Building a Business Case for New Campus Construction Projects
New campus construction represents one of the most consequential decisions a public university or college can make. A proposed academic building, residence hall, research facility, student services center, or utility expansion can shape institutional finances and operations for decades. The strongest proposals therefore do more than describe an attractive facility. They demonstrate why the project is necessary, affordable, strategically aligned, and ready to advance.
For senior business officers, the work involves translating an institutional ambition into a disciplined capital planning case. That means connecting enrollment trends, program priorities, space utilization, deferred maintenance, debt capacity, operating costs, and public value. It also means creating a common framework for presidents, governing boards, legislators, campus leaders, donors, and community partners.
A well-developed case gives decision-makers a reliable basis for choosing among alternatives. It can reveal when new construction is appropriate, when renovation or shared space would be more responsible, and what conditions must be met before funds are committed.
Start with the institutional problem
The first task is to define the problem rather than begin with a preferred building. A department may request additional space because enrollment is growing, laboratories no longer meet research requirements, or existing facilities create safety and accessibility concerns. Each issue should be documented with measurable evidence and connected to an institutional priority.
Useful evidence may include five- and ten-year enrollment projections, course section growth, student demand, faculty hiring plans, research awards, accreditation requirements, utilization rates, facility condition assessments, and documented service gaps. A request based only on current frustration is unlikely to withstand scrutiny. A request tied to sustained demand and strategic objectives is far more persuasive.
The business case should also distinguish between capacity, quality, and location problems. A campus may have enough total classroom space but lack specialized instructional environments. A facility may be underused overall while remaining unavailable at the times students need it. Mapping these distinctions prevents an expensive project from solving the wrong problem.
Test the need against realistic alternatives
A responsible capital proposal compares new construction with renovation, adaptive reuse, leasing, shared facilities, scheduling changes, technology-enabled delivery, and no-build scenarios. The comparison should address both financial cost and institutional effectiveness. A lower initial price does not automatically make an option superior if it produces high maintenance costs, poor functionality, or limited useful life.
Space utilization analysis is particularly important. Before requesting new square footage, project sponsors should examine room schedules, occupancy patterns, departmental allocations, and opportunities to consolidate or share specialized resources. A transparent space inventory can identify underused assets and support a stronger explanation of why existing facilities cannot meet the need.
The alternatives analysis should also consider timing. Delaying a project may allow enrollment forecasts or funding conditions to change, but it may also increase construction costs, prolong operational inefficiencies, or expose the institution to safety and compliance risks. Each scenario should state its assumptions clearly so that decision-makers can see how timing affects value.
Build the financial case beyond construction cost
The capital budget is only one part of the financial picture. A credible proposal includes planning and design, site preparation, utilities, furniture and equipment, technology infrastructure, permitting, commissioning, financing costs, escalation, contingencies, and relocation expenses. Estimates should identify the date of pricing and explain the assumptions behind escalation and contingency levels.
The operating impact deserves equal attention. New facilities require staffing, custodial services, utilities, insurance, maintenance, security, information technology, renewal reserves, and eventual replacement of major systems. A building that fits within a capital authorization may still be unaffordable if its recurring costs are not incorporated into the institution’s multi-year operating forecast.
Revenue assumptions should be conservative and distinguish between restricted and unrestricted funds. Potential sources may include tuition, auxiliary income, grants, gifts, state appropriations, research overhead, user fees, and public-private arrangements. Each source should be assessed for timing, reliability, legal restrictions, and the risk that it may displace funding from other priorities.
| Decision factor | New construction | Renovation or adaptive reuse | Lease or shared facility |
|---|---|---|---|
| Initial capital requirement | Usually highest | Often moderate, but condition-dependent | Lower upfront capital in many cases |
| Schedule certainty | Can be affected by permitting and construction markets | Existing conditions may create surprises | Often faster if suitable space is available |
| Functional fit | Designed for current and future requirements | Constrained by existing structure | Depends on landlord or partner requirements |
| Long-term control | High institutional control | High institutional control | Less control over terms, access, and alterations |
| Operating profile | New systems may reduce early maintenance needs | Older systems may require continued investment | Rent escalations and service charges may apply |
| Strategic value | Can support major growth or transformation | Preserves or revitalizes existing assets | Useful for temporary, specialized, or flexible needs |
Connect the project to funding capacity
Debt capacity analysis should show how the project affects the institution’s full capital program, not just the single proposal. Senior business officers should model existing debt service, planned issuances, revenue covenants, liquidity requirements, credit considerations, and the effect of different interest-rate scenarios. A project can be strategically compelling while still requiring a different funding sequence.
The analysis should separate funding authorization from funding availability. A legislative appropriation, donor pledge, bond authorization, or internal allocation may support the project, but the timing and certainty of cash flow determine when commitments can safely be made. A strong proposal identifies what is secured, what is probable, and what remains contingent.
Scenario modeling improves the quality of the decision. At minimum, the model should test changes in project cost, enrollment, tuition or fee revenue, interest rates, construction timing, fundraising, and operating expenses. Net present value, debt service coverage, payback periods, and lifecycle cost comparisons can be useful, provided the assumptions are explained in plain language.
Account for risk, resilience, and lifecycle value
Construction risk begins before procurement. Site conditions, utility relocation, environmental remediation, permitting, supply chain constraints, labor availability, and design changes can materially affect cost and schedule. The business case should assign ownership for each major risk and state whether the response is avoidance, mitigation, transfer, or acceptance.
Lifecycle value is broader than energy efficiency. Durable materials, maintainable systems, flexibility of floor plans, accessibility, cybersecurity, climate resilience, water management, and future technology upgrades can all affect the total cost of ownership. A lower construction bid may create higher costs if the facility is difficult to operate or cannot adapt to changing academic and research needs.
Resilience also has an institutional dimension. The proposal should explain how the project supports continuity during extreme weather, utility disruption, public health emergencies, or other interruptions. For Texas institutions, heat, storms, water conditions, and grid reliability may be material planning considerations. Resilience investments should be evaluated alongside their avoided costs and mission benefits rather than treated as optional enhancements.
Create a governance and approval path
A project becomes easier to evaluate when the institution establishes clear decision rights. The business case should identify the executive sponsor, facilities leadership, finance and treasury staff, procurement, legal counsel, information technology, institutional research, academic or student affairs representatives, and any external authorities involved in approval.
Milestones should cover needs validation, feasibility, programming, site selection, funding authorization, design, procurement, construction, commissioning, occupancy, and post-occupancy review. At each stage, leaders should know what information is required and what conditions would pause or redirect the project. Stage-gate governance limits the risk of allowing early enthusiasm to substitute for evidence.
Stakeholder engagement is also part of the business case. Faculty, students, staff, community partners, donors, and neighboring institutions may identify operational requirements or public concerns that are not visible in a financial model. Meaningful engagement can improve the program, strengthen support, and reduce the likelihood of expensive changes late in design.
Present a decision-ready case
The final document should be concise enough for a governing board packet but detailed enough to withstand financial and operational review. A useful structure includes the institutional need, strategic alignment, alternatives, project scope, schedule, capital budget, operating impact, funding plan, risk register, governance, and requested action. Supporting appendices can provide enrollment forecasts, utilization studies, condition assessments, financial models, and preliminary plans.
Recommendations should be specific about the decision being requested. Leaders may be asked to authorize feasibility work, approve a planning budget, endorse a preferred alternative, release design funds, seek external funding, or proceed to construction subject to defined conditions. Vague requests make it difficult to establish accountability.
The following practices help maintain discipline as the proposal moves through review:
- Use a single set of approved assumptions for enrollment, cost escalation, financing, and operating expenses.
- Reconcile the project with the institution’s comprehensive master plan and broader capital improvement program.
- Show the consequences of delaying, reducing, renovating, or canceling the project.
- Assign owners and target dates to every major risk, funding source, approval, and deliverable.
- Establish post-occupancy measures for utilization, operating cost, user satisfaction, energy performance, and mission outcomes.
TASSCUBO members can strengthen this process through peer benchmarking and candid exchange among institutions facing similar capital pressures. Comparing procurement approaches, lifecycle standards, debt strategies, space metrics, and governance practices can reveal practical options that are difficult to identify within a single campus.
A construction proposal earns approval when it demonstrates stewardship as clearly as ambition. The goal is not simply to secure permission to build. It is to show that the institution has tested the need, evaluated alternatives, understood the full financial commitment, and created a credible path from concept to sustained performance.
Use the next capital planning cycle to bring finance, facilities, institutional research, academic leadership, and executive decision-makers into the same conversation. With shared assumptions and a transparent evidence base, your institution can turn a proposed facility into a defensible investment decision that advances its mission and protects long-term public resources.