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Capital Planning in Higher Ed: How to Align Your Plan with Operating Reality

A large public university spent the better part of a year planning a new residence hall. The financing worked, construction stayed on schedule, and the building opened on time. There was just one problem: nobody told the campus shuttle service. When students moved in, the buses had no route to reach them. On the first day of the term, the students living there had no way to get to class.

The capital side of the institution (the new hall) and the operating side (how students actually live, eat, and get around campus) were planned in separate silos, and the gap between them turned a finished project into a first-week scramble.

In higher education, this disconnect between capital planning and operating reality can show up for institutions of any size. The fix isn’t more data or a bigger budget. It’s a better model.

A capital plan struggles when it ignores the operating side. Capital decisions and day-to-day operations get planned separately, so when a new building’s downstream effects (housing and dining revenue, staffing, utilities, transportation) never enter the model, the plan looks solid on paper, but falls apart in practice. On the other hand, a living model that ties each capital decision to its operating consequences lets a finance office steer with confidence.

Why Capital Planning and Operating Reality Drift Apart

The disconnect between capital planning and operating reality is rarely anyone’s fault. The split is built into how institutions are organized and funded.

Institutional structure pushes these two functions apart. Over the past two decades, many institutions adopted Responsibility Centered Management (RCM) budgeting, which pushes financial authority down to individual colleges and schools. While this method can sharpen accountability, it also means departmental data tends to stay inside the department.

Culture reinforces the divide. In many institutions, data is leverage, so offices hold their numbers close, and finance leadership ends up making capital decisions without full visibility into what each part of the institution is doing.

Facility management is often the most separate function of all. The capital planning process often lives in a facilities office with its own priorities and its own traditional models, only loosely connected to the broader financial picture. Facilities teams need that autonomy to run their buildings well. However, that autonomy creates information gaps, and gaps create surprises: a burst water main, a failing HVAC system, or an emergency that lands on the CFO’s desk and throws the capital plan off course. A new academic center is years in the making and visible to everyone. A flooded basement that has to be pumped, remediated, and refunded to students arrives with no warning, competing for the same capital.

The deeper issue is that a new building is never just a line in the capital budget. It reshapes the operating budget too, generating revenue (housing, dining, and sometimes enrollment) and new expenses (staffing, utilities, and transportation). Plan the capital budget and the operating budget separately, and the numbers never reconcile.

Two Worlds, Often Planned Apart

Operating Reality

DAY-TO-DAY • NEAR-TERM • FINANCE LED

  • Enrollment
  • Compensation
  • Housing Revenue
  • Dining & Auxiliary

INFORMATION GAP

Capital Planning

LONG TERM • STRATEGIC • FACILITIES-LED

  • New Construction
  • Debt Structures
  • Major Equipment
  • Utility & IT Systems

The Pressures Raising the Cost of Misalignment

Misalignment always carries a cost. Several forces are now making that cost harder to absorb, and each one is an argument for tying capital planning to operating reality instead of running them in parallel:

  • Inflation that outpaces the economy. According to the Higher Education Price Index (HEPI), sector inflation has run ahead of the general Consumer Price Index, compressing already-thin margins. When every dollar is tighter, a capital decision made without considering its operating consequences is a margin error you can’t afford.
  • Enrollment volatility. The so-called enrollment cliff is really more of a slope, but the risk is ignoring the demographic shifts until enrollment is already falling. Institutions that built for growth that never materialized are the most exposed. This is exactly the mismatch a model linking enrollment to housing and capital would surface early.
  • Deferred maintenance. Upkeep is the easiest line item to postpone, so it tends to slide down the list. So when a visibly neglected campus drives students away, the backlog compounds into a capital problem far larger than the original repair. In an aligned model, that hidden backlog shows up as a tracked number instead of a surprise.
  • Public scrutiny of value. Families today are questioning the value of a college degree. When they spend $90,000 and see a dorm with a broken window while the athletics budget makes headlines, they start questioning where the money goes. Those questions land on the same leaders who own the capital plan.
  • Funding and political pressure. State appropriations have trended down for years, and newer federal pressure on research funding has hit large public institutions hard enough to threaten their academic identity. Less external cushion means internal planning has to be more precise.

Every one of these pressures lands hardest on institutions that plan capital and operations in isolation, and lands more softly on those that connect the two.

What Aligned Capital Planning Looks Like

Aligned capital planning depends less on more data and more on a framework that evolves as the institution does: a living tool, not a finished document. The real product isn’t the model. It’s the continuous process of keeping it current.

Here’s the shift in practice:

Traditional model Living model
Update cadence Refreshed once a year, before the annual board meeting Updated continuously, monthly or weekly
Outlook A backward-looking snapshot A forward-looking projection
Scope Construction costs The capital decision and its downstream operating effects
Ownership One office, usually facilities One shared source of truth across finance, facilities, academics, and student services
Question it answers “Can we afford to build it this year?” “How will this build reshape enrollment, housing, and operating costs over the next decade, and what are our options?”

One Source of Truth, Shared Across the Institution

When finance, facilities, academic affairs, and student services all work from the same numbers, the conversation changes. Offices stop defending their own figures and start seeing how a decision in one area changes the financial picture across the board. That shared view is also what makes integrated planning last: people will support a plan they helped shape.

Model the Dependencies that Drive the Numbers

A well-built capital model shouldn’t just tally construction costs. When a new residence hall or other capital project goes into the model, it should automatically project housing revenue, dining-plan uptake, staffing, utilities, and transportation. Build those dependencies once, and you don’t have to reinvent the math for the next project.

It’s not necessary to model every line item. Focus on the three to five variables that actually move the outcome (for most institutions, this includes enrollment, compensation, and endowment draws), and keep the rest simple. A model that ignores real downstream effects isn’t a capital plan. It’s a wish list.

Capital is broader than buildings. While buildings do make up roughly 80% of the spend, aging utility infrastructure, classroom technology, and vehicle fleets also belong in the same model, each with its own recurring operating costs.

Make It a Continuous Process, Not an Annual Event

The institutions that do this well don’t open the plan once a year before a board meeting. They refine it quarterly for the board at a minimum, and many update monthly or weekly. Running budget-to-actuals and forecast-to-actuals comparisons keeps budgeting and forecasting aligned with reality. This cadence is what turns a static document into an early-warning system.

Endicott College: Aligning a $100 Million Capital Plan with Operating Reality

Endicott College shows what aligned capital planning looks like under real pressure. In 2019, the private Massachusetts college weighed five capital projects worth roughly $100 million. The list ran from a dorm remodel and new townhomes to a parking deck, a new residence hall, and an enterprise resource planning (ERP) system.

Each project was feasible on its own. Together, they raised a harder question: which combination could Endicott fund without breaching its debt service coverage and liquidity covenants? VP of Finance and COO Anthony Ferullo modeled the options in Synario rather than debate it in the abstract.

He set a baseline with no projects, then tested two extremes. Funding everything from reserves drained liquidity within three to five years. Funding everything with debt pushed the debt service coverage ratio below its required threshold. Even a blended plan, roughly 40% debt and 60% cash, couldn't carry all five projects at once. The constraint wasn't the funding mix. It was the scale of the plan.

By switching projects on and off, Ferullo found a workable path. Removing two housing projects kept every key ratio healthy, and a leased nearby apartment building covered the near-term housing gap off the balance sheet. When the board asked what a sharp enrollment drop would do, he modeled it live. A 10% decline would force new revenue or cost cuts, but leadership would have about four years to act. The finance committee and the board approved the plan.

That same model kept working after the decision. When COVID-19 paused the capital plan, Ferullo turned off the project scenarios, layered in pandemic assumptions, and reassessed the outlook in days.

“A living capital planning model doesn't invent money. It surfaces the options, downstream effects, and timing that siloed plans hide, long after the first decision is made.”

The Metrics That Show Capital and Operating Plans Diverging

Boards and CFOs steer by financial ratios, and few matter more than bond ratings: the stronger an institution's position, the more capital it can access, and the lower the rate. These six metrics give the earliest warning that the capital plan and operating reality are pulling apart.

Metric What it signals Why it matters for alignment
Debt service coverage ratio Capacity to cover debt from operations Tells you whether a new project’s debt is supportable by operating cash flow
Days cash on hand Liquidity cushion How much operating runway you have if a capital surprise hits
Net tuition revenue per student Real enrollment-driven revenue Ties enrollment assumptions to the dollars that actually fund capital
Deferred maintenance backlog (% of replacement value) Upkeep you’ve pushed off A rising number means operating neglect is becoming a capital liability
Facilities condition index (FCI) Overall asset condition Flags when facilities decline will force capital spending
Enrollment-to-housing capacity ratio Fit between demand and housing assets Shows whether housing capital matches enrollment reality

How to Get Started

Your institution doesn’t need a full overhaul to start. Here’s a practical path to getting started:

  • Take a full-field view. Many institutions make piecemeal decisions with half the information. Start by seeing the whole institution, not just one department, since that blind spot is where misalignment often begins.
  • Put one owner in charge. Integrated planning often stalls without an individual who has the credibility and access to pull finance, facilities, and academics together. That owner is usually the CFO or a deputy who reports to them.
  • Get the right people in the room. Finance, facilities, academic affairs, and student services all hold pieces of the downstream picture. Consult them before decisions are made.
  • Define who you are first. The model should follow the strategy, not replace it.

Adopt a forward-looking capital planning platform. Audited financial statements tell you where you’ve been. A living capital planning model tells you where you’re going, and what choices you need to make to get there.

Plan Forward, Not Backward

Higher education has embraced “big data,” and the instinct is sound. However, data describes the past. Audited statements and historical dashboards tell you what already happened. Steering the institution forward takes a model that projects where today’s decisions will lead. Looking only in the rearview is how institutions end up driving confidently in the wrong direction.

Aligning capital planning with operating reality is not a luxury for well-resourced institutions. It’s how any institution makes the hard calls ahead with eyes open. Higher ed institutions that move from reactive, year-to-year budgeting to proactive, integrated scenario modeling are the ones best positioned for whatever the next decade brings.

Synario, a PFM solution, connects those two worlds in a single, forward-looking model. Schedule a demo to see how it works for your institution.

Frequently Asked Questions

Why do capital planning and operating budgets end up siloed at universities?

Decentralized budgeting (often RCM) pushes financial authority into individual colleges, so data tends to stay within departments. Capital planning frequently sits in a facilities office on its own track, while operating budgets live with finance. Each side optimizes locally, and no one owns the connection between a capital decision and its operating consequences.

How do you bridge the gap between capital planning and operating reality?

Plan in one living model that ties every capital decision to its downstream operating effects (housing and dining revenue, staffing, utilities, transportation), and make it a shared source of truth across finance, facilities, academic affairs, and student services. Update it continuously rather than once a year so it reflects current conditions.

What drives a capital planning model, and which variables matter most?

Model the three to five variables that move the outcome (for most institutions, this includes enrollment, compensation, and endowment draws), and let the model auto-generate the downstream effects of major projects. Capital is broader than buildings (though buildings are roughly 80% of spend); utility infrastructure, technology, and fleets carry recurring operating costs too.

How often should a capital plan be updated?

Quarterly is the minimum for board communications, and the strongest finance offices update monthly or weekly. The added cadence earns its keep: frequent budget-to-actuals and forecast-to-actuals comparisons turn the plan into an early-warning system, catching a tuition shortfall or a cost overrun in the month it happens rather than at year-end, when the options have already narrowed. It’s a living process, not a static document.

What metrics signal that capital and operating plans are diverging?

Watch debt service coverage ratio, days cash on hand, net tuition revenue per student, deferred maintenance backlog as a percentage of replacement value, the facilities condition index (FCI), and the enrollment-to-housing capacity ratio. Together they show whether operating reality still supports the capital plan.