Evidence-based Interventions/Strategies

Mid-Year Reflection

Instructional Intensity and Alignment

Analysis of PM2 data suggests that Tier 1 instruction does not yet consistently reflect the level of rigor, text complexity, and standards alignment required by FAST. Instructional practices vary across classrooms, resulting in inconsistent student exposure to grade-level expectations and limited opportunities for deep comprehension, vocabulary development, and text-based responses.

Intervention Coherence and Fidelity

While multiple intervention supports are available, including small group instruction and push-in/pull-out services, the delivery of these supports lacks consistent alignment across settings. Students often receive instruction from multiple adults using varying strategies, which reduces instructional coherence and limits the cumulative impact of interventions.

Time and Attendance Barriers

Students identified as needing the most intensive support often experience attendance challenges, limiting consistent participation in intervention and extended learning opportunities. As a result, instructional gains are difficult to sustain over time.
Strengthening Tier 1 Instruction

• Revised lesson planning expectations to ensure daily instruction includes grade-level complex texts, text-dependent questions, and explicit vocabulary instruction aligned to FAST standards.

• Increased emphasis on modeled and guided practice for constructed responses to improve students’ ability to demonstrate comprehension.

• Implemented structured literacy routines to support students reading below grade level while maintaining access to grade-level content.

Improving Intervention Alignment and Fidelity

• Clarified instructional roles between classroom teachers and interventionists to ensure consistent strategies and language across Tier 1 and intervention settings.

• Adjusted push-in and pull-out schedules to minimize loss of core ELA instructional time.

• Implemented flexible intervention groupings based on FAST skill data and short-cycle assessments.

Enhancing Data-Driven Instruction

• Conducted regular grade-level data chats focused on standards-level performance and instructional next steps.

• Used data to identify priority standards for reteaching and to target “bubble” students for additional support.

Increasing Instructional Time and Targeted Support

• Prioritized extended learning opportunities for students scoring below proficiency.

• Strengthened attendance outreach for students identified for intervention and extended learning.

Building Teacher Capacity

• Provided targeted professional learning focused on:

  • FAST item analysis

  • Instructional strategies for below-level readers

  • Effective small-group instruction and progress monitoring

• Increased administrative walkthroughs with feedback aligned to FAST expectations and ELA instructional look-fors.

Small Group Instruction

Small group instruction allows teachers to target specific reading skill deficits, provide immediate feedback, and adjust instruction based on student progress. This strategy is most effective when groups are flexible and driven by frequent data analysis. However, static grouping and limited progress monitoring reduce its overall impact. To increase effectiveness, small group instruction must be aligned to FAST item specifications and adjusted regularly based on student performance data.

Push-In and Pull-Out Support by Interventionists

Push-in support promotes inclusion and real-time scaffolding within the core classroom, while pull-out instruction provides focused remediation for students with significant skill gaps. Challenges arise when instructional roles are not clearly defined and when pull-out services interrupt Tier 1 instruction. Greater alignment between classroom teachers and interventionists is necessary to ensure continuity of instruction.

Extended Learning Opportunities

Extended learning camps provide additional instructional time and targeted skill development opportunities. Students who attend consistently demonstrate improved engagement and skill acquisition. However, inconsistent attendance and limited progress monitoring reduce the overall effectiveness of these programs. Instruction during extended learning must be closely aligned to FAST standards and individualized student needs.

To remain on track toward the 63% proficiency goal, the school will implement the following adjustments:

• Strengthen Tier 1 instruction by increasing explicit instruction in grade-level text analysis, academic vocabulary, and text-dependent questioning aligned to FAST.

• Implement bi-weekly progress monitoring to guide flexible grouping and instructional adjustments.

• Establish consistent instructional expectations and shared strategies among classroom teachers and interventionists.

• Refine push-in and pull-out schedules to minimize loss of Tier 1 instructional time.

• Prioritize extended learning opportunities for students closest to proficiency and monitor attendance and progress closely.

• Conduct regular grade-level data chats to review FAST-aligned data and adjust instruction accordingly.

Evidence-based Interventions/Strategies

Mid-Year Reflection

Mid-year FAST PM2 data indicates varying levels of progress across the primary grades:

• Kindergarten: 32% proficient

• Grade 1: 53% proficient

• Grade 2: 36% proficient

While Grade 1 currently exceeds the 2026 proficiency target, Kindergarten and Grade 2 remain significantly below benchmark. These results suggest the need to strengthen early literacy foundations, improve instructional coherence across grade levels, and increase the intensity and consistency of interventions to ensure sustained growth by PM3 and beyond.

Implementation Challenges Identified (with Evidence)

1. Foundational Skill Gaps in Early Literacy

Evidence:

• Kindergarten and Grade 2 proficiency rates remain below 40%.

• STAR data indicates persistent challenges in phonemic awareness, phonics, decoding, and early comprehension.

Challenge:

• Students enter upper primary grades without fully mastered foundational skills, which limits their ability to access grade-level texts.

• Instructional pacing may move forward before mastery is secured.

2. Variability in Intervention Delivery and Fidelity

Evidence:

• Students receiving pull-out and MTSS interventions show inconsistent growth patterns.

• Intervention effectiveness varies by classroom and provider.

Challenge:

• Inconsistent instructional strategies, progress monitoring tools, and lesson alignment across intervention settings reduce cumulative impact.

• Intervention time may not always be protected or delivered with sufficient intensity.

Pull-Out Small Group Instruction

Strengths:

• Provides targeted, explicit instruction aligned to early literacy skill deficits.

• Allows for immediate feedback and guided practice.

Areas for Improvement:

• Students may miss Tier 1 instruction during pull-out sessions.

• Static grouping and limited data review reduce effectiveness.

MTSS Interventions

Strengths:

• Supports early identification and targeted intervention through Tier 2 and Tier 3 supports.

• Allows for increased instructional intensity based on student need.

Areas for Improvement:

• Progress monitoring is not consistently frequent enough to inform instructional changes.

• Intervention plans may target too many skills simultaneously.

Extended Learning Camps

Strengths:

• Increase instructional time and provide focused remediation of skills.

• Beneficial for students with consistent attendance.

Areas for Improvement:

• Attendance inconsistencies limit impact.

• Instructional alignment to STAR skill domains requires strengthening.
  
   

  Changes Made to Address Identified Challenges (K–2 ELA)

  To address early literacy challenges identified through FAST PM2 / STAR Reading data and instructional monitoring, the school implemented the following instructional and intervention adjustments during the mid-year period:

  Strengthening Tier 1 Early Literacy Instruction
  Revised instructional expectations to ensure daily, explicit instruction in phonemic awareness, phonics, decoding, and early comprehension across all K–2 classrooms.
  Implemented consistent structured literacy routines to support skill mastery and cumulative review.
  Increased teacher modeling of oral language development and vocabulary usage during read-alouds and shared reading.

  Improving Intervention Alignment and Fidelity
  Refined pull-out small group instruction to focus on short-term, skill-specific interventions aligned to STAR skill domains.
  Implemented flexible intervention groupings based on frequent progress-monitoring data.
  Strengthened coordination between classroom teachers and interventionists to ensure instructional alignment and reduce instructional gaps.

  Enhancing Data-Driven Instruction
  Established bi-weekly progress monitoring cycles using STAR Reading data to guide instructional decisions.
  Conducted regular grade-level data chats to review student performance and adjust instruction accordingly.
  Used data to prioritize foundational literacy skills and identify students requiring increased instructional intensity.

  Increasing Instructional Time and Targeted Support
  Prioritized Kindergarten and Grade 2 students for intervention and extended learning opportunities based on PM2 data.
  Refined extended learning instruction to emphasize multisensory, developmentally appropriate literacy activities.
  Strengthened attendance outreach for students identified for MTSS interventions.

  Building Teacher Capacity
  Provided targeted professional learning focused on evidence-based early literacy instructional practices, effective use of STAR Reading data, and implementation of structured literacy routines.
  Increased administrative walkthroughs with feedback focused on early literacy instructional look-fors and fidelity of implementation.

To improve outcomes and remain on track toward the 51% proficiency goal, the following adjustments will be implemented:

• Strengthen Tier 1 early literacy instruction with daily explicit phonics and phonemic awareness instruction.

• Increase alignment between classroom instruction and intervention lessons.

• Prioritize Grade 2 students for extended learning opportunities.

• Limit intervention focus to 1–2 priority skills per instructional cycle.

• Conduct regular grade-level data chats to review STAR data and adjust instruction.

• Strengthen attendance outreach for students receiving interventions.

Evidence-based Interventions/Strategies

Mid-Year Reflection

During the Fall semester, several implementation challenges impacted the effectiveness of science instruction and student mastery of targeted standards:

1. Inconsistent Instructional Time for Science

   • Competing instructional priorities in ELA and Mathematics reduced protected science instructional time, particularly in the upper grades.

   • As a result, hands-on investigations and inquiry-based lessons were sometimes shortened or deprioritized.

2. Variable Fidelity of Instructional Resource Integration

   • While Discovery Education and Progress Learning were available to all teachers, the level of integration varied across classrooms.

   • Some lessons relied more heavily on traditional instruction, limiting student exposure to simulations, interactive labs, and formative digital assessments.

3. Limited Student Mastery of Academic Science Vocabulary

   • Student responses in journals and formative assessments reflected difficulty using grade-level academic vocabulary to explain scientific concepts.

   • This impacted students’ ability to demonstrate conceptual understanding aligned to FCAT expectations.

4. Need for More Timely Data Use

   • Diagnostic and formative data were collected, but instructional adjustments were not always made quickly enough to address identified skill gaps.

   • Teachers required additional support to analyze standards-level data and drive reteaching. 

   • Reinforced expectations for weekly science instruction aligned to targeted standards.

   • Increased administrative monitoring of lesson plans to ensure Seamless integration with Discovery Education.

   • Embedded formative assessments from Progress Learning into lessons to provide immediate feedback.

   • Established monthly data chats to review Progress Learning and Discovery Education data.

   • Implemented schoolwide science journals and vocabulary routines to strengthen conceptual understanding and written responses.

1. Targeted Standards-Based Instruction Using Discovery Education

Strengths

• Interactive simulations and virtual labs increased student engagement.

• Multimedia resources supported diverse learning styles.

• Embedded formative assessments provided real-time feedback on student understanding.

Weaknesses

• Inconsistent use across classrooms reduced overall impact.

• Some lessons emphasized engagement over deep conceptual understanding.

• Teachers required additional support in aligning simulations directly to FCAT-style expectations.

2. Standards Mastery and Data-Driven Practice Using Progress Learning

Strengths

• Quarterly diagnostics provided clear data on mastery of standards.

• Individualized practice allowed targeted remediation for struggling students.

• Progress monitoring dashboards supported instructional decision-making.

Weaknesses

• Diagnostic data were not always translated into timely instructional adjustments.

• Students occasionally demonstrated familiarity with the test without deep conceptual understanding.

• Intervention sessions varied in frequency and intensity across grade levels.

3. Science Journals & Vocabulary Integration Across Grade Levels

Strengths

• Science journals promoted reflection, explanation, and written application of concepts.

• The “Science Word of the Week” initiative increased exposure to academic vocabulary.

• Student writing samples showed growth in vocabulary recognition.

Weaknesses

• Inconsistent expectations for journal quality and depth of responses.

• Some students struggled to independently apply vocabulary in explanations.

• Teacher modeling of academic language varied across classrooms.

To remain on track toward the 53% proficiency goal, the following new actions will be implemented:

• Protect and schedule dedicated science instructional blocks weekly for all grade levels.

• Increase professional development focused on FCAT-aligned science questioning and explanations.

• Strengthen alignment between Discovery Education lessons and FCAT item specifications.

• Implement bi-weekly formative checks on targeted standards.

• Increase consistency of small-group science interventions using Progress Learning.

• Expand the use of constructed-response practice aligned with FCAT Science.

Mid-year implementation data indicate that, while research-based instructional strategies and digital resources are in place, greater consistency, instructional rigor, and data-driven responsiveness are needed to accelerate science achievement. Student engagement has improved through interactive tools; however, deeper conceptual understanding and academic language development must remain a focus.

Strengthening instructional coherence, protecting science instructional time, and refining intervention practices will be critical to closing proficiency gaps. With continued monitoring, targeted professional learning, and intentional instructional adjustments, the school is positioned to make measurable progress toward achieving the 53% Science proficiency goal by June 2026.