470 likes | 762 Views
Implementing Response to Intervention: A Statewide Approach in Idaho. Gerald D. Nunn, Idaho State University nunngera@isu.edu Wayne Callender, Idaho State Department of Education wcallend@boisestate.edu. “The Best Way to Predict the future is to invent it.” John Sculley, 1987.
E N D
Implementing Response to Intervention: A Statewide Approach in Idaho Gerald D. Nunn, Idaho State University nunngera@isu.edu Wayne Callender, Idaho State Department of Education wcallend@boisestate.edu
“The Best Way to Predict the future is to invent it.” John Sculley, 1987
The World as you know it is about to change?
Picture This… A third grade student transfers into your school from a nearby community. Test scores indicate her reading skills are significantly below grade level. • If you were this student’s parent, what would you prefer happen? • What course of action is likely to be pursued to assist this student?
Three Paths: • The student receives additional assistance (i.e., reading lab, tutoring, additional instruction, help with homework) • The student is referred for a special education evaluation • The student continues to struggle and teachers do the best they can to assist
Three Paths (cont.) Options A,B, & C are low probability occurrences-unlikely to bring about an increase in the student’s reading skills and, thus, unlikely to increase her long-term academic performance.
The Urgency of Intervention Readers below proficiency at the end of first grade are at-risk for long-term academic difficulty. • There is an 88% probability of being a poor reader in fourth grade if you were a poor reader in first grade (Juel, 1988) • 75% of students identified with reading problems in the third grade are still reading disabled in 9th grade (shaywitz, et.al, 1996)
WHY PROBLEM SOLVING For every complex problem, there is a simple solution… that doesn’t work Mark Twain
History of RTI in Idaho • Idea birthplace: A Mall in Kansas City • Influences: Iowa, Kansas • Original schools (1999-2000): • Mackay Elementary (Rural Idaho) • Acequia Elementary (Southern Idaho) • Dalton Elementary (Northern Idaho)
RTI Pilot Schools • Number of schools by region • 1 = 18 • 2 = 13 • 3 = 41 • 4 = 18 • 5 = 9 • 6 = 32
RTI Schools in Idaho • Number of schools (total) = 131 (40,000 students) • Number of districts = 43 (38% of total) • Elementary = 107 (82%) • Secondary = 24 (18%) • New schools added this year = 27across 5 regions
What Were We Thinking? Why consider discontinuing the traditional model? • Did it Work? • Was it Efficient? • Did it help us Teach? • Was there a Better Way?
Guiding (Idaho) Principles of Problem-Solving/RTI • Let’s work together to help struggling kids (not worry if they qualify). • Spend our time engaged in applying powerful, direct interventions. • Make paperwork functional. • Students severely discrepant from peers, requiring intense, long-term interventions should qualify for special education.
Guiding Principles of NCLB • Accountability for Student Performance • Focus on What Works • Reduce Bureaucracy & Increase Flexibility • Empower Parents
Best Practices Supporting Effective Implementation of RTI • Problem Solving Teams • Parental Involvement • Functional Assessment • Outcome Oriented Intervention • Ongoing Progress Monitoring • Systematic Data-Based Decision Making
A Problem= What is Expected Performance
So… How has Problem-Solving/RTI impacted our schools? • Focus on school context • General education • Special education
TEACHER CHILD • Biology • Genetic endowment • Environmental influence • Education/teacher preparation • Experience • Classroom management style Student Achievement • Family context • Income • Education • Culture • Community context • Resources • Culture CLASSROOM • Size • Curriculum • Resources • Material • support personnel Student Achievement is the Product of the Child in the School Context
“I’m increasingly persuaded that schools that go slow and do a little at a time end up doing so little that they succeed only in upsetting everything without accruing the benefits of change” Sister in Prestine, 1992
Impact on General Education Changes to System • Integration of resources • All students addressed • Focus on school context • Prioritized learning activities • Emphasis on research-based instructional practices
Impact on Special Ed Major changes in… • When students are placed • How kids are identified (dual discrepancy) • What professionals do (refer, test, place) • Who gets assistance • Focus of services
Dual Discrepancy Eligibility Criteria When a student exhibits large differences from typical levels of performance in achievement, social behavior, or emotional regulation AND Withevidence of insufficient response to high-quality interventions in academic and/or behavioral domains of concern.
Noncategorical Eligibility Criteria • Is there evidence of resistance to general education interventions? ( explain interventions implemented and data showing results) • Are the resources necessary to support the child to participate and progress in the general education curriculum beyond those available in the general education curriculum? (Describe what resources are necessary) • Is there evidence of a severe discrepancy from peer’s performance in the areas of concern? (Must use multiple indicators) • Is there a convergence of evidence which logically and empirically support the team’s decisions?
Over Identifying? Studied Response of Struggling Readers (second grade) receiving supplemental instruction: ¼ Early Exit (10 wks) ¼ Midterm (20 wks) ¼ Late Exit (30 wks) ¼ No Exit (After 30 wks) Vaughn, 2003
Changes Since Inception • Build Infrastructure and Address the System • On-Going Evaluation of System • Combine Problem-Solving and Standard Protocol Approach • Improve Problem-Analysis and Quality/Intensity of Intervention • More Explicit Training and On-Going Support • Definition of Response to Intervention (Exit Intensive Level) • Reconsider Notion of Learning Disability (Focus on Need) • POSSE (Standardize the Process) • Nature of Comprehensive Evaluation
Results-Based Model of Idaho(RBM) Gerald D. Nunn, Ph.D., NCSP Program Director School Psychology Research and Evaluation Findings Presented at the National Association of School Psychologists April 2005
A I ct on dentify I I Interventions Concerns D D L ook at E E Results A A L E L D xplore efine Interventions Problems IDEAL Bransford & Stein, 1993 The IDEAL Problem Solving Approach Putting Together the Intervention Puzzle
Knowledge, Skills, and Perceptions of Problem Solving Practices • What did educators/teams think and know about the skills and basis of problem-solving, RTI, etc.?
Highest Rated Perceived Skills by Team Members 89% Gaining rapport with children 81% Work well with a team of professionals 73% Work well with young children 77% Good working relationships with other professionals 72% Sensitive to the needs and situations of those I work with
Highest Rated Existing Needs by Team Members • 77% Determine and use the "resources" available to you to effectively plan and implement interventions. • 76% Develop effective treatments and interventions for children. • 75% Collect, graph, & make decisions to maintain/change an intervention. • 74% Determine when to change or continue an intervention based upon data you collect. • 73% Persuade people to take action, change, improve situations.
10 Highest Ratings for Implementation of Problem Solving Practices by Team Members* • Team atmosphere positive/comfortable. • Parent encouraged to contribute. • Well organized/efficient meeting. • High degree of collaboration. • Brainstorming effectively used. • Parents active participants. • Process supportive of Gen Ed Teacher. • A “variety” of assessments were used. • The PLOP was defined. • The “problem” was clearly defined. *G.D. Nunn (1999) Problem-Solving Innovation Survey
Lowest Ratings for Implementation of Problem Solving Practices* • Progress graph was discussed. • Data was collected. • Changes in aimlines/interventions were made. • Student was involved in the process. • A “problem-solving” method was used. • Decision-rules were used. • Baseline data was collected and used to set goals. • Data was frequently collected, monitored, analyzed. • A “problem-analysis” statement was developed. • A data-based discrepancy was quantified (i.e., expected/occurs ratio) *G.D. Nunn (1999) Problem-Solving Innovation Survey
What was happening? • Things we found…
Average Change in IRI Raw Scores from Fall-Spring 2003 by Students with RBM I-Plans and Those Without I Plans. 120 100 80 Change 60 40 20 0 Yes On I-Plan No I-Plan IRI Effect Size