# Developing a Scope and Sequence for Intensive Math Intervention

## Intensive Intervention in Mathematics Course: Module 1 Overview

This module focuses on the mathematics content necessary to include within intensive intervention. This includes matching decisions about instruction and assessment to the mathematics content. In this module, educators will learn about:

• The necessity for providing intensive intervention in mathematics at any grade level
• The foundational mathematics skills necessary for mathematics competence
• How to sequence mathematics content along a continuum of mathematics learning

This module is divided into three parts, with an introduction and closing. A 508 compliant version of the full PowerPoint presentation across all parts of the module is available below.

Complete Slide Deck (508 compliant)

Workbook (508 compliant)

## Introduction

This video introduces Module 1 and provides an overview of the module content and related activities.

### Related Videos

Video Question: Mr. Flores asks about starting the data-based individualization (DBI) process in math.
(Associated with PowerPoint Slide 2 and 94)

## Part 1: Why is mathematics intensive intervention important?

Part 1 sets up the necessity for providing intensive intervention. Teachers review how earlier mathematics scores predict later mathematics scores and how mathematics performance during the school years predicts adulthood outcomes. Teachers also receive an overview of the intensive intervention framework from the National Center on Intensive Intervention.

### Worksheets & Activities

Activity 1 - Examine NAEP Data

Journal Entry - Provide Rationale for Intensive Intervention

## Part 2: What mathematical content do students need to master across kindergarten through eighth grade?

Part 2 emphasizes the need for developing a continuum of mathematics learning for each student before designing instruction within intensive intervention. Teachers review several mathematics content strands and determine the continuum of mathematics skills for each strand. Then, teachers learn to blend strands for a comprehensive continuum of mathematics learning.

### Worksheets & Activities

Activity 2 - Put Operations Standards in Order

Activity 3 - Put Problem-Solving Standards in Order

Activity 4 - Determine Skill Gaps

Discussion Board - Reflect Upon Upcoming Lessons

## Part 3: How to identify mathematical content for intensive intervention and how to sequence intervention content?

Part 3 expands upon the continuum of mathematics learning from Part 2. Teachers learn how to use diagnostic, formative, and summative data to determine appropriate content for intensive intervention.

### Worksheets & Activities

Activity 5 - Determine Skill Needed to Successfully Solve Problems

Activity 6 - Determine Intervention Needs for a Student

### Related Videos

Video Example: A tutor works with a student on adding fractions with unlike denominators
(Associated with PowerPoint Slide 87)

## Closing: What are the next steps?

The closing video reviews the content provided in the module and concludes with a classroom application activity.

### Worksheets & Activities

Classroom Application: Identify and Map Foundational Mathematics Skills

### Related Videos

Video Question: Mr. Flores asks about starting the data-based individualization (DBI) process in math.
(Associated with PowerPoint Slide 2 and 94)