school reform and beyond brian rowan burke a. hinsdale collegiate professor in education research...
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TRANSCRIPT
School Reform and Beyond
Brian RowanBurke A. Hinsdale Collegiate Professor in
EducationResearch Professor, Institute for Social
ResearchProfessor of Sociology
Part I:The Problem
ECLS Estimates of Expected Literacy Learning by Risk Status: Kindergarten to Grade 3
0
20
40
60
80
100
120
140
0 10 20 30 40 50
Months
IRT
Scale
Sco
re
High Risk
Average for Population
Low Risk
How Big Are the Gaps?
At first testing, high risk students cannot identify letters, low risk can. By the end of 3rd grade (month 40), high risk students can identify common sight words, low risk students can make basic inferences from connected text and are moving toward extrapolation.
High-Risk vs. Average-Risk
High-Risk vs. Low-Risk
SD Months SD Months
Beginning of Kindergarten 0.36 1.6 0.64 2.8
End ofKindergarten
0.32 2.1 0.55 3.6
End of 1st Grade
0.34 1.8 0.61 3.2
End of3rd Grade
0.45 4.7 0.74 7.8
Approaches to Narrowing Gaps
High quality pre-schooling:
can increase achievement at entry into schooling
High quality elementary schooling:
accelerates academic growth during schooling
Out-of-school reforms
address factors “beyond the control of schools” that limit academic growth before and during schooling
Projected Outcomes:High Quality Pre-School + Effective Early Grades
Schooling
Model-Based Estimates of Reading Achievement Growth from ECLS Data
Gaps in Achievement for High Risk vs. Low Risk Students Under Different Conditions
Hi Risk ChildHi Start in K
Hi Risk ChildHi Start in KEffective School
Beginning of Kindergarten 0.72 months 0.25 months
End of Kindergarten 0.56 months -0.65 months
End of 1st Grade 0.72 months -0.54 months
End of 3rd Grade 2.76 months -0.68 months
Part II: Participation in R&D
Development
Full Scale Effectiveness Trial Exploratory Research
Efficacy Trial
The Cycle of R&D
Part II: Participation in R&D
Development
Full Scale Effectiveness Trial Exploratory Research
Efficacy Trial
The Cycle of R&D
Development Projects
Schools and researchers have interest in addressing/resolving a common “problem of practice.”
Researchers and school professionals work together in a few schools to:
conceptualize problem(s) design and test “tools/strategies” to address problem(s) conduct “informal” research to improve/evaluate
Products:
new curriculum units new assessment instruments new teaching practices new administrative practices/arrangements
Development Projects: An Exemplar at Michigan
The Henry Ford Museum/Michigan SOE Partnership
Team: Museum curator, UM faculty and graduates students, classroom teachers.
Initial Problem: Could you help us develop technology to improve access to museum resources for students and enhance the quality of their learning?
Initial Findings: Students have a “one shot” engagement at museum.
The tools: “Virtual Curator” and “Virtual Explorer” keep students engaged before and after visit.
The cycle: Six revisions over two years with Allen Park schools.
Development Projects: Features of District Participation
Small scale project: a few schools a limited focus
Intensive collaboration: multiple partners assumption of shared expertise mutual learning mutual benefit
Multi-year cycle of development and testing
Part II: Participation in R&D
Development
Full Scale Effectiveness Trial Exploratory Research
Efficacy Trial
The Cycle of R&D
Exploratory Research
Often emerges from a development project in a handful of schools.
Additional schools now recruited into project.
Developers conduct more systematic research to examine:
theory of action (are things working as they should?) effects on outcomes (are we getting the results we want?)
Research findings:
can serve as basis for further development work can serve as basis for efficacy trial
Exploratory Research: An Exemplar at Michigan
Project-based science (PBS) in the Detroit Public Schools middle schools.
Project begins with development in pilot sites.
In 1998, project moves to 13 teachers in 10 schools.
Six years later: 63 teachers in 26 schools.
Researchers found:
among “matched” students, the more PBS units a classroom used, the higher the MEAP science scores.
among “matched students”, those using PBS show higher levels of science motivation.
successful scaling required more “specified” implementation procedures.
Exploratory Research: Features of District Participation
District agrees to allow spread of initial project
Students, teachers, administrators now become:
“implementors” of project (not co-developers) “subjects” of research (not co-researchers)
Research becomes more intensive and rigorous:
matched samples formal instruments (e.g., surveys, observations)
Part II: Participation in R&D
Development
Full Scale Effectiveness Trial Exploratory Research
Efficacy Trial
The Cycle of R&D
Efficacy/Effectiveness Trials
Aim is to evaluate the effectiveness of well-developed interventions as implemented under “normal conditions of practice.”
Efficacy trials examine effectiveness of intervention in favorable conditions of implementation (e.g., in medicine, a clinic)
Effectiveness trials examine effectiveness of intervention under broad conditions of use (e.g., in medicine, regular practice setting)
Researchers often use “random assignment” to treatment vs. control conditions (RCT).
Researchers will want to gather detailed data on:
degree of implementation effects of treatment on outcomes, where control group is counterfactual
To assure adequate statistical power, number of schools/classrooms involved in research can be quite large.
70- 80 classrooms (40 treatment/40 control) 70 – 80 schools (40 treatment/40 control)
Efficacy/Effectiveness Trials: An Exemplar at Michigan
A Study of Instructional Improvement examined the effectiveness of three of America’s largest CSR programs:
Accelerated Schools Project (ASP) America’s Choice (AC) Success for All (SFA)
This was a 4-year, quasi-experiment conducted in ~120 high poverty elementary schools:
Matched samples of ~30 schools working with each of the three interventions, plus a matched sample of ~30 schools not implementing one of the interventions
Inside all 120 schools, data were gathered annually on school improvement processes, instruction, and student achievement
Looking at these programs, researchers examined:
whether and how the CSR programs altered instruction in schools whether and how the instruction inside CSR schools affected student achievement
Efficacy/Effectiveness Trials: An Exemplar at Michigan (SII)
ComparisonAcceleratedSchools
Success for AllAmerica Choice
1.0
0.5
0.0
-0.5
-1.0
Values-basedDecision Making
Innovative Climate
Teacher Autonomy
Press for Innovation & Teacher Autonomy
ComparisonAcceleratedSchools
Success for AllAmerica Choice
1.0
0.5
0.0
-0.5
-1.0
InstructionalGuidance
Monitoring for Fidelity
Press forStandardization
Instructional Guidance & Standardization
The CSR Programs used different strategies to implement their proposed instructional changes
ASP emphasized adaptation/discovery AC and SFA emphasized fidelity
Efficacy/Effectiveness Trials: An Exemplar at Michigan (SII)
ASP did not produce changes in instructional practice
Figure 1: Instructional Differences Between ASP and Comparison Schools in Literacy Topic Focus Across All Lessons (N=39,720) Topic Focus Mean
(Confidence Interval) Grade Slope Sig.
(t-ratio)
▬ (1.12) ▬ (.85)
▬ (-1.07)
▬ (.13)
▬ (.85)
▬ (.09)
▬ (-1.32)
0.2 0.5 1 2 5 10
Reading Fluency 0.77 (0.58, 1.03)
Vocabulary 0.80 (0.59, 1.08)
Word Analysis 0.89 (0.62, 1.27)
Comprehension 0.90 (0.68, 1.19)
Spelling 0.97 (0.70, 1.34)
Grammar 1.00 (0.70, 1.42)
Writing 1.09 (0.79, 1.52)
Odds Ratio
Efficacy/Effectiveness Trials: An Exemplar at Michigan (SII)
SFA succeeded in producing “skill based” reading instruction
Figure 5: Instructional Differences Between SFA and Comparison Schools in Literacy Topic Focus Across All Lessons (N=34,182) Topic Focus Mean
(Confidence Interval) Grade Slope Sig.
(t-ratio)
▬ (.81) ▬ (1.61)
▬ (.18)
▬ (-1.32)
▲ (1.78)
▬ (-.72)
▼ (-2.54)
0.2 0.5 1 2 5 10
Spelling 0.33 (0.23, 0.48)
Grammar 0.48 (0.34, 0.68)
Writing 1.00 (0.73, 1.37)
Reading Fluency 1.05 (0.82, 1.34)
Vocabulary 1.23 (0.94, 1.62)
Word Analysis 1.50 (1.13, 1.99)
Comprehension 1.82 (1.43, 2.32)
Efficacy/Effectiveness Trials: An Exemplar at Michigan (SII)
AC produced “literature-based” reading instruction
Figure 3: Instructional Differences Between AC and Comparison Schools in Literacy Topic Focus Across All Lessons (N=40,701) Topic Focus Mean
(Confidence Interval) Grade Slope Sig.
(t-ratio)
▬ (.59) ▬ (1.30)
▬ (-.27)
▬ (-.89)
▼ (-2.18)
▼ (-1.68)
▼ (-1.73)
0.2 0.5 1 2 5 10
Vocabulary 0.57 (0.42, 0.77)
Reading Fluency 0.62 (0.46, 0.84)
Spelling 0.71 (0.51, 0.98)
Grammar 0.75 (0.55, 1.03)
Word Analysis 0.78 (0.55, 1.10)
Comprehension 1.21 (0.91, 1.62)
Writing 1.95 (1.33, 2.88)
Odds Ratio
Efficacy/Effectiveness Trials: An Exemplar at Michigan (SII)
SFA’s “skill-based” program improved reading achievement at the early grades
Student Starting K at 30th Percentile
Comparison Percentile
CSR Percentile
Spring 2nd Grade (ASP) 44th 44th Spring 2nd Grade (AC) 43rd 43rd Spring 2nd Grade (SFA) 39th 53rd Student Starting K at 50th Percentile Spring 2nd Grade (ASP) 66th 66th Spring 2nd Grade (AC) 65th 65th Spring 2nd Grade (SFA) 62nd 74th Student Starting at K 70th Percentile Spring 2nd Grade (ASP) 79th 79th Spring 2nd Grade (AC) 78th 78th Spring 2nd Grade (SFA) 76th 84th
Efficacy/Effectiveness Trials: An Exemplar at Michigan (SII)
AC’s literature based program improved reading achievement in the upper grades
Student Starting at 30th Percentile
Comparison Percentile
CSR Percentile
Spring 5th Grade (ASP) 19th 22nd Spring 5th Grade (AC) 19th 27th Spring 5th Grade (SFA) 19th 22nd Student Starting at 50th Percentile Spring 5th Grade (ASP) 35th 39th Spring 5th Grade (AC) 35th 46th Spring 5th Grade (SFA) 34th 39th Student Starting at 70th Percentile Spring 5th Grade (ASP) 54th 58th Spring 5th Grade (AC) 53rd 65th Spring 5th Grade (SFA) 52nd 58th
Efficacy/Effectiveness Trials: Features of District Participation
Districts as “subjects” of research.
Districts “recruited” through:
Direct contact from researchers
Support from intervention programs
Districts allowed to serve as gatekeepers to schools
District research office requires proposals District provides access to schools School choice to participate
Schools are given “incentives” for participation
Schools receive $2000/year Teachers receive incentives ($20/q’naire, $300-600 for logging)
Parental consent carefully managed (passive vs. active)
Benefit defined as “cosmopolitan” not “local”
These strategies had varying degrees of success in promoting instructional change. Two of the three programs improved student achievement in reading, but not at all grades.
Summary of District Participation in Research
Development Efficacy/Effectivness
Symmetric Collaboration Assymetric Collaboration
Intensive but localized impact
Less intensive but broader impact
Informal/flexible reckoning of benefits
Formal reckoning ofBenefits (i.e., incentives)
“School Reform and Beyond” in the Research Cycle
Pre-school research:
Ready to Learn: Developing new pre-school literacy program (development phase, going to exploratory research, then to efficacy trial)
Early elementary:
CARSS: Combining effective reading interventions with effective behavioral interventions (moving from design to development stage)
K-12:
UM SOE: Education Leadership Center (development partners needed)
Working at “system” level to meld school, family, community supports for student success.
Based on principals of Kellogg Foundation Spark Initiative