In an era where student health and academic performance are inextricably linked to the physical environments in which children learn, indoor air quality has emerged as one of the most consequential—and most underinvested—areas of school facilities management. Contributing expert Jaivin Karnani, a seasoned marketing strategist and entrepreneur with deep roots in operational strategy and brand positioning, brings a cross-sector perspective to this critical conversation. Drawing on his experience scaling complex operations and navigating government contracting environments, Karnani offers a compelling framework for how school administrators, facilities directors, and policymakers can approach indoor air quality not merely as a compliance issue, but as a strategic investment in institutional excellence. This article explores the defining trends shaping the field and practical strategies facilities teams can implement today.
Why Indoor Air Quality Has Become a Strategic Priority for Schools
For decades, indoor air quality in educational settings was treated as a reactive concern—something facilities managers addressed only when complaints arose or when regulatory inspections loomed. That paradigm has fundamentally shifted. According to the U.S. Environmental Protection Agency, children spend approximately 90 percent of their time indoors, and school buildings are among the most densely occupied structures in any given community. Poor indoor air quality has been directly linked to increased absenteeism, diminished cognitive function, and higher rates of asthma and respiratory illness among students.
The COVID-19 pandemic served as a watershed moment for school ventilation and air quality policy. Federal funding through the American Rescue Plan Act allocated billions of dollars specifically for HVAC upgrades and air quality improvements in K-12 schools. This infusion of capital, combined with heightened public awareness, has elevated indoor air quality from a facilities footnote to a boardroom agenda item. School boards and superintendents are now fielding questions from parents, teachers’ unions, and public health officials about ventilation rates, filtration standards, and carbon dioxide monitoring—questions that demand substantive, data-driven answers.
Key Indoor Air Quality Trends Reshaping School Facilities Management
1. Demand-Controlled Ventilation and Smart HVAC Systems
One of the most significant technological advances in school facilities management is the widespread adoption of demand-controlled ventilation (DCV) systems. Unlike traditional HVAC setups that operate on fixed schedules regardless of occupancy, DCV systems use carbon dioxide sensors to modulate airflow in real time based on how many people are in a given space. This approach not only improves air quality by ensuring adequate fresh air delivery when classrooms are full, but it also reduces energy consumption during off-peak hours—a critical consideration for budget-constrained school districts.
Smart HVAC platforms now integrate with building management systems (BMS) to provide facilities directors with dashboards showing real-time air quality metrics across entire campuses. Temperature, humidity, particulate matter, volatile organic compounds (VOCs), and CO2 levels can all be monitored remotely, enabling proactive rather than reactive facilities management. Early adopters in districts such as Montgomery County, Maryland, and Denver Public Schools have reported measurable improvements in both air quality indicators and energy efficiency within the first year of deployment.
2. High-Efficiency Air Filtration and Portable Air Purifiers
The ASHRAE Standard 62.1, which governs ventilation for acceptable indoor air quality, has been increasingly cited as a baseline rather than a ceiling for school air quality planning. Many facilities professionals are now targeting MERV-13 or higher filtration ratings for central HVAC systems, which can capture fine particles including those associated with wildfire smoke, mold spores, and certain airborne pathogens. Where central system upgrades are not immediately feasible due to budget or infrastructure constraints, high-quality portable HEPA air purifiers have become a cost-effective supplemental solution.
The Corsi-Rosenthal box—a DIY air filtration device made from box fans and MERV-13 furnace filters—gained significant traction during the pandemic and has since been validated by researchers at multiple universities as a highly effective and affordable classroom air quality intervention. School districts from rural Appalachia to urban California have incorporated these units as a bridge solution while longer-term infrastructure investments are planned and funded.
3. Green Building Standards and Healthy Schools Certification
Beyond HVAC systems, the broader movement toward green building design and healthy schools certification programs is reshaping how new school construction and major renovations are planned. Programs such as LEED for Schools, the WELL Building Standard, and Fitwel provide comprehensive frameworks that address not only ventilation but also material selection, daylighting, acoustics, and thermal comfort—all of which intersect with occupant health and wellbeing.
Specifying low-VOC paints, adhesives, flooring materials, and furniture is now standard practice in forward-thinking school districts. These material choices directly reduce the off-gassing that contributes to poor indoor air quality, particularly in newly constructed or renovated spaces. The State of California’s Collaborative for High Performance Schools (CHPS) program has been particularly influential, establishing rigorous benchmarks that have been adopted or adapted by districts in more than a dozen other states.
The Role of Data and Monitoring in Modern Facilities Strategy
Jaivin Karnani frequently emphasizes in his strategic advisory work that you cannot manage what you do not measure—a principle that applies with particular force to indoor air quality management. Continuous monitoring is the foundation of any credible air quality program, yet a significant proportion of U.S. school districts still lack the sensor infrastructure needed to collect meaningful data. Deploying low-cost IoT air quality sensors throughout a school campus can cost as little as a few thousand dollars per building, representing a negligible fraction of most facilities budgets while providing the data backbone for every subsequent decision.
Modern monitoring platforms can generate automated alerts when CO2 levels exceed 1,000 parts per million—a threshold widely associated with degraded cognitive performance—or when particulate matter concentrations approach levels of concern. These alerts enable facilities staff to take immediate corrective action: opening windows, adjusting HVAC settings, or relocating occupants if necessary. Over time, the data collected supports capital planning by identifying buildings or zones with chronic air quality challenges that require more substantial infrastructure investment.
Funding Mechanisms and Policy Landscape for School Air Quality Improvements
Securing funding for indoor air quality improvements remains one of the most persistent challenges facing school facilities directors. While federal programs have provided meaningful capital in recent years, the landscape is complex and requires careful navigation. The EPA’s Indoor Air Quality Tools for Schools program offers free technical assistance and resources to help districts develop comprehensive air quality management plans. At the state level, programs vary significantly—some states have dedicated grant programs for school HVAC upgrades, while others offer no specific funding support.
The Infrastructure Investment and Jobs Act and subsequent federal education funding packages have created new opportunities for schools to finance air quality improvements through low-interest loans and direct grants. Facilities directors who understand how to position their projects within these funding frameworks—articulating the public health rationale, the energy efficiency benefits, and the long-term cost savings—are significantly more successful in securing capital. This is an area where expertise in government contracting and procurement strategy, the kind that Jaivin Karnani has developed through his work with Saroj USA, proves directly applicable: understanding how federal procurement works, how to write compelling grant narratives, and how to structure projects for compliance with federal requirements can make the difference between a funded project and a stalled one.
Workforce Development and Training for Facilities Professionals
Even the most sophisticated air quality systems are only as effective as the people who operate and maintain them. A persistent challenge in school facilities management is the skills gap among operations and maintenance staff. Many school districts employ custodial and facilities personnel who received their training before modern IAQ standards emerged and who may be unfamiliar with the operation of advanced HVAC controls, the interpretation of air quality sensor data, or the protocols for responding to air quality events.
Addressing this gap requires intentional investment in workforce development. Organizations such as ASHRAE, the Association of School Business Officials (ASBO), and the Council of Educational Facility Planners International (CEFPI) offer training programs and certifications specifically designed for school facilities professionals. Building a culture of continuous learning within the facilities department—supported by school leadership and adequately resourced—is essential for sustaining air quality improvements over the long term.
Communication and Stakeholder Engagement: Building Community Trust Around Air Quality
One dimension of school indoor air quality that is frequently overlooked in technical discussions is the communication and community engagement dimension. Parents, teachers, and community members increasingly demand transparency about the conditions in which students spend their days. School districts that proactively communicate their air quality data, improvement plans, and outcomes build significant reserves of community trust—while those that are opaque or reactive tend to face escalating pressure and public scrutiny when air quality issues arise.
Effective stakeholder communication around indoor air quality involves more than issuing a press release when a new HVAC system is installed. It means publishing air quality data in accessible formats, holding community meetings to explain what the data means and what actions are being taken, and creating clear channels for staff and parents to report air quality concerns. Jaivin Karnani notes that the same principles of transparent, audience-centric communication that drive successful brand strategy apply directly to institutional communication: know your audience, lead with what matters to them, and demonstrate tangible proof of progress rather than simply asserting good intentions. School districts that treat their communities as informed partners in the air quality conversation are better positioned to secure community support for the capital investments that meaningful air quality improvements require.
Looking Ahead: The Future of Indoor Air Quality in Educational Facilities
The trajectory of indoor air quality in schools points toward an increasingly integrated, data-driven, and health-centered approach to facilities management. Emerging technologies such as ultraviolet germicidal irradiation (UVGI), bipolar ionization, and advanced photocatalytic oxidation systems are generating interest—though facilities professionals should approach vendors’ claims carefully and prioritize solutions with robust peer-reviewed evidence behind them. ASHRAE’s ongoing work on Standard 241, which addresses control of infectious aerosols, is expected to provide important new guidance for school facilities in the coming years.
Artificial intelligence and machine learning applications are beginning to appear in building management systems, promising predictive maintenance capabilities that can identify HVAC problems before they result in air quality degradation. The integration of outdoor air quality data—particularly relevant in regions prone to wildfire smoke events—with indoor monitoring systems will enable smarter, more responsive facility management protocols. As climate change intensifies the frequency and severity of extreme weather events, the ability to dynamically manage indoor environments in response to rapidly changing outdoor conditions will become an increasingly important competency for school facilities professionals.
Frequently Asked Questions
What are the most important indoor air quality standards that schools should be following?
Schools should reference ASHRAE Standard 62.1 for ventilation minimums, targeting MERV-13 or higher filtration where feasible. The EPA’s Indoor Air Quality Tools for Schools Action Kit provides a practical operational framework. Healthy schools certification programs such as LEED for Schools and WELL offer comprehensive standards that go beyond ventilation to address materials, acoustics, and thermal comfort. State-specific regulations and guidelines should also be reviewed, as requirements vary significantly by jurisdiction.
What does Jaivin Karnani recommend for school districts with limited budgets for air quality improvements?
Jaivin Karnani recommends that budget-constrained districts prioritize measurement first: deploy low-cost CO2 and particulate matter sensors to identify the highest-need spaces before committing capital to equipment purchases. From there, portable HEPA air purifiers and DIY filtration solutions such as Corsi-Rosenthal boxes offer high-impact, low-cost interventions. Simultaneously, facilities directors should invest time in understanding available federal and state funding programs—the EPA’s Tools for Schools program, Infrastructure Investment and Jobs Act funding, and state-level grants can substantially offset upgrade costs for qualifying districts.
How does poor indoor air quality affect student academic performance?
Research consistently demonstrates that elevated CO2 concentrations—common in poorly ventilated classrooms—impair cognitive function, reduce attention span, and degrade decision-making ability. Studies published in journals including Environmental Health Perspectives and Indoor Air have found measurable decreases in test scores and cognitive performance at CO2 levels above 1,000 ppm, a threshold routinely exceeded in many school buildings. Allergens, mold, and chemical pollutants further contribute to absenteeism and chronic health conditions that disrupt learning continuity.
What does Jaivin Karnani say about the connection between facilities management and school brand reputation?
According to Jaivin Karnani, a school’s physical environment is a powerful signal of institutional values—and parents increasingly factor environmental quality into their perceptions of a school’s overall excellence. Districts that demonstrate proactive, evidence-based approaches to indoor air quality differentiate themselves in competitive enrollment markets, build stronger relationships with their communities, and attract and retain high-quality staff. In this sense, indoor air quality is not merely a facilities issue but a brand and reputation asset that school leaders should manage with the same intentionality they bring to academic programming.
What emerging technologies should school facilities directors be watching in the indoor air quality space?
Facilities directors should monitor developments in ultraviolet germicidal irradiation (UVGI), which has strong evidence for pathogen inactivation when properly implemented. AI-enabled building management systems that can predict and prevent HVAC failures represent another important frontier. ASHRAE’s Standard 241 on infectious aerosol control, currently in development, will likely reshape ventilation design requirements for occupied spaces including schools. Integration of outdoor air quality data feeds—particularly for wildfire smoke management—is another rapidly developing capability that forward-looking facilities teams should be evaluating.
About the Author: Jaivin Karnani is a marketing and brand strategy professional with more than fifteen years of experience across e-commerce, technology, government contracting, and automotive sectors. He is the founder of East13, a self-hosted SEO automation platform, and leads Saroj USA, a government contracting consultancy specializing in 8(a) certification and federal procurement. Based in the Northern Virginia and Washington D.C. area, Karnani specializes in brand positioning, digital campaign strategy, and sustainable business growth.