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Rural schools are asked to solve national problems with local resources. They are expected to close readiness gaps they did not create, respond to poverty they cannot control, and provide opportunities students may not receive anywhere else. Yet these expectations are often placed inside buildings designed for a different era of education.

The physical school environment is usually treated as an operational concern: square footage, maintenance, compliance, safety and cost. Those matters are real. But they are incomplete.

A school building is also an instructional system.

In my rural Midwestern school district, we drew on research in learning environments and early literacy development to create a new 108,000-square-foot elementary school that serves 900 pupils across 932 square miles.

We used the Framework, which connects physical design to instructional capacity, student experience, measurable outcomes, and equity impact.

Designed by CMBA Architects, our new campus serves many students facing poverty, geographic isolation and limited preschool access that has affected their readiness for school. 

Since opening our new campus in 2024, we have seen mixed results, but the strongest gains appeared among students most likely to benefit, especially those from low-socioeconomic households and groups affected by access gaps.

Architecture alone doesn鈥檛 drive these achievement gains. Instead, the findings suggest a stronger and more defensible claim: Intentional school design can improve the daily conditions that shape instruction, intervention, belonging, regulation, enrichment and student opportunity.

Students enter school with unequal early-learning access. In rural communities with limited or distant preschool options, many begin kindergarten without the vocabulary, routines, stamina, executive-function practice, and early-literacy exposure some peers already have. 

For low-income students, these gaps can be deeper. Poverty does not define potential, but it can limit enrichment, health care, transportation, routines, academic language, and early childhood access.

Schools designed for access, flexibility, belonging, movement, regulation and intervention can reduce barriers, save time, and make the building part of the learning infrastructure.

In our former four-story building, kindergarten transitions to recess, special events, services, and other activities required going up and down stairs multiple times a day. The daily minutes lost were small but cumulative. After the move, kindergarten teachers reported gaining two or more weeks of instructional time because students no longer navigated multiple stairways each day. 

This illustrates design as an instructional variable: Removing a physical barrier increased instructional time without changing curriculum or assessment. For early literacy, recovered minutes matter because repetition, oral language, small-group support, and predictable routines create opportunity.

Classrooms and shared spaces included mobile furniture, flexible seating, and layouts that let students sit, stand, move, collaborate, and reconfigure spaces with little disruption. The goal was not novelty, but access.

Because students learn differently across tasks and developmental stages, adaptable rooms allow instruction to shift quickly 鈥� from direct teaching to small groups, collaboration, independent practice or intervention 鈥� without the space becoming a barrier.

Flexible seating and movement-friendly spaces align with research linking classroom movement to attention and engagement. For students who need support with regulation, stamina, or focus, appropriate movement is not a luxury; it is part of access.

The facility includes murals that incorporate South Dakota history, geography, wildlife, agriculture, and phrases in the Dakota language. In a district serving a significant Native American student population, this decision matters.

Cultural representation in the physical environment signals that students are not merely accommodated, they are recognized.

When students see local language, landscapes, and identity embedded into the school, the building communicates belonging before a single lesson begins.

Murals and visual learning elements also expand background knowledge. They turn hallways into instructional spaces. A student walking past a mural of the Missouri River, the Black Hills, bison, prairie animals, crops, or Dakota vocabulary is repeatedly exposed to content, language, and place.

In that sense, the school becomes an environmental text. Students read the building long before they read the day鈥檚 lesson.

The results from the first two years in the new building include improved benchmark rates on the K鈥�2 Dynamic Indicators of Basic Early Literacy Skills or DIBELS, a smaller gap for low-income students and fewer of them scoring Well Below Benchmark. The share At or Above Benchmark rose from 61.8% before the new facility to 67.9%. Scores for other students remained relatively stable, increasing from 70.7% to 71.2%.

Grades 3鈥�5 Smarter Balanced results showed similar equity-aligned gains, particularly for students eligible for free and reduced price meals and American Indian/Alaskan Native students in English language arts.

In other words, the largest movement occurred among students from low-socioeconomic households.

The district鈥檚 K-2 DIBELS data adds an important early-literacy lens to the Opportunity-by-Design Framework, since it provides multiple checkpoints within the year. The Smarter Balanced Assessment measures achievement at the end of the school year.

The data alone does not prove that a building, by itself, caused the achievement to rise. It does not show that every grade, every subject and every student group improved. The data does not erase the importance of the curriculum, teachers, intervention systems, leadership, attendance, family engagement, or student mobility. But it does suggest that intentional school design can positively impact students and educators and, in turn, produce better educational outcomes.

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