accelerating students in mathematics

29
Accelerating Students in Mathematics Bringing Students to Grade Level in a Standards-Based World

Upload: deidra

Post on 15-Feb-2016

37 views

Category:

Documents


0 download

DESCRIPTION

Accelerating Students in Mathematics Bringing Students to Grade Level in a Standards-Based World. Agenda Day 1. Overview, History, and the Need for Change Remediation, Differentiation, Intervention, and Acceleration Model for Acceleration – Part 1 - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Accelerating Students in Mathematics

Accelerating Students in Mathematics

Bringing Students to Grade Level in a Standards-Based World

Page 2: Accelerating Students in Mathematics

AgendaDay 1

Overview, History, and the Need for Change

Remediation, Differentiation, Intervention,

and Acceleration Model for Acceleration – Part 1 Working on Part 1 Concept Trace Activities

Grades 3-5 Working with FractionsGrades 6-8 Fractions-Decimals-

Percents

Page 3: Accelerating Students in Mathematics

AgendaDay 2

Review and Reflect - Day 1 Model for Acceleration – Part 2 Working on Parts 1 & 2 Concept Trace Activities

Grades 3-5 2-Dimensional Figures

Grades 6-8 4 Representations of

Algebra

Page 4: Accelerating Students in Mathematics

Overview, History, and the

Need for Change

Page 5: Accelerating Students in Mathematics

Overview

The four days of the workshop The mixed groups Using materials in a Standards-

Based World How we reconcile the research and

the need to cover the materials The need for a process (model)

Page 6: Accelerating Students in Mathematics

History

NCLB - 2000 Profiles 2004 Standards, Mapping and

MCAs and MCA IIs 2004 Special Ed Reauthorization Response to Intervention Models

Page 7: Accelerating Students in Mathematics

Change

Grade Level Accountability Discrepancy Model and Response-

to- Intervention Living and Working in Both Worlds 25 years of Title 1

Page 8: Accelerating Students in Mathematics

Remediation, Differentiation, Intervention,

and Acceleration

Page 9: Accelerating Students in Mathematics

Remediation

What is remediation? How do we use remediation? Who needs remediation? Where does remediation fit?

Page 10: Accelerating Students in Mathematics

Differentiation

What is differentiation? How do we use differentiation? Who needs differentiation? Where does differentiation fit?

Page 11: Accelerating Students in Mathematics

Intervention

What is intervention? How do we use intervention? Who needs intervention? Where does intervention fit?

Page 12: Accelerating Students in Mathematics

Acceleration

What is acceleration? How do we use acceleration? Who needs acceleration? Where does acceleration fit?

Page 13: Accelerating Students in Mathematics

Before You Sit Down

We Need to have 3-5 & 6-8 Tables

Rearrange to have that configuation.

When your table is either 3-5 or 6-8 send one person up to get your folders.

Page 14: Accelerating Students in Mathematics

Model for AccelerationPart 1

Page 15: Accelerating Students in Mathematics

Model for Acceleration

Develop Standards-based concept strands

across grade levels Set priorities/determine core within

strands and across strands Use materials to find lessons that

address Standards Find lessons to fill holes Develop Assessments to identify

student needs

Page 16: Accelerating Students in Mathematics

Model Part 1

Decide on a Strand (Number/Geometry [3-5] or

Number/Algebra [6-8]) Choose a “End” Standard/Benchmark at

your grade level Going back at least two years, find the Benchmarks at those grade levels that

will lead to the “End” Standard Highlight all Benchmarks in the Trace with

the same color Review the progression to make sure

there are no holes

Page 17: Accelerating Students in Mathematics

Working on Part 1

Page 18: Accelerating Students in Mathematics

AgendaDay 2

Review and Reflect - Day 1 Model for Acceleration – Part 2 Working on Parts 1 & 2 Concept Trace Activities

Grades 3-5 2-Dimensional Figures

Grades 6-8 4 Representations of

Algebra

Page 19: Accelerating Students in Mathematics

ReviewAnd

Reflect

Page 20: Accelerating Students in Mathematics

AgendaDay 2

Review and Reflect - Day 1 Model for Acceleration – Part 2 Working on Parts 1 & 2 Concept Trace Activities

Grades 3-5 2-Dimensional Figures

Grades 6-8 4 Representations of

Algebra

Page 21: Accelerating Students in Mathematics

Model for Acceleration

Develop Standards/Benchmarek-based concept strands

across grade levels Set priorities/determine core within

strands and across strands Use materials to find lessons that

address Standards Find lessons to fill holes Develop Assessments to identify

student needs

Page 22: Accelerating Students in Mathematics

Model Part 1

Model – Part 1 Decide on a Strand (Number/Geometry [3-5]

or Number/Algebra [6-8]) Choose a “End” Standard/Benchmark at your

grade level Going back at least two years, find the Benchmarks at those grade levels that will

lead to the “End” Standard Highlight all Benchmarks in the Trace with

the same color Review the progression to make sure there

are no holes

Page 23: Accelerating Students in Mathematics

Concept Traces

3-5 & 6-8 Number & Operation

Page 24: Accelerating Students in Mathematics

Model for Acceleration

Part 2

Page 25: Accelerating Students in Mathematics

Model Part 2

Model – Part 2 Decide on a Strand (Number/Geometry [3-5]

or Number/Algebra [6-8]) Using the 3-8 Mathematics Test Specs,

prioritize the “End” Benchmarks based on the

numbers and complexity of Test Items for the Standards Starting with the “End” Benchmark/Standard

progression with the highest priority, match activities in the materials that match the Benchmark

progression. Review the progression to make sure there

are no holes

Page 26: Accelerating Students in Mathematics

AgendaDay 2

Agenda Review and Reflect - Day 1 Model for Acceleration – Part 2 Working on Parts 1 & 2 Concept Trace Activities

Grades 3-5 2-Dimensional FiguresGrades 6-8 4 Representations of

Algebra

Page 27: Accelerating Students in Mathematics

WorkingOn

Parts 1 & 2

Page 28: Accelerating Students in Mathematics

Concept and Activity Traces

3-4 Geometry & 6-8 Algebra

Page 29: Accelerating Students in Mathematics

Next Steps

Continue working on Concept and

Activity Traces Share with your colleagues Talk in your building about

how to make mathematics “fit”

for all students