40
DDI and Assessments in Mathematics: Analyzing and Tracking Data at the 6-12 Level May 13, 2014

DDI and Assessments in Mathematics: Analyzing and Tracking Data

  • Upload
    lucita

  • View
    24

  • Download
    0

Embed Size (px)

DESCRIPTION

DDI and Assessments in Mathematics: Analyzing and Tracking Data. at the 6-12 Level May 13, 2014. Session Objectives. Be able to describe what to look for when analyzing student work for a Common Core-aligned assessment Be able to create a data tracker for assessments - PowerPoint PPT Presentation

Citation preview

Page 1: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

DDI and Assessments in Mathematics: Analyzing and Tracking Data

at the 6-12 Level

May 13, 2014

Page 2: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Session Objectives

• Be able to describe what to look for when analyzing student work for a Common Core-aligned assessment

• Be able to create a data tracker for assessments

• Develop questions that drive data-analysis meetings around Common Core-aligned assessment data

Page 3: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Agenda

• Introduction• Warm Up: Review of Assessment Design• Looking at Student Work– Examples– Time with work you brought

• Tracking Student Work• Leading a Data Meeting with Questions• Q & A

Page 4: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Introduction

• Part I: Assessment (February)• Part II: Analysis* (May)• Part III: Action (July)

Page 5: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

*Analysis is hard.• We don’t want to “granularize” content…

…but we have to do something to look “under the hood”

• We want our students engaged in rich tasks……but we want to dig into the work associated with the tasks to learn specifics aboutwhat our students know and can do

• We don’t want to put rigor in silos or to create a “checklist” for rigor…

…but we want usable information abouthow are kids are doing with respect to thedemands of the Common Core

Page 6: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Warm Up: Review of Assessment Design

1. What makes this assessment Common Core-aligned?2. Critique this. How could it be improved?

Page 7: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Review: What Two Things Make a Great Common Core Assessment?

1. Balance of rigor2. Variety of levels

Page 8: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Think Aloud…• I knew some of my students were functioning

below grade level, so I used the RP domain heading to locate similar understandings at the 6th grade level. This drove instruction for my unit and allowed for more differentiation.

• I tried to include a variety of prompts/question types that would offer a balance of rigor. This drove instruction for my unit and ensured a balance of rigor throughout the unit.

Page 9: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Examine Sample Assessment

First Focus Question: “Imagine looking at some student work associated with this assessment.

What kinds of errors do you think you’d see?

What would these errors reveal about students?”

Page 10: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Looking at Student Work

Second Focus Question: “Look at the work from Veronica and Englebert.

What kinds of errors do you see?

What do these errors reveal about students?”

Page 11: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

This Evening’s Two Big Ideas:

Analyze student work based on:1. The grade level standard(s) being measured 2. The type of error, viewed through a rigor* lens

Page 12: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

*Rigor Means Different Things to Different People

• Procedural • Conceptual• Application

Page 13: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Veronica

Page 14: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Veronica

Page 15: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Veronica

Page 16: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Veronica

Page 17: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Veronica

Page 18: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Veronica

Page 19: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Englebert

Page 20: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Englebert

Page 21: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Englebert

Page 22: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Englebert

Page 23: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Englebert

Page 24: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Englebert

Page 25: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Summary

Notice:1. The grade level standard(s) being measured 2. The type of error, viewed through a rigor* lens

Page 26: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Activity

• Spend some time with student work that you brought.– What standards are being measured?– What types of errors are being made?

• If you didn’t bring any student work, look at the annotated items.

Page 27: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

How Do We Track Data?

Page 28: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Tracking The Class

Page 29: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Each Item, Through Multiple Lenses

Page 30: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Useful Disaggregation

Page 31: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Useful Disaggregation

Page 32: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Possible Modifications

• Break down data to show strategies employed (e.g., table, equation)

• Break down P, C, A further (e.g., “P – Division of fractions”)

• Include other “lenses” (e.g., vocabulary, writing)• Also tag items at performance levels, using PLDs• Tag items to more than one standard

Page 33: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Using Questions to Lead Data Meetings

“Bambrick Model”—Based on Paul Bambrick-Santoyo’s Driven By Data

We’ll look at: • “Pre-Cursors” (what happens before a data meeting)• “Conversation Starters and Re-Directors” (what happens

during a data meeting)

$64,000 Question:How might these look different using a Common Core-aligned assessment?

Page 34: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

“Pre-Cursors”

Page 35: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

“Pre-Cursors”

• How would we prepare differently for a Common Core assessment meeting?– What different activities would we ask teachers to

do? – What different questions would we pose?

Page 36: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

“Conversation Starters & Re-Directors”

Page 37: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

“Conversation Starters & Re-Directors”

• What would be different during a Common Core assessment meeting?– What different activities would we ask teachers to

do? – What different questions would we pose?

Page 38: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

This Evening’s Two Big Ideas, Revisited:

Analyze student work based on:1. The grade level standard(s) being measured 2. The type of error, viewed through a rigor lens

Page 39: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Session Objectives

• Be able to describe what to look for when analyzing student work for a Common Core-aligned assessment

• Be able to create a data tracker for assessments

• Develop questions that drive data-analysis meetings around Common Core-aligned assessment data

Page 40: DDI and Assessments in Mathematics:  Analyzing and Tracking Data

Thanks!

• Q & A