MTSS in Mathematics Data Analysis Protocol

Description

Mathematics MTSS Planning & Reflection Protocol

A Strategic Tool for Using Student Data to Strengthen Tiered Math Instruction and Core Curriculum Delivery

While Multi-Tiered System of Supports (MTSS) frameworks have become increasingly robust in the area of English Language Arts and reading intervention, mathematics often remains underrepresented in district- and school-wide MTSS conversations. Yet we know that building strong numeracy skills and mathematical reasoning is equally critical to student success.

This Mathematics MTSS Planning & Reflection Protocol was designed to close that gap. It supports district and school leaders, instructional coaches, and educator teams in examining student data through a math-specific lens and making thoughtful, data-informed decisions to strengthen instruction across all three tiers of support. The protocol fosters deep thinking, collaborative planning, and professional dialogue focused on the specific instructional needs of math learners—especially in relation to core (Tier 1) instruction, which is the foundation of a successful MTSS framework.

Purpose and Focus:

This tool prompts educational leaders and instructional teams to:

• Assess current student performance data in mathematics, identifying trends and areas of concern.

• Reflect on the effectiveness of Tier 1 (core) math instruction—especially when data reveals that fewer than 80% of students are meeting grade-level expectations.

• Plan for targeted tiered supports (Tiers 2 and 3) based on diagnostic needs and root cause analysis.

• Ensure alignment between instruction, standards, and assessment for more coherent and equitable learning experiences.

By engaging with this protocol, educators move beyond compliance or surface-level data review to engage in thoughtful instructional problem-solving that results in stronger support systems and better outcomes for all students.

Key Features:

• Adaptable for Individual or Group Use: The protocol can be used in a variety of settings—during individual teacher reflection, in coaching sessions, with grade-level or content-area teams, or as part of a larger professional development session. It includes structured prompts to guide analysis, discussion, and planning.

• Math-Specific Focus Within MTSS: While many MTSS tools center on reading, this protocol zeroes in on mathematical skill development, numeracy, and the unique instructional structures required to support math growth across all tiers.

• Emphasis on Core Instruction: A critical component of the protocol is evaluating the strength of core (Tier 1) instruction. When fewer than 80% of students are meeting benchmarks, the tool directs teams to examine instructional quality, lesson design, and curriculum alignment before adding layers of intervention—ensuring that Tier 1 instruction is truly high-quality, differentiated, and standards-based.

• Facilitates Diagnostic Thinking: Educators are guided to move beyond averages and blanket groupings to ask: What specific mathematical concepts or practices are students struggling with? What foundational skills are missing? Where can instruction be strengthened or scaffolded to close gaps effectively?

• Promotes Equitable Planning: The protocol encourages equity-focused planning by helping teams identify patterns and root causes, ensuring that interventions are not only timely and data-driven, but also culturally responsive, inclusive, and grounded in access to high-quality Tier 1 instruction for all learners.

Intended Users:

• District Instructional Leaders and MTSS Coordinators – seeking to expand MTSS into mathematics and ensure alignment across content areas.

• School Administrators and Leadership Teams – using school-wide data to guide instructional planning and monitor system health.

• Instructional Coaches and Math Specialists – facilitating data discussions, professional development, and coaching cycles around math instruction.

• Teacher Teams and PLCs – engaging in collaborative planning to design lessons and supports that meet the needs of all learners.

Applications and Use Cases:

• Data Team Meetings: Use the protocol to examine math benchmark and progress monitoring data, identify gaps, and plan responsive instructional moves.

• Professional Development: Incorporate the protocol into PD sessions focused on MTSS, instructional leadership, or improving math achievement.

• School Improvement Planning: Align findings from the protocol with school-wide goals, curriculum planning, and resource allocation.

• Coaching and Support: Use as a reflective conversation guide to deepen teacher understanding of student math needs and instructional effectiveness.

Why This Protocol Matters:

Too often, low math performance is addressed only through intervention, without fully evaluating the quality of core instruction. This protocol encourages educators to ask the right questions, analyze the right data, and respond with the right actions—prioritizing Tier 1 improvements while strategically layering in support for students who need more.

By promoting intentional planning, collaborative reflection, and instructional alignment, this tool lays the groundwork for sustainable, system-wide improvement in mathematics achievement—ensuring that every student has access to high-quality math instruction that builds confidence, competence, and long-term success.