How Hospital Systems Should Compare On-Campus and Off-Campus Medical Office Costs is a question that sits at the intersection of clinical strategy and financial discipline — and most health systems answer it without a structured method, leaving significant value on the table.
Why the Comparison Is Harder Than It Looks
Medical office decisions feel deceptively simple on the surface. A space on the hospital campus appears to cost more per square foot, an off-campus building appears cheaper, and the instinct is to frame the choice as a lease-economics problem. That framing is incomplete.
The real comparison involves at least five cost categories that behave differently depending on campus proximity: base rent, operating expenses, capital improvement obligations, infrastructure access fees, and revenue cycle impacts tied to location-based billing codes. Each category can swing the total cost of occupancy by a material amount, and treating them separately leads to inconsistent conclusions.
Hospital real estate teams that move through this analysis without a structured framework often discover late in a transaction that the apparent savings of an off-campus location were absorbed by factors that were modeled only partially. Building a replicable methodology prevents that outcome and gives leadership a defensible basis for every location decision.
Establishing a True Cost Baseline Before Comparing Locations
Before any comparison is meaningful, both options need to be expressed in the same unit: total occupancy cost per square foot per year, fully loaded. That means stripping away the differences in how landlords quote rent and rebuilding each option from the ground up.
On a hospital campus, the landlord is often the health system itself or a ground-lease developer. Quoted rents may exclude infrastructure charges, shared facility overhead allocations, or parking assessments that the system would otherwise absorb internally. These need to be surfaced and added to the base figure before the comparison begins.
Off-campus medical office buildings typically quote rent on a gross or modified-gross basis, which can obscure how operating expenses are structured. A triple-net lease at a lower face rate can exceed a gross-lease equivalent once the tenant absorbs property taxes, insurance, and common-area maintenance at actual cost. The only way to compare cleanly is to convert both options to an effective rent on a consistent basis.
Effective rent is calculated by taking the total cash outflows over the lease term — net of any landlord concessions such as free rent or tenant improvement allowances — and expressing them as an annualized per-square-foot figure. This number strips away timing differences and puts both options on a level surface for decision-making.
Mapping the Clinical Revenue Implications of Each Location
Lease economics alone will not resolve the comparison for a hospital system. The location of a medical office practice has direct implications for how services are billed and what reimbursement rates apply — and those revenue differences can be orders of magnitude larger than the rent differential.
The on-campus or off-campus designation under the Medicare outpatient prospective payment system affects the facility fee a provider can collect for services rendered in that location. Provider-based status attached to a campus location allows the health system to bill a facility component in addition to the professional component, a structure that can significantly increase revenue per encounter for high-volume specialties.
Off-campus outpatient departments established after a certain regulatory threshold date face reimbursement under a different payment schedule, which pays at a lower rate. This means that an off-campus location that appears to save rent may cost the health system more in forgone facility revenue than it saves in real estate expense. The magnitude of that trade-off depends on the specialty, payer mix, and volume, and must be modeled explicitly with finance and revenue cycle leadership before a decision is made.
The analysis should run a hypothetical scenario that isolates the reimbursement differential. Even a rough estimate of annual encounters multiplied by the per-encounter payment difference will establish whether the revenue impact dwarfs the rent savings or whether the numbers are genuinely comparable. Never assign a specific dollar figure to this estimate in a planning document without verification from the health system's billing team and counsel familiar with current regulations, since payment policies change and vary by payer.
Structuring the Lease Term and Flexibility Analysis
Lease term is not a neutral variable. The decision between a ten-year on-campus commitment and a five-year off-campus lease with two renewal options involves different risk profiles, and those risk profiles need to be priced into the comparison.
A longer-term on-campus lease provides revenue cycle stability and clinical co-location benefits but reduces the system's ability to respond to shifts in service-line strategy. If a specialty practice consolidates, is acquired, or migrates to a different delivery model, a long-term campus lease becomes a stranded liability that must be subleased, restructured, or carried on the balance sheet at above-market cost.
Shorter off-campus leases carry more flexibility but introduce rollover risk. When a lease expires during a period of tight medical office supply, renewal rents may step up materially, forcing either cost absorption or a costly relocation that disrupts patient panels. That rollover risk has a present value, and it should be modeled as a probability-weighted cost in the comparison.
The methodology for capturing flexibility value involves calculating the net present value of each lease scenario under two or three volume or strategy assumptions — a base case, a growth case where more space is needed, and a contraction case where less space is needed. Weighting those scenarios by the system's subjective probability gives a risk-adjusted NPV that reflects flexibility in a defensible way. Lease net present value analysis is a standard tool in commercial real estate advisory practice, and health systems that apply it rigorously avoid decisions that look optimal in a single scenario but are fragile across a range of outcomes.
Accounting for Capital Expenditure and Tenant Improvement Differences
The rent line is only one piece of the capital story. Medical office space requires a build-out that is significantly more expensive than general commercial office, and the question of who funds that build-out — and on what terms — changes the cost comparison substantially.
On a hospital campus, the health system often bears the cost of medical-grade infrastructure: oxygen and medical gas rough-in, reinforced electrical capacity, infection-control-grade finishes, and sometimes shielding for imaging equipment. Even when a developer constructs the shell, the tenant improvement allowance offered may not cover the full cost of a clinical fit-out, leaving the health system to fund the gap from its own capital budget.
Off-campus landlords in purpose-built medical office buildings may offer more generous tenant improvement packages as an inducement, particularly in competitive leasing markets. But those allowances are typically amortized into the rent, and the health system is effectively borrowing the improvement cost at the landlord's cost of capital rather than its own. That spread should be calculated and included in the effective rent.
The methodology should convert all capital expenditure into an annualized figure over the lease term and add it to the base occupancy cost. A hypothetical example: if a campus space requires a hypothetical $80 per square foot in unfunded capital improvements over a ten-year lease, that adds an annualized $8 per square foot to the occupancy cost, which may close or reverse the rent gap entirely. These numbers are illustrative — actual costs vary by market, building condition, and specialty.
Evaluating Operational and Staffing Cost Differences
Location affects operational costs in ways that do not appear on a lease abstract. Proximity to the hospital campus can reduce or increase staffing costs, ancillary service access, and administrative overhead, and those effects should be quantified before a recommendation is made.
On-campus practices benefit from shared service relationships with the hospital: biomedical equipment maintenance, environmental services, food service, and security are often available at allocated rather than market cost. Depending on how the health system structures shared service agreements, these allocations may be favorable to the department, lowering effective operating cost per square foot below what an off-campus location would require.
Off-campus locations eliminate some of those allocations but may add others. A remote medical office building may require a dedicated administrator, separate IT infrastructure, additional security arrangements, and duplicated supply chain purchasing — none of which appears in the lease economics but all of which belong in the total cost of occupancy model. Staffing costs tied to travel time between campus and off-campus sites are a subtler effect but accumulate meaningfully in practices where providers split time across locations.
The recommendation is to build a full operating cost model for each scenario, not just a lease cost model. The incremental operating costs of the off-campus option should be presented as a per-square-foot equivalent so they can be added to the occupancy cost in a consistent unit. That combined figure — rent plus operating delta — is the number that belongs in the final comparison, not the rent line alone.
Applying a Scoring Framework to Non-Financial Criteria
Not all decision inputs convert cleanly into dollars. Patient access, physician preference, referral network proximity, zoning, and community health strategy all influence location decisions in ways that a pure financial model cannot capture. A structured scoring framework handles this without reducing the analysis to a subjective conversation.
The scoring approach assigns weights to each non-financial criterion based on the health system's stated strategic priorities. If patient access in an underserved community is a top priority, it receives a higher weight than, say, proximity to the medical staff parking structure. Each location option is then scored against each criterion, and the weighted scores are summed to produce a composite ranking that sits alongside the financial comparison.
The discipline in this method is in the weight-setting, not the scoring. Weights should be set before any specific location is evaluated, ideally by a cross-functional group that includes clinical leadership, the CFO's office, and community health. Setting weights before scoring prevents the committee from reverse-engineering the weights to justify a preferred option, which is a common failure mode in health system real estate decisions.
A combined scorecard — financial NPV on one axis, weighted strategic score on the other — creates four quadrants that clarify the decision: financially superior and strategically aligned, financially superior but strategically weak, financially inferior but strategically strong, and inferior on both dimensions. Options in the fourth quadrant should be dropped immediately. Options in the third quadrant require an explicit board-level conversation about whether the strategic rationale justifies the cost premium.
Understanding Infrastructure Access and Technology Costs
Medical office buildings vary widely in their existing infrastructure, and the cost of connecting a clinical practice to required systems is a material factor in the comparison. Electronic health record connectivity, imaging network access, laboratory integration, and telehealth infrastructure all carry setup and ongoing costs that differ by location.
An on-campus location typically has shorter connectivity paths to the hospital's existing network, which can reduce both capital cost and latency for time-sensitive clinical workflows. The real estate team should gather an infrastructure access cost estimate from the IT department for each location under consideration and include it in the capital cost model.
Off-campus buildings may require a dedicated fiber circuit, VPN infrastructure, or hardware that an on-campus space would share with existing hospital assets. Those costs are real and recurring, and they tend to be underestimated in early-stage location comparisons because they sit in the IT budget rather than the real estate budget. A complete methodology brings those budget lines into the same model so the total cost picture is visible to decision-makers.
Running the Net Present Value Calculation
The final quantitative step is to calculate the net present value of each location option over the full analysis period — typically the initial lease term plus at least one renewal option. NPV analysis discounts future cash flows back to a present-value equivalent, which allows the comparison to account for the fact that dollars paid in year eight are worth less than dollars paid in year one.
The discount rate used should reflect the health system's internal cost of capital or its blended borrowing rate, depending on how the finance department characterizes the transaction. The rate is not arbitrary — using a rate that is too high will bias the comparison toward shorter-term options, and using one that is too low will obscure the true cost of long-term commitments. The finance team should set the discount rate and document the rationale before the model is finalized.
Each cash flow in the model should be identified by category: base rent, operating expenses, capital expenditures, tenant improvement gap, infrastructure costs, and operating cost deltas. Running the model with labeled categories allows sensitivity analysis — if operating expense growth assumptions change, the effect on the NPV comparison is visible immediately. That transparency is essential when presenting the analysis to a board or finance committee that will scrutinize the assumptions.
The goal of the NPV calculation is not to produce a single definitive number but to establish a range. Run three discount rate assumptions and two or three volume assumptions, and present the results as a matrix rather than a point estimate. That range gives leadership a clear picture of which option wins under most plausible scenarios and which only wins under optimistic assumptions.
Integrating the Analysis into a Single Decision Document
A methodology is only as useful as its output. The final deliverable should integrate the financial model, the scoring framework, and a plain-language narrative into a single document that a non-specialist board member can read and act on without additional briefing.
The structure of that document should lead with the recommendation, state the key assumptions on which it depends, present the NPV comparison as a summary table in prose form, and explain the scoring framework results in a paragraph that connects the strategic priorities to the site selection outcome. Supporting detail — the full cash flow model, the scoring worksheet, the infrastructure cost estimates — belongs in appendices rather than the main narrative.
Transparency about assumptions is not optional. Every assumption in the model — the discount rate, the revenue cycle impact estimate, the renewal rent growth rate, the capital cost per square foot — should be named and sourced. Where assumptions are uncertain, the document should say so and show the sensitivity. A recommendation that is honest about its limitations is more credible than one that presents false precision.
Governance and Approval Workflow
The comparison methodology does not end when the document is drafted. Health systems have layered approval structures — department leadership, the CFO's office, legal, the board's real estate committee — and each layer may ask for different cuts of the same analysis. Building the governance workflow into the methodology prevents the document from being rebuilt from scratch for each audience.
The recommendation is to identify the approval chain before the analysis begins and design the deliverable with that chain in mind. The board package will emphasize strategic alignment and risk; the finance committee will focus on NPV and discount rate assumptions; legal will review lease terms, assignment clauses, and regulatory compliance. Each audience receives the same underlying data, presented at the right level of detail for their role.
That traceability matters when a board later asks why a particular location was selected over an alternative.
Applying the Methodology Across a Portfolio of Locations
Hospital systems rarely make one location decision at a time. A large system may be evaluating on-campus versus off-campus options for primary care, oncology, orthopedics, and behavioral health simultaneously, each with different revenue cycle implications, capital requirements, and strategic weights.
Applying a consistent methodology across all of those decisions creates comparability that a system making ad hoc decisions cannot achieve. When the CFO's office is reviewing five location decisions in the same quarter, having each one expressed in the same units — effective rent, NPV, strategic score — allows portfolio-level prioritization of capital. The system can direct its most favorable lease terms and capital allowances toward the locations where the strategic and financial case is strongest.
The methodology also creates an institutional record that persists beyond the individuals who ran the analysis. When a lease comes up for renewal in year seven, the system should be able to retrieve the original assumptions, see how actual costs and revenues tracked against projections, and use that variance analysis to sharpen the next round of location decisions.
The Final Word on Methodology Discipline
The question of How Hospital Systems Should Compare On-Campus and Off-Campus Medical Office Costs is ultimately a question about whether the analysis is comprehensive enough to support a consequential decision. Partial models produce partial confidence, and partial confidence leads to either analysis paralysis or premature commitment to an option that looks better in one dimension than it performs across all of them.
A rigorous comparison methodology — one that integrates effective rent, revenue cycle impact, capital expenditure, operational cost deltas, NPV analysis, and a structured scoring framework — gives health system leadership a durable basis for every location decision. The work is not quick, but the alternative is making decisions that reveal their true cost years into a lease term, when the options for correction are expensive and limited.
Health system real estate teams that build this methodology once and apply it consistently will find that each successive location decision takes less time and produces more defensible outputs. The framework becomes an institutional asset, and the decisions it supports become more credible at every level of the approval chain.
About Advantai
Advantai is a commercial real estate intelligence and operations platform operated by ADVANTAGE AI LLC, a Delaware limited liability company. It connects client relationships, property research, documents and financial decisions in one workspace for commercial real estate teams — advisers and brokerage teams, occupier and facility teams, and portfolio teams. The platform covers CRM and origination, requirements and site selection, Property X-Ray (an interactive 3D building workspace), financial modeling and comparison, document intelligence, transactions and diligence, client collaboration, and portfolio strategy with critical dates. The optional Super Agent upgrade adds specialist, source-backed research and automated scenario analysis.
Get Started with Advantai
Ready to see your next move clearly? Go to advantaico.com, click Request a demo and tell us about your next project. Prefer to start with a single project? Visit advantaico.com/getting-started to plan your first one.