Summary:
The La Vernia Independent School District (Isd) is served by a single middle school, La Vernia J H, which educates students in grades 6 through 8 and has a total enrollment of 814 students. This school is a high-performing institution, ranking in the 70th percentile statewide for the 2025-2026 school year, though this represents a slight decline from the 77th and 78th percentiles of the previous two years. The school benefits from a relatively low percentage of economically disadvantaged students, with 26.66% qualifying for free or reduced-price lunch, and maintains a perfect 0.0% dropout rate.
La Vernia J H shows a fascinating split in its math program. It is a standout performer in advanced mathematics, with 90.16% of students proficient in Algebra I (STAAR EOC) in 2024-2025—nearly double the state average of 47.01%. However, the school faces a critical challenge in 7th-grade mathematics, where proficiency plummeted from 32.52% to just 17.5% in a single year, well below the state average of 29.41%. This "7th Grade Math Cliff" suggests the school excels at accelerating top-tier students but may struggle to support students at the core, on-grade-level curriculum. In contrast, reading scores are consistently strong and stable, with 8th-grade reading proficiency reaching 67.94% in 2025-2026, a 9.25 percentage point advantage over the state.
Key metrics reveal a school with larger class sizes (a student-teacher ratio of 20.2:1) and below-average per-student spending ($8,092), compared to the Texas state average. An interesting anomaly is that the school's Algebra I proficiency dramatically exceeds the district's average of 57.14%, implying that La Vernia J H's 8th graders are outperforming the district's high school students in this subject. Additionally, 8th-grade Social Studies is a consistent minor weakness, with the lowest proficiency rate of all core subjects, though still above the state average. Overall, the school provides a strong foundation in reading and advanced math but requires immediate attention to address the volatility in on-grade-level math performance.
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