. It also allows facilities leaders to translate technical risk into financial and operational terms that resonate with executive leadership.

As infrastructure becomes more connected, the conversation naturally overlaps with the broader institutional technology strategy. Operational technology, cybersecurity, and data governance are increasingly part of facilities management. Infrastructure modernization is no longer purely physical. It is deeply digital.

Looking Ahead

None of this eliminates risk entirely. Campuses will still deal with aging systems and funding constraints, and reactive work will never — and should never — be fully eliminated. But visibility changes the posture.

When leadership teams understand where their highest exposure sits, whether that's water systems, electrical infrastructure, or underperforming buildings, they can make clearer tradeoffs. They can defend capital requests with data. They can explain risk in financial terms, not just technical ones. They can optimize facility operations in a way that has a measurable impact on efficiency, day-to-day experience, and the bottom line.

Facilities aren't just about keeping buildings comfortable. They're part of how institutions protect students, staff, research, and reputation. At a certain point, the question stops being whether campuses can afford to modernize how they manage infrastructure. It becomes whether they can afford not to.