Summary
Idea Rundberg Academy is a K-5 elementary school in Austin, TX, serving 694 students as part of the Idea Public Schools charter network, where over 95% of students qualify for free or reduced-price lunch. The school has experienced a sharp academic decline, dropping from the 46th percentile in 2022-2023 to the 10th percentile (1-star) in the most recent ranking, a more volatile trend than nearby schools like McBee Elementary and Cook Elementary, which have consistently ranked in the bottom 10-20% for years. This decline is most evident in mathematics, where proficiency rates across 3rd, 4th, and 5th grades are roughly half of the already-low district averages, signaling a systemic challenge in math instruction.
A key differentiator is the school's exceptional performance with its African American students, who ranked in the 76th percentile (4 stars) in the most recent year, a stark contrast to the school's overall struggles. However, this success is not systemic, as other subgroups—including Special Education students (1st percentile) and White students (1st percentile)—perform critically low. The school also has a higher student-to-teacher ratio of 22.3:1, nearly double that of nearby Graham Elementary (11.2:1) and McBee Elementary (11.5:1), and spends about $9,271 per student, significantly less than Walnut Creek Elementary ($11,587) and Wooldridge Elementary ($12,896) in the Austin Independent School District (Isd).
Despite these challenges, there are pockets of promise. The school's Spanish-language STAAR tests show some success, with 5th-grade Spanish Reading proficiency at 60% in 2024-2025, far exceeding the district (18.8%) and state (32.91%) averages. A striking comparison is with Guerrero Thompson, located just 0.3 miles away, which serves a similarly high-poverty population but is on an upward trajectory, ranking in the 53rd percentile in 2024-2025 with strong 5th-grade reading (82.35%) and science (68.42%) scores. This suggests that high poverty does not dictate low performance, and the instructional model at Idea Rundberg may be less effective than that of its immediate neighbor.
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