What trends emerge across grade levels, subgroups, and core content areas? |
9th graders made an 8% gain in overall reading proficiency. ESE made a two percent gain, ELL made a ten percent gain while the advanced group stayed roughly the same.
10th grade overall a 2% gain, ESE made an 11 point gain, ELL decreased by 11% and Advanced decreased by 11%.
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In Alg. overall proficiency went up by two percent, ESE went down 5%, ELL went up 9%
Geo overall stayed the same, ESE went up 2%, ELL went down 24%, and advanced went up 5%.
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Biology proficiency increased by 1% overall. ESE stayed the same, and ELL went down 37%.
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US History increased by 11% overall, ESE increased 5% overall, ELL increased 49%, and advance increased 4%
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Which data component showed the most improvement? What new actions did your school take in this area? |
US History ELL subgroup and 9th grade ELA ELL subgroup showed a significant increase in proficiency levels. This is largely due to the teachers in these roles, implementing ELL strategies with fidelity. Both teachers implemented small groups regularly, and placed a heavy focus on vocabulary acquisition. Both improvements were largely due to strategic teacher placement, to meet the needs of these specific students. The ELA teacher was extremely receptive to collaboration and feedback from peers/district personal. |
Which data component showed the lowest performance? Explain the contributing factor(s) to last year's low performance and discuss any trends. |
Biology ELL subgroup, Geometry ELL, 10th grade ELA ELL subgroup were the lowest performing subgroups. Our 10th grade ELA ELL teacher was chronically absent for the first Semester, eventually leading to us having to let her go in January and fill the spot with a long term sub. The lack of structure around the ELL subgroup for English/Reading had a direct impact on the outcome of our ELL subgroup across Geometry and Biology. Also, the teacher of the ELL Geometry subgroup was a first time Geometry teacher, moving from middle school to high school last year. |
Which data component showed the greatest decline from the prior year? Explain the factor(s) that contributed to this decline. |
Biology ELL subgroup had the greatest decline across all subgroups. They showed a 37% decline in proficiency from the year prior. Part of this is due to the subgroups inconsistency of teaching in their ELA classes. Also, the ELL subgroup teacher was stepping into a new part time split between ESE Inclusion and Biology. Additionally, when speaking to the Biology ELL teacher, he emphasized the aspect of the EOC becoming adaptive. The adaptive format adjusts the students reading level; therefore, increasing the text complexity of the vocabulary and comprehension. This may have contributed as a barrier because of the lack of consistency within the 10th grade ELA ELL classes. Historically, this Biology teacher is not receptive to adapting his teaching style to the rest of the team. The teacher did not implement the same strategy for practicing the adaptive testing via canvas, like his Biology counterparts. |
Which data component had the greatest gap when compared to the state average? Explain the factor(s) that contributed to this gap and any trends. State data can be found here. |
There are no negative gaps between our data and the States data. Our Algebra proficiency level is even with state at 36% proficient. Our largest positive gap was US History, with a gap of +8% ( 67% State to 75% PRHS). Algebra ELL students had a brand new math teacher in their room, and we had a long term guest teacher in another classroom. We have replaced the long term guest teacher with a veteran Algebra teacher who will bring leadership and strategies with him for the team. US History had a switch made at the start of last year adding a bi-lingual teacher for US History ELL sections and we saw a huge increase in proficiency amongst our ELL Subgroup. (11%) |
Rank your highest priorities (maximum of 5) for school improvement in the upcoming school year. |
1) Strategically hire and assign educators to support English Language Learner (ELL) sections, ensuring that staffing aligns with the specific linguistic and academic needs of these students.
2) Implement bi-weekly micro professional development sessions focused on evidence-based ELL instructional strategies, effective technology integration, the school-wide deliberate practice element (utilizing formative assessments to monitor and guide student progress), and approaches for supporting Students with Disabilities (SWD).
3) Facilitate bi-weekly Professional Learning Communities (PLCs) that are intentional, data-driven, and action-oriented to promote instructional coherence and continuous improvement.
4) Expand student access to acceleration opportunities, including through the administration of ICEV acceleration assessments within our environmental science courses.
5) Ensure the early and intentional administration of the PMI and ESB assessments for underclassmen, while also providing structured support and accountability systems for students preparing for the ServSafe certification. |