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Future-proofing an academic medical center means designing a campus that can absorb changing demand, care models, technology, workforce needs and neighborhood priorities without repeated, disruptive rebuilds. The seven lessons below come from an October 2024 Building Design + Construction discussion with IU Health and HOK leaders. They are expert recommendations, not the results of a controlled study, but they provide a practical framework for owners, boards, architects and construction teams.
The central answer is to make adaptability a managed project requirement from the first business case through activation: define the mission and governance, fund flexible capacity, design for caregivers, reserve infrastructure for emerging technology, connect treatment with research and education where useful, reduce energy and carbon exposure, and treat community health as part of the campus brief.
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An academic medical center is planned and built over many years, then expected to operate for decades. During that span, patient volumes, clinical pathways, staffing patterns, research priorities, digital systems and public-health needs can change faster than the building can be redesigned. A plan that optimizes only for opening day can therefore create expensive compromises later.
The discussion reported by Building Design + Construction uses IU Health’s downtown Indianapolis project as an example. Jim Mladucky, IU Health’s design and construction leader, said demand rose during COVID-19 and the plan gained nearly 200 beds. His point was not that every hospital should build the same way, but that a long-lived campus needs a way to respond when its assumptions change.
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Scale makes the consequences significant. IU Health’s January 2023 update described 864 planned private beds, up from 672, a $2.31 billion hospital construction budget and $1.98 billion for additional campus and neighboring-property costs. Those were project estimates at that date, not a final current budget. IU Health’s 2025 annual-report release later reported an additional $450 million board allocation in anticipation of financial pressures, while the current project page continues to target a late-2027 opening. The figures show why decisions about flexibility, phasing and governance belong in the business case rather than being left to a late design change.
Use the seven lessons as a decision framework. For each major choice, ask what assumption it depends on, how difficult it would be to change, who owns the decision and what information will reveal that the assumption is no longer valid.
How should leaders define the project before design starts?
Begin with a shared answer to three questions: why is the project needed, what exactly will it deliver, and how will it be delivered and governed? The panel’s first lesson is intentionally managerial. A strong concept design cannot rescue an undefined mission, an unstable program or unclear authority.
The “why” should state the strategic problem in terms the board, clinical leaders, university partners and community can recognize. It might include replacing obsolete capacity, expanding specialized care, supporting research or changing the geographic reach of services. The “what” translates that purpose into a program: beds, procedural rooms, diagnostic capacity, laboratories, teaching space, public amenities, logistics and enabling infrastructure. Record what is inside the project, what is outside it and which future elements are deliberately reserved.
The “how” covers the full lifecycle, from master planning and procurement through construction, commissioning, move-in, activation and post-occupancy improvement. Name the accountable executive, decision rights, escalation routes, stage gates, reporting cadence and criteria for approving scope or budget changes. Include clinical, facilities, information technology, infection prevention, finance, research, education and community voices early enough to influence the brief.
A useful approval package contains a one-page strategic charter, a program and budget with explicit assumptions, a responsibility matrix, a risk register and a change-control process. Revisit those documents at each major design milestone. If the mission, demand forecast or delivery model changes, the team should be able to show which downstream decisions must be revisited instead of treating the original concept as immovable.
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Affordability is not the same as minimizing initial construction cost. The second lesson is to compare the cost of adaptable capacity now with the cost, disruption and lost operating time of reprogramming space later. Mladucky described adaptability as a guiding principle and argued that greater upfront investment in flexible space can reduce long-run reconfiguration costs. That is a project leader’s judgment, not a universal saving guarantee.
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Flexibility has several dimensions. Structural grids, floor-to-floor heights, column placement, shaft locations and loading capacity influence whether a department can change use. Room proportions, headwalls, medical-gas distribution, electrical capacity, ventilation zoning and equipment paths affect whether clinical rooms can be converted without major demolition. Oversized or strategically located support spaces can provide swing capacity during renovations, surges or infection-control events.
Do not make every room maximally generic. Generic space can be inefficient, more expensive to fit out or less suitable for specialized care. Instead, classify spaces by the likelihood and consequence of change. Invest most heavily where demand is volatile, technology is advancing quickly or shutdowns would be especially harmful. Document the conversion scenarios the infrastructure is intended to support and the limits beyond which a new project would still be required.
Use scenario testing rather than a single forecast. Model a lower-demand case, the approved case and one or more surge or service-line cases. For each, identify beds, procedure rooms, staff bases, waiting areas, storage, parking, utilities and circulation that would become bottlenecks. Price the enabling work, the future fit-out and the operational disruption separately. This makes the trade-off visible to the board and prevents “future-proofing” from becoming an undefined premium.
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How should the building support caregivers as well as patients?
The third lesson treats the workforce as a design stakeholder, not an afterthought. HOK’s Scott Rawlings connected staff pressure and shortages with the need for environments that support recruitment, retention and wellbeing. The source does not provide an independent workforce study or quantify a design effect, so these should be treated as planning priorities and an expert’s rationale rather than a measured causal result.
Start by mapping a caregiver’s complete workday: arrival, changing, handoff, clinical work, documentation, breaks, education, supply retrieval and departure. Separate public, patient, staff and service circulation where that improves safety and reduces unnecessary travel. Place staff work areas so teams can collaborate without sacrificing concentration, privacy or acoustic control. Provide restorative spaces, daylight opportunities and practical amenities, but verify that they are located where staff can actually use them during a shift.
Engage nurses, physicians, technicians, environmental-services staff, porters, researchers, students and night-shift workers in structured reviews. Ask which distances, handoffs, interruptions and storage failures consume time today. Convert the answers into measurable requirements such as travel limits, supply replenishment rules, visibility needs, acoustic targets or workstation capacity. A beautiful staff lounge cannot compensate for a layout that makes every medication, specimen or patient transfer unnecessarily difficult.
Caregiver design also includes onboarding and change management. Standardize room logic where it helps staff move between departments, and make differences explicit where specialties require them. Plan simulation, training and phased activation so teams learn new workflows before the first patient arrives. The result should be a workplace that supports safe operations as well as a welcoming patient experience.
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How should infrastructure anticipate technology and data?
Technology planning must cover systems the project can name and systems it cannot yet name. Paul Strohm told the panel that “some of that technology hasn’t yet been invented.” That is a reminder to provide headroom rather than attempting to predict a particular device or vendor.
At the building level, define spare capacity for power, cooling, network pathways, wireless coverage, equipment loading, vertical transportation and secure storage. Provide accessible routes for replacing large equipment and allow maintenance without taking critical clinical space out of service. Coordinate information-technology, biomedical-engineering, facilities and clinical-operations requirements in one infrastructure plan; otherwise each group may reserve capacity that another group later needs.
Separate replaceable technology from durable building elements. A device mount, display or sensor may change several times during the building’s life, while a structural bay or major shaft is difficult to move. Use modular connections, accessible ceiling zones and documented standards where they reduce the cost of change, but do not assume that modularity alone guarantees interoperability. Confirm cybersecurity, privacy, life-safety and infection-prevention requirements with the responsible specialists.
Data is useful only when it leads to an operational decision. Rawlings summarized the approach as: “How do you plan for the future? You collect data, and you respond to data.” Establish a baseline before opening, then identify the signals that will reveal bottlenecks: room utilization, turnaround time, queue length, elevator performance, energy use, maintenance calls or travel paths. Assign an owner, review frequency and escalation threshold for each metric. The panel’s example is an illustrative planning priority; it does not specify a vendor, technical architecture or measured outcome.
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Should treatment, research and education share the same campus?
The fifth lesson is to bring treatment, research and education together where proximity creates useful collaboration. The panel described vertically integrated facilities as a way to increase everyday interaction and speed translation between learning, care, research and trials. That is an expected benefit of the approach, not a proven outcome for every configuration.
Integration can mean more than putting functions in one tower. It may involve shared simulation rooms, conference and teaching spaces, specimen and data pathways, translational laboratories, trial-support areas or carefully planned adjacencies between specialty clinics and research teams. Map the information, people, materials and patients that need to move between functions, then place the highest-value connections where they are convenient without compromising privacy, infection control or security.
Decide which spaces should be shared and which need controlled separation. A teaching area may need public access and flexible scheduling; a laboratory may require restricted access and specialized services. Make booking, access control, after-hours operation, shipping and waste routes part of the early plan. If university and health-system governance differ, agree on ownership, capital responsibility and operating rules before construction documents are complete.
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What does sustainability mean for a future-proof campus?
Sustainability is the sixth lesson and a resilience strategy as much as an environmental objective. The reported IU Health plan was designed to transition to electricity with on-site solar and geothermal power. Strohm also emphasized reducing building carbon footprints and the possibility of energy-positive buildings. These are descriptions of the plan and an aspiration from the discussion; they should not be presented as proof that the completed campus already achieves those outcomes.
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Set targets early for operational energy, embodied carbon, water, refrigerants, indoor environmental quality and resilience during grid or utility interruptions. Establish the baseline, the calculation method, the responsible party and the date by which each target must be verified. Compare electrification, heat-pump, geothermal, solar, storage and conventional options using whole-life cost and carbon, not only first cost. Confirm that the selected systems can be maintained by the available workforce and supported during extreme weather.
Hospital reliability creates real constraints. Critical loads, infection-control ventilation, sterilization, imaging and data systems may require redundancy that increases energy use or equipment capacity. A credible plan identifies those constraints, then reduces avoidable loads through envelope performance, heat recovery, controls, zoning and commissioning. Protect space and connection points for future efficiency upgrades instead of assuming the opening-day system will remain optimal.
How can a campus improve health beyond the hospital walls?
The seventh lesson expands the brief from a replacement hospital to a community-health platform. The panel cited possibilities such as affordable-housing partnerships, food access and satellite facilities. Mladucky said, “if our new facility is just a replacement hospital, we’ve failed.” His statement expresses IU Health’s ambition; it is not a universal performance claim.
Begin with a local needs assessment that separates what the medical center can deliver directly from what requires partners. Look at access to primary and preventive care, transportation, housing stability, food availability, behavioral health, employment and digital connectivity. The discussion referenced a local life-expectancy comparison, but it did not provide the underlying dataset or year, so do not turn that remark into a population statistic without independent evidence.
Translate priorities into physical and operational commitments. A campus might reserve space for community organizations, connect to transit, provide clear public routes, support a food-access program, locate outpatient or satellite services closer to underserved neighborhoods, or coordinate affordable-housing development with civic partners. Define who funds, operates and evaluates each commitment. A public plaza alone is not a community-health strategy unless programs, access and maintenance are funded.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How can project teams turn the seven lessons into action?
Use the lessons as a sequence of governance checks rather than seven isolated design features.
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- Set the charter. Approve the mission, program boundaries, success measures, decision rights and lifecycle delivery model.
- Map uncertainty. List demand, workforce, technology, research, energy and community assumptions; rate each by likelihood, impact and ease of change.
- Test scenarios. Run capacity, service-line, surge, technology and phasing scenarios before locking the structural and utility strategies.
- Price adaptability. Show the initial premium, the future fit-out allowance, operational disruption and residual risks for each flexibility measure.
- Design with users. Include caregivers, patients, researchers, educators, facilities staff and community partners in documented reviews.
- Define the data loop. Select opening-day baselines, post-occupancy measures, owners and response thresholds.
- Gate the commitments. At each stage, confirm that the sustainability, workforce, integration and community promises still have funding, ownership and a delivery path.
- Plan activation. Commission systems, train teams, test technology and use phased move-in or swing space where it reduces operational risk.
A decision log should record the evidence, alternatives considered, responsible approver and trigger for revisiting each major choice. This protects the project when leadership changes and makes it easier to explain why a flexible system, a shared space or a sustainability investment was selected.
What are the main trade-offs to explain to a board?
Future-proofing does not remove trade-offs; it makes them explicit. More adaptable structure and spare utility capacity can increase capital cost, floor area and maintenance obligations. More beds can improve access while increasing staffing, support-space and operating requirements. Integrated research and teaching can accelerate interaction while adding security, scheduling and governance complexity. Electrification and on-site generation can reduce exposure to fossil-fuel volatility while requiring careful reliability and maintenance planning.
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What should leaders approve now?
Approve a mission-led brief, an adaptability budget, caregiver and community engagement, infrastructure headroom, integrated treatment-research-education planning, measurable sustainability targets and a post-occupancy data process. Keep the IU Health example in proportion: its 864-bed plan, 2027 opening target and multibillion-dollar estimates illustrate the scale and consequences of these choices, but they are not a template or a current universal cost benchmark. A future-proof academic medical center is ultimately a governed learning system, not simply a larger or newer hospital.
Frequently Asked Questions
How early should flexibility decisions be made in a hospital project?
The most consequential choices belong in the strategic brief and concept design, before structural grids, shafts, floor-to-floor heights and major utility routes are fixed. Later fit-out flexibility cannot compensate for a building that cannot accommodate equipment, ventilation or circulation changes.
What data should a new medical center collect after opening?
Start with measures tied to decisions: room and operating-area utilization, patient and material queues, elevator performance, energy use, maintenance calls and staff travel or workflow bottlenecks. Give every measure an owner, review schedule and threshold that triggers corrective action.
Can sustainability upgrades be added after a hospital opens?
Some upgrades can be phased, but the project should reserve structural support, electrical capacity, plant connections and accessible routes while construction is underway. Retrofitting those elements later is usually more disruptive than planning the required headroom at the outset.
How do community partnerships become part of the construction program?
Name the health need, partner, space or infrastructure requirement, funding source, operating owner and evaluation method before design is complete. Without those commitments, features such as public space or a satellite clinic may exist physically but fail to deliver the intended community benefit.
