When New World Preparatory charter school opened its new main campus on Staten Island in March 2026, the building itself became part of the curriculum for healthy learning. The school, which serves 840 K-8 students across two campuses, built its infrastructure from the ground up around a single Power over Ethernet network that connects smart lighting, air quality sensors, and a large interior plant wall. The system collects continuous data and adapts automatically to changing conditions.
Most schools don’t get to start from scratch. But the choices New World Prep made offer a practical framework for what every school leader, facilities director, and classroom teacher should be asking about their own buildings, whether they’re planning a renovation, lobbying for upgrades, or just trying to understand why students in certain rooms struggle to focus.
The Learning Environment Is Infrastructure
Research on air quality and cognitive performance has been building for years. Elevated CO2 levels, poor ventilation, and inconsistent temperatures all affect concentration, behavior, and academic output. For students who spend six or more hours a day inside a school building, the physical environment is not a background condition. It is a direct input into learning.
The system at New World Prep, built in partnership with Cisco, addresses this directly. Rather than relying on a facilities manager to manually check conditions or respond after problems arise, the PoE network allows the building to monitor and adjust air quality automatically. Angelo Aponte, Chairman of the Board of Trustees at New World Preparatory, described the system as designed to keep students and teachers “healthy and happy.” That framing matters. This is infrastructure as wellness policy.
For teachers, the practical implication is significant. Classroom air quality problems are one of the most underreported contributors to the “afternoon slump” that educators know well: the drop in engagement and behavior that often starts around 1 or 2 p.m. In many buildings, that drop has less to do with students’ attitudes and more to do with CO2 buildup in rooms that haven’t been ventilated since the morning. A system that monitors and adjusts throughout the day removes one variable that teachers currently have no control over at all.
What Continuous Data Collection Actually Means for School Leaders
The New World Prep system does more than maintain current conditions. It collects data continuously, building a record of how the building performs over time. Bob Cicero, Cisco’s Americas Director for Future-Proofed Workplace for Real Estate, noted that this allows the system to support both current and future environmental needs. For school administrators, that means facilities decisions can be grounded in actual usage data rather than estimates.
This is where smart building technology starts to intersect with the kind of data-informed decision-making that school leaders already practice with academic outcomes. The same habits that produce good instructional decisions, tracking patterns, identifying outliers, making adjustments based on evidence, apply here to physical systems.
Consider what a year of air quality data might show a principal. Are mornings consistently worse in the cafeteria? Do certain portable classrooms spike in CO2 during the afternoon? Is the gymnasium ventilation actually adequate during indoor recess in January? These questions have answers that gut instinct can’t reliably provide. A data-collecting building can.
The Case for Caution: Cost, Access, and Data Governance
Smart building technology is not cheap, and schools that serve under-resourced communities rarely have the capital construction budgets to build from scratch, as New World Prep was able to do. A PoE network with integrated sensors, smart lighting, and environmental controls represents a significant investment that many public school districts simply cannot make in a single project cycle.
This gap raises a legitimate equity concern. If the schools with the newest facilities and the most connected infrastructure are disproportionately newer charter schools or well-funded suburban districts, then smart building benefits become another dimension of educational inequality. Students in older urban school buildings, many of which have known air quality and ventilation problems, continue to learn in environments that no technology is monitoring or adjusting.
There is also a data governance question worth raising directly. A building that collects continuous data about occupancy patterns, movement, and environmental conditions is also, by definition, a building that monitors the people inside it. Schools already navigate complex terrain around student data privacy under FERPA and state-level laws. Environmental sensor data may not capture academic records, but building-level occupancy and usage data can still raise questions about how it is stored, who has access to it, and how long it is retained.
School leaders considering smart building investments should be asking vendors the same hard questions they would ask an ed-tech software provider: What data is collected? Where is it stored? Who can access it? What happens to it if the contract ends? The answers are not always obvious from a product demo, and they matter for community trust.
What Teachers Can Actually Do Right Now
Most teachers reading this are not in a position to commission a PoE network. But the underlying principle at New World Prep translates to actions available in almost any classroom.
Air quality is the most actionable piece. Portable CO2 monitors are inexpensive, widely available, and require no IT involvement. A monitor placed in a classroom will show readings in real time. Teachers who use them often report surprise at how quickly CO2 levels climb during a closed-door lesson. Opening a window, propping a door, or running an existing HVAC fan setting can make a measurable difference. A few schools have started sharing CO2 readings with students as part of science integration, connecting environmental data to conversations about attention and learning.
For school and district leaders, the New World Prep case is useful as a reference point when making construction and renovation decisions. A few questions worth raising with architects and facilities teams early in any building project:
Can this network support environmental sensors without a separate wiring project?
Are the HVAC systems in this building actually designed for the occupancy load we’re planning?
What would it cost to add air quality monitoring to the rooms that currently have the most ventilation complaints?
These conversations are easier before construction than after. New World Prep’s advantage was that all of this was designed in together from the beginning, which is the lowest-cost path to a connected building.
What This Model Points To
New World Prep’s new campus represents a direction school design is heading, not a universal reality yet. The school built something coherent because it had a rare opportunity: a new building, an aligned board, and a vendor relationship with Cisco that allowed for integrated design from day one. Most schools will get there incrementally, one upgrade at a time.
The useful takeaway is less about replicating the specific technology and more about the underlying commitment: treating the physical learning environment as a system that should be monitored, maintained, and improved with the same rigor applied to curriculum or instructional practice.
Students learn in buildings. Those buildings affect how students feel, focus, and behave. Smart building technology, at its best, makes that connection legible and actionable for the people responsible for those spaces. For teachers and school leaders who have always known that a stuffy room or flickering fluorescent lights affect the energy in the room, it turns a hunch into data.
That is worth paying attention to, whether your school is planning a new building or just trying to get through the afternoon.
EdTech Institute covers technology in education so teachers can focus on what matters: their students.
EdTech Institute also builds free, classroom-ready tools for teachers at RazaEd.
Source: Watch & Learn: New York Charter School Adopts Smart Building Technology (EdTech Magazine K12)