Building the Bridge from Assessment to Adequacy

In this post, Jerry Roseman, MScIH, discusses the uses and limitations of Facility Condition Assessments (FCAs), and makes the case that FCAs need to be linked with additional information in order to drive school building condition improvements.

Facility Condition Assessments (FCAs) have become a common tool for school districts managing extensive building portfolios, offering a systematic way to catalog assets and estimate long-term capital needs. For facility managers, the FCA provides foundational data; for stakeholders, it often represents the first visible step in a long-awaited planning process. But the utility of the FCA is routinely overestimated by District leaders, and undercut by a fundamental misunderstanding of what it is and what it is not.

The FCA is only one of several layered and complementary tools needed for a successful facility planning effort that includes short-, medium-, and long-term condition improvement. A complete approach also requires: 

(a) a structured Maintenance & Operations (M&O) assessment of work order history, system performance, and operational reality; 

(b) structured stakeholder input from the staff and students who experience building conditions daily; and 

(c) environmental condition assessment addressing indoor air quality, hazards, and health impacts. 

When all of these are developed and used alongside the FCA, they form the foundation of a Comprehensive Educational Facilities Master Plan (CEFMP)—which may also include addressing programming, space needs, and equity considerations as well.

Before evaluating what the FCA can and cannot do, we need to establish what it should be measured against. The question is not whether a building’s systems have been inventoried and scored, or whether a 10-30 year modernization plan exists. The question is whether the building delivers—day after day, in every occupied space—the conditions that students and staff need and are entitled to experience, and that are required to support the educational mission; this is at least a working standard for “adequacy.” I use the term deliberately here, because adequacy is the least we should promise—and it’s an almost embarrassingly modest promise at that. Adequacy is not excellence. It is not modernization. It is the floor—the bottom level of a Maslow pyramid. And yet, across this country, it is a floor we routinely struggle to provide in our schools.

When we use the term adequacy, we should not be describing a system that only nominally operates, limping along and ready to fail at any time. It instead should describe a building environment that, on any given school day, actually delivers acceptable baseline conditions to the people inside our school buildings. Those conditions are physical, measurable, and experienced, for example: 

• The building stays dry—roofs and envelopes keep water out, and chronic leaks that cause mold, ceiling damage, and structural deterioration are quickly and accountably resolved, not just logged;
• HVAC systems provide heat in winter, ventilation year-round, and cooling where needed, so that classrooms are not routinely too hot or too cold; 
• Ventilation delivers sufficient outdoor air for the actual number of occupants in real rooms, not just the presence of mechanical equipment; 
• Recognized environmental hazards—damaged asbestos, lead paint, mold from moisture intrusion, pest intrusion—are managed or remediated, not tolerated as background conditions; bathrooms and plumbing are functional, clean, and dignified; 
• When problems do occur, maintenance and operations are able to effectively assess and repair most problems in a timely manner;
• Cleaning meets at least a recognizable standard; and electrical, fire safety, and security systems are code-compliant.

This is the floor – this is adequacy. This is what every child, in every school, is at least minimally entitled to expect.

The FCA does not assess adequacy. It assesses the physical condition of building assets. It catalogs what systems exist, lists their estimated useful life (EUL) and remaining useful life (RUL), and projects repair and replacement costs. 

The FCI measures capital condition, dollars needed for repair vs replacement, and system age. Adequacy measures delivered condition. These are related but not the same, and confusing them is one of the most consequential misunderstandings in school facility planning.

This matters especially because of time horizons. Even if a district received every dollar to pay for needs identified in an FCA immediately, full modernization could take a decade or more to execute. The question every leader and parent must ask is: what happens to adequacy in the meantime? If the answer is “we wait for the capital plan,” then adequacy is deferred—possibly for a generation. But if the answer is “we stabilize while we modernize,” then the district must explicitly define adequate conditions, maintain them operationally, and be accountable for delivering them now.

Jeff Vincent’s blog post, “NCSI Tools for Conducting Facility Condition Assessments” (January 2026), provides a useful introduction to the FCA process and announces valuable new capacity-building tools for districts available through the NCSI resource library. The piece correctly describes the FCI formula and the importance of coordinating with local staff. At the same time, it is important to highlight that FCAs should be understood as a building systems condition inventory and evaluation—not as a comprehensive facility assessment or a ready-made improvement plan.

FCAs are designed to catalog the depletion and deterioration of major building systems for long-term capital planning, investment, and budgeting. They are useful for portfolio-wide system inventory, condition baselining, cost estimation, and identifying where major system failures cluster. But FCI values should not be considered as “objective” scores that are standardized, repeatable, and verifiable without a number of caveats being provided:

• They are not a real-time performance verification tool.
• They do not assess the lived reality of day-to-day conditions.
• They do not evaluate environmental hazards, indoor air quality, or ventilation adequacy.
• They do not capture whether systems actually deliver adequate temperature, humidity, or airflow sufficient to ensure student and staff health, safety, welfare, and comfort.
• They do not use a fully standardized FCI rating scale – sometimes an FCI value of >30% is considered unsatisfactory, and in other FCAs, unsatisfactory conditions are not triggered until a rating of 60% or more is reached. Even the same FCA vendors use different scales in different places to describe the same condition ratings.
• They are not, by themselves, a near-term or long-term action plan. The assessment does not fix anything. A building is no safer or healthier after an FCA is complete.

The most damaging outcome of misusing an FCA is false confidence—the belief that a well-organized system inventory means the as-lived condition reality is at least adequate. Over-reliance on FCA output can become an excuse for delaying urgent repairs or for failing to recognize that they are needed. It can mask the vicious cycle in which capital underinvestment degrades the M&O cost curve, shifting work from cost-effective preventive and routine maintenance to expensive reactive and emergency response. And it can lead districts to treat a facility as “adequate” because a system nominally operates, rather than because it delivers safe, dry, warm, and comfortable conditions.

Where the FCA focuses on system age and projected capital need, a companion M&O assessment evaluates the building’s as-experienced, as-lived reality through operational measures:

• Work order history (volume, repeat locations, chronic failures);
• Repair response times and resolution rates;
• System-specific operational performance (does the HVAC deliver adequate conditions, not just exist?);
• Occupant-reported conditions from staff, building engineers, custodians, and nurses; and
• Maintenance capacity, including in-house trades adequacy and contractor reliance.

A brief example illustrates why pairing an M&O assessment with an FCA is important. If an FCA finds that five schools all have heating systems installed 35–45 years ago—all past their expected useful life, all with FCI values at or above 100%—the FCA cannot or may not distinguish among them. But if M&O data reveals that one building’s boiler required 17 service calls in 36 months, with classrooms losing heat three times per week and replacement parts no longer available, while the other four operate adequately with modest upkeep, the real-world differences become clearly defined. The FCA sees five identical emergencies; the operational data reveals one urgent crisis and four manageable situations. Both data streams are needed to set real priorities.

Districts can, and should, take concrete steps to ensure the FCA serves its proper role and to build the bridge to adequacy:

Understand scope and deliverables. Know what the FCA will and will not inspect, how FCI values are calculated, and whether visual assessments will reflect observed conditions or only age-based estimates. Ensure the district owns the raw, exportable data—not just PDF reports—with clear definitions for rating categories and cost assumptions.

Prioritize leading-indicator systems. Focus on systems that most directly impact occupant health and safety: examples include roofing, windows, and envelope integrity, HVAC functionality and controls, plumbing (especially bathrooms and drinking water), and a lack of sufficient electrical capacity to support needed educational technology or cooling systems.

Deploy in-house expertise. Use district M&O staff and building occupants as a “living, local intelligence layer.” Provide structured tools—checklists, survey forms, simple measurement equipment—aligned with FCA system codes. Legitimize occupant experience as data: staff reporting is not simply anecdote, it is early-warning intelligence that provides critical insights and helps establish priorities. Moreover, directly responding to this data helps build trust within the system.

Build the FCA-to-M&O conversion bridge. Develop an internal conversion table mapping FCA findings to:

• Occupant-impact risk;
• Near-term actions needed – type, work-order codes, and target response windows; and
• M&O workforce planning (staff size, skills, procurement, training). High FCI values require higher M&O investment, not less, until capital projects are completed and deficient systems upgraded.

Watch for overlapping failures. Cascading system issues, such as bad ventilation combined with bad temperature control and bad windows—compound the impact on occupants; in this case, significantly exacerbating negative IAQ effects related to insufficient fresh air, stuffy conditions, and temperature extremes. 

Understanding these compounding effects and the efficiencies of addressing them at the same time allows district leaders to make wiser spending and modernization decisions, helping to save money and significantly improve the as-built condition situation. Assessment should pro-actively seek to identify these cases because they provide the biggest opportunity to improve both experience and efficiency.  

Understand the impact of key components on negative operational functionality. Sometimes a single, and even a seemingly minor, low cost component, such as thermostatic controls for HVAC systems, can compromise the operational functionality of the entire system—even where an FCI value for the system as a whole, indicates it is in good condition.

Communicate a two-speed plan. Explain publicly what will be stabilized now and what will be modernized later. Transparency about the dual-track approach—capital planning and near-term protection operating simultaneously—is how districts build and maintain public trust.

Buildings don’t get healthy by being assessed. They get healthy by being managed. And they get managed well only when the assessment is connected to operations, operations are connected to standards, and the people who experience the results have a real voice in the process.

The bridge between assessment and adequacy is not built by generating better FCI scores. It is built by connecting what we know about building systems to what we do about building conditions—every day, in every building, for every occupant. An FCA is worth having and funding, but it is primarily a financial assessment and inventory of building systems.

The work that remains is in blending the FCA-generated data with M&O work order experience and input from maintenance departments and critical information about environmental hazards. This will require using a suite of tools and approaches to collect details from building occupants about the real- and near-real-time as-lived and as-experienced conditions in the built environment. This is essential groundwork for implementing prioritized and actionable fixes that address short-term needs as well as longer-term priorities.

Jerry Roseman, MScIH, has worked as a public health, environmental science, and occupational health and safety professional for more than 40 years. He is a leading national expert on the issue of adequate school building conditions, working at the local, state, and national levels on issues related the impacts of structural underfunding of capital improvement on school infrastructure and the risks of exposures to hazardous environmental contaminants including asbestos, lead in water and paint, air quality, mold, and rodent/pest intrusion and other issues related to deficient school conditions and systems. He has provided expert advice to unions, elected officials, journalists, school district facility managers and leaders, parent groups, and community organizations and provides recommendations for practical, implementable, cost-effective, protective standards and solutions to the problems posed by deteriorated school infrastructure. Jerry serves as the Acting Director of Environmental Science and Occupational Safety & Health for the Philadelphia Federation of Teachers Union and Health & Welfare Fund and has served as a long-time technical advisor to the American Federation of Teachers. He is a current Board Member for the 21st Century School Fund.