MERRELL, K.W., ERVIN, R. A., & PEACOCK, G. G. (2006). SCHOOL PSYCHOLOGY FOR THE 21ST CENTURY: FOUNDATIONS AND PRACTICES. NEW YORK, NY: THE GUILFORD PRESS. Chapters 7 and 9 Chapter 7 Facilitating Change through Data-Driven Problem Solving: A Model for School Psychology Practice. Roles of the School Psychologist Expected Role Diagnostic Refer Test Place SEARCH FOR PATHOLOGY! Future Roles Non-categorical diagnostics Problem-solving model Assessment Intervention Systems Change Research Focus on prevention Aptitude by Treatment Interaction (ATI) Assumptions: Characteristics of the person affect response to treatment Person will learn more easily from one method than another The method differs from person to person The method can be determined based on data from assessment. Data: Fails to support these assumptions Individuals are not simply one variable deep (mediating and moderating variables and multiple aptitudes). Problem Solving Model Focuses on the problem Emphasis on early intervention (fix it before it gets bigger). Uses research and not “assumptions” to guide practice. [Evidence-based practice] Uses direct assessment tools for measuring academic and behavioral outcomes. Links the assessment to the intervention. Outcome-focused and context-specific Problem Solving Model What is the problem? Did it work? Why is it occurring? What should be done about it? Basic Problem Identification School: where student is. School: where they should be. • This will vary across different academic and behavioral tasks. •Changes to make this gap smaller need to focus on all aspects of the child’s issues. •This distance may widen and shorten throughout the span of time a child is in school. What is the problem? Requires objective means to measure the problem. Measurement must be quantifiable. Intensity Precise Frequency Practical Duration Objective Severity Socially Magnitude valid Problem morphs into goals (short- and longterm) Complexity Resistance to intervention. Why is it Occurring? Linking assessment to treatment and evaluation Analysis of problem context and function Hypothesis formation phase Assess when, where and with whom the problem is better or worse. Why is it Occurring? Ways to Test Variety of Sources: Student Teacher Parent Peers Admin Variety of Tools Formal Informal Review of the reasons for problems: Low motivation Rewarded for not doing the tasks Work is too hard. Work is not sufficiently explained or not enough help provided. Work is too different from what is expected. What Should Be Done About It? Use the collected data to determine the basis of the intervention. Design the intervention around this data AND around research-based interventions in the literature. Interventions chosen for: Relevance to the problem Contextual fit Likelihood of success. Establish progress monitoring tools and timelines Did it Work? To be completed, problem should be resolved. Examine data collected through progress monitoring. Compare pre-post intervention data. Single-subject design techniques are good. Chapter 9 The School Psychologist’s Role in Prevention and Intervention: Part 1: Academic Skills Fundamentals Children learn and develop at different rates. Developmental progress varies over time and across domains. Interventions must be adapted to meet the individual student’s needs. Problem solving model cannot guarantee success BUT it should increase the probability of success. Risk and Protective Factors General Risk Factors Poverty (lack of resources) Economic Dependence Overcrowding Disorganization within the family system Uncaring parents Chronic family conflict Abuse/ Maltreatment Protective Factors Quality parent/child relationships Good cognitive development Self-regulation of attention, emotion, and behavior Intervention Considerations Trustworthy and effective For your student In that context Relevant to the problem and context Efficient Practical Acceptable Feasible in context Produces desired outcomes Evaluated for your child in this situation Things to note: Early Intervention in Reading: Phonological awareness Alphabetic understanding Accuracy and fluency Learning needs interactions and alignments between Student (who is being taught) Curriculum (what is being taught) Instruction (how it is being taught) Student (Who is being Taught?) What is the student’s prior knowledge: skills, strategies, perceptions, expectations, and beliefs Task specific: information needed for that task. Task related: skills needed for learning. Know the foundational information Can access needed information with automaticity Can solve problems Can self-monitor Can self-regulate Student variables that affect learning: Selective attention Motivation Ability to recall The Curriculum (What to Teach?) Types of curriculum: Intended: formally recommended and adopted Taught: what is actually taught by teachers Learned: what is actually learned by students Problems when significant difference between intended and learned. Instruction (How and When to Teach) Should be timed for hierarchical learning (example below) Step one = mastered Step two = in progress Step three = on hold Learning facilitated through: Explanations Demonstrations Guided practice Timely correction Task-specific feedback Improve Academic Engagement, Motivation, Self-Regulation, & Problem Solving Structuring the Classroom Environment: Organizing a productive classroom Establishing rules and procedures Managing transitions Managing independent seatwork Communicating competency with students Teaching pro-social behavior ContingencyManagement: Systems of rewards and punishments Established expectations Teaching Strategies: Interactive strategies over lecture Peer tutoring Cooperative Learning Teacher questioning Improve Academic Engagement, Motivation, Self-Regulation, & Problem Solving Self-Monitoring: Teachable skill Observing behavior Recording observations Self-evaluation Self-reinforcement Self-Instruction Teach them to verbalize information that is unfamiliar. Teaching strategies for learning. Mneumonics Study skills Improve Skill Development, Fluency, and Retention of Information Organizing Materials Techniques: Demonstration Modeling Cueing Prompting Considerations Break into smaller bits Identify what will be confusing and focus on it. Relate new information to older information Teach to mastery Strategies for Improving Academics Math = number sense Reading = phonemic awareness Reading Fluency = repeated readings Prevention Primary prevention: All students are target Who receives intervention (nature of population) What will be the nature of the services How and when to be implemented Collect data to determine who needs help Begin problem solving model to provide help Repeat at secondary and tertiary levels if applicable Class Discussion Read the Discussion Question #5 (pg 204-205) and discuss with the group.