The Effectiveness of a Targeted Mathematics Intervention Program in Raising Student Achievement PDF Download
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Author: Dustin B. Nuckolls
Publisher:
ISBN:
Category : Academic achievement
Languages : en
Pages : 218
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Book Description
Author: Dustin B. Nuckolls
Publisher:
ISBN:
Category : Academic achievement
Languages : en
Pages : 218
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Book Description
Author: Jennifer Taylor-Cox
Publisher: Routledge
ISBN: 1317426207
Category : Education
Languages : en
Pages : 221
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Book Description
Help all of your students reach success in math! This essential book, from bestselling author and consultant Jennifer Taylor-Cox, is filled with suggestions that teachers and RTI/MTSS specialists can use to target instruction for struggling students in PreK-2. You’ll find out how to diagnose academic weaknesses, differentiate instruction, use formative assessments, offer corrective feedback, and motivate students with games and activities. The book’s practical features include... Directions for incorporating formative assessments; Explanations of successful strategies for intervention; Important math terms to use with students; Games for active learning with printable boards; Cognitive demand questions ranging from easy to complex; and Rigorous problems to help you gather pre and post data. In this enhanced second edition, you’ll find correlations to the Common Core throughout, as well as a variety of brand new, rigorous problems designed to mirror those on CCSS assessments such as the PARCC and SBAC. Bonus! The book is accompanied by free eResources on our website, www.routledge.com/9781138915626. These eResources include an Answer Key with Scoring Guide and a handy Progress Monitoring Tool that you can use to track each student’s growth, record notes, and share data with parents, administrators, and other educators. The eResources also contain printable versions of the games in the book so that you can easily download and print them for classroom use.
Author: Paul J. Riccomini
Publisher: Corwin Press
ISBN: 1452273197
Category : Education
Languages : en
Pages : 169
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Book Description
"The authors do a great job of blending ideas from mathematics education and the National Mathematics Panel Report with special education research. This is a great resource for those starting an RTI mathematics program." —Russell Gersten, Professor Emeritus, University of Oregon Director, Instructional Research Group "Riccomini and Witzel have assembled a straightforward, well-organized, and systematically presented text that will be popular with inservice and preservice teachers alike." —Kimberly Bright, Associate Professor of Educational Leadership and Special Education Shippensburg University Boost academic achievement for all students in your mathematics classroom! Response to Intervention (RTI) is a system for assessment and instruction that has promising applications for teaching mathematics. This exciting new resource from Paul J. Riccomini and Bradley S. Witzel leads the way in applying RTI to mathematics instruction by offering guidelines for improving learning for all students, especially those who have learning disabilities or are struggling with mathematics content. Drawing from evidence-based models, this guide begins with a comprehensive discussion of the RTI framework and the types of interventions appropriate within an RTI system for mathematics. The authors describe how the three tiers can be implemented in specific math areas and provide examples of RTI procedures illustrated in case studies. Aligned with the needs identified in the National Mathematics Advisory Panel final report and the IES practice guide, this book includes: Intervention strategies for specific mathematics areas, such as number sense, fractions, problem solving, and more Procedures for teaching math using systematic and explicit instruction as an approach to assessment, instructional planning, and evaluation Descriptions of essential components to consider when designing and implementing RTI in mathematics Guidelines for teaching math vocabulary This timely resource provides tools and strategies that educators can immediately implement to help students achieve increased critical thinking skills and academic success.
Author: Ryan P. Farrell
Publisher:
ISBN:
Category : Educational leadership
Languages : en
Pages : 194
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Book Description
The purpose of this study was to determine the efficacy of the Do The Math (DTM) intervention for increasing math achievement of elementary school students in special education. This cross-sectional, quasi-experimental study compared the performance of a group of special education students in one school district on a standardized mathematics assessment both before and after the implementation of the DTM intervention for a 60-day instructional period. The researcher also compared the growth of the same experimental group of students in special education receiving the DTM intervention to that of a control group of students in special education receiving a re-teaching of the core curriculum in the special education setting on a standardized mathematics assessment. The findings of this study indicated that the DTM intervention was effective as a treatment in improving the math achievement of students in special education and it was a more effective treatment for improving achievement in math than the re-teaching of the core math curriculum to special education student in the special education setting. The results of this quantitative study provided evidence to inform the district administrators' position regarding the intervention's efficacy to meet special education student needs and also contributed to the much-needed research on viable math interventions for elementary students in special education.
Author: Clark J Hickman
Publisher: IAP
ISBN: 1641137398
Category : Education
Languages : en
Pages : 199
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Book Description
The goal of this book is to bring together the concept of self-efficacy theory with practical how-to strategies for both teachers and parents to use in heightening their students’ levels of self-efficacy. The book examines how self-efficacy theory relates to the acquisition of mathematical competence. The text also provides specific and practical how-to strategies for both teachers and parents in applying these principles to classroom mathematics instruction and activities. The self-efficacy practices and applications to mathematics are also suitable for families working with learners outside the school environment. Acquiring mathematical skills requires more than knowing arithmetic tables, memorizing rules, and knowing proofs. It requires a basic belief that one is capable of obtaining this information, making sense of it, and applying and generalizing it in mathematical problems. In addition, a student must believe that obtaining these skills leads to a positive outcome, whether it is perceived to be a good or passing grade, comfort-level in tackling mathematical problems, being able to advance to the next mathematics course, being able to score highly on the math section of the SAT and/or be competitive for a desired job. The ability of students to achieve and exceed grade level competence in mathematics is addressed through the lens of Albert Bandura’s Self-Efficacy Theory. This theoretical position states that one will persist in mastering a behavior (in this case, mastering mathematical principles and skills), in the face of obstacles or failures—to the extent that one believes he or she has the ability to do so, and that there is a desired outcome for doing so. The research literature on the role of self-efficacy in mathematic instruction is examined to demonstrate the validity of using this concept to increase student (and parent/teacher) confidence in learning and applying grade-appropriate math content. Specific teaching methodologies will be provided that infuse self-efficacy strategies for students. Lastly, teachers and parents are provided strategies to increase their own self-efficacy when it comes to conveying mathematics principles to their child or student, as well as strategies to assess their students’ level of self-efficacy over time. Teaching and learning mathematics so that students achieve success at their grade level or above can present a variety of challenges. One barrier that affects learners is the belief that one is not capable of learning mathematics or not naturally talented in the field, not a “math person.” As a result, learners may not believe they are capable of a positive outcome for achieving mathematics success. This book is an important resource for pre-service and in-service teachers, as well as families in applying the theory of self-efficacy to support learners in becoming confident and assured in their ability to understand and apply mathematical principles and procedures. Coupled with classroom ready mathematics instructional strategies, the book provides readers with the background, tools and strategies needed to carry content success and confidence forward to remain persistent in solving all future mathematical problems.
Author: Brandi Rachelle Robinson
Publisher:
ISBN:
Category : Academic achievement
Languages : en
Pages : 93
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Book Description
The United States ranks in the middle of the nations participating in the Programme for International Student Assessment, and secondary education has not seen growth in mathematics achievement since the 1970s. Computer-assisted math education offers a new opportunity to increase mathematical achievement with students. Pearson Education’s MyMathLab has shown promise at the higher education level with enhancing student proficiency in concepts. The purpose of this study was to determine if the use of Math XL, the secondary counterpart to MyMathLab, could increase mathematics achievement, measured by the performance on the end-of-course test for Algebra I and Geometry for high school students in a computer-assisted math intervention program. The quasi-experimental posttest-only study enhanced the current knowledge of MyMathLab/Math XL as a tool for higher education and demonstrated the effects of using it at the secondary level. The sample was taken from high school Algebra I and Geometry students at an online high school in a southern state. A comparison group was created from students meeting the same criteria for the computer-assisted math intervention program who chose not to participate. An analysis of variance was used to test for statistically significant differences in the end-of-course test scores in those students enrolled in a computer-assisted math intervention program and those students not enrolled in a computer-assisted math intervention program. The analysis found no significant difference in the mean between the group enrolled in computer-assisted intervention and those not enrolled.
Author: Jessica H. Hunt
Publisher: Routledge
ISBN: 1000418278
Category : Education
Languages : en
Pages : 95
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Book Description
Design effective, learner-driven math interventions with this accessible and thought-provoking guidebook. Learn how to set up instruction to promote participation and understanding, plan purposeful, targeted tasks, develop student thinking, and create tools to assess student work in a way that measures learning, not just performance. Chapters explore questions that educators frequently struggle with when designing interventions, offering user-friendly research and evidence-based strategies to help overcome common hurdles. This book is essential reading for anyone seeking an adaptive approach to Tier 2 and 3 interventions that positions struggling students as competent learners.
Author: Timothy Winder
Publisher:
ISBN: 9781536137408
Category : Girls
Languages : en
Pages : 0
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Book Description
Students struggling with mathematics may benefit from early interventions aimed at improving their mathematics ability and ultimately preventing subsequent failure. This guide provides eight specific recommendations intended to help teachers, principals, and school administrators use Response to Intervention (RtI) to identify students who need assistance in mathematics and to address the needs of these students through focused interventions. The guide provides suggestions on how to carry out each recommendation and explains how educators can overcome potential roadblocks to implementing the recommendations. The recommendations were developed by a panel of researchers and practitioners with expertise in various dimensions of this topic. The panel includes a research mathematician active in issues related to K8 mathematics education, two professors of mathematics education, several special educators, and a mathematics coach currently providing professional development in mathematics in schools. The panel members worked collaboratively to develop recommendations based on the best available research evidence and our expertise in mathematics, special education, research, and practice. The body of evidence we considered in developing these recommendations included evaluations of mathematics interventions for low-performing students and students with learning disabilities. The panel considered high-quality experimental and quasi-experimental studies, such as those meeting the criteria of the What Works Clearinghouse (http://www.whatworks.ed.gov), to provide the strongest evidence of effectiveness. We also examined studies of the technical adequacy of batteries of screening and progress monitoring measures for recommendations relating to assessment. In some cases, recommendations reflect evidence-based practices that have been demonstrated as effective through rigorous research. In other cases, when such evidence is not available, the recommendations reflect what this panel believes are best practices. Throughout the guide, we clearly indicate the quality of the evidence that supports each recommendation. This practice guide also aims to formulate specific and coherent evidence-based recommendations that educators can use to encourage girls in the fields of math and science. The target audience is teachers and other school personnel with direct contact with students, such as coaches, counselors, and principals. The practice guide includes specific recommendations for educators and the quality of evidence that supports these recommendations. We, the authors, are a small group with expertise on this topic. The range of evidence we considered in developing this document is vast, ranging from experiments, to trends in the National Assessment of Educational Progress (NAEP) data, to correlational and longitudinal studies. For questions about what works best, high-quality experimental and quasi-experimental studies, such as those meeting the criteria of the What Works Clearinghouse, have a privileged position. In all cases, we pay particular attention to findings that are replicated across studies. Although we draw on evidence about the effectiveness of specific practices, we use this information to make broader points about improving practice. In this document, we have tried to take findings from research or practices recommended by experts and describe how the use of this recommendation might actually unfold in school settings. In other words, we aim to provide sufficient detail so that educators will have a clear sense of the steps necessary to make use of the recommendation. A unique feature of practice guides is the explicit and clear delineation of the quality and quantity of evidence that supports each claim. To this end, we adapted a semi-structured hierarchy suggested by the Institute of Education Sciences.
Author: Laney Sammons
Publisher: Teacher Created Materials
ISBN: 1642903760
Category : Mathematics
Languages : en
Pages : 378
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Book Description
This instructional math framework provides an environment for mathematics that fosters mathematical thinking and understanding while meeting the needs of all students. This updated math resource takes an innovative approach to mathematics instruction and uses the same teaching philosophies for guided reading. Educators will learn how to effectively utilize small-group and whole-group instruction, manipulatives, math warm-ups, and Math Workshop to engage K-12 students in connecting mathematics to their own lives. Maximize the impact of your instruction with ideas for using ongoing assessment and differentiation strategies. This 2nd edition guided math resource written by Laney Sammons provides practical guidance and sample lessons for grade level bands K-2, 3-5, 6-8, and 9-12. Promote a classroom environment of numeracy and mathematical discourse with this essential professional resource for K-12 math teachers!
Author: Jason Snipes
Publisher:
ISBN:
Category :
Languages : en
Pages : 9
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Book Description
To raise math success rates in middle school, many schools and districts have implemented summer math programs designed to improve student preparation for algebra content in grade 8. However, little is known about the effectiveness of these programs. While students who participate typically experience learning gains, there is little rigorous evidence evaluating the effects of the programs on math achievement or readiness for algebra content. This study fills that void by rigorously examining the effects of one such summer program (the Elevate summer math program) on student achievement. In summer 2014, the Silicon Valley Education Foundation (SVEF), the research team, and several Silicon Valley school districts collaborated on a randomized controlled trial to assess the effects of the Elevate Math summer program on math achievement, algebra readiness, and attitudes toward math. The study focused on three primary questions: (1) What is the impact of the Elevate Math summer program on the math achievement and algebra readiness of rising grade 8 students?; (2) What is the impact of the Elevate Math summer program on math achievement in the math topic areas most closely aligned with the program's curriculum?; and (3) What is the impact of the Elevate Math summer program on the math interest and math self-efficacy of rising grade 8 students? The randomized controlled trial was conducted in summer 2014 at eight schools in six districts in California's Silicon Valley. Participating districts identified eligible students based on existing grade 6 California Standards Test (CST) data. The districts' enrollments range from 2,487 to 13,162, with an average of 9,426. The percentage of English learner students in each district ranges from 19% to 53%, with an average of 38%. Students were randomly assigned to a treatment group that received access to the program at the beginning of the summer or to a control group that received access to the program later in the summer. Math achievement was measured using the Mathematics Diagnostic Testing Project (MDTP) Algebra Readiness test, which was administered to the treatment and control groups on the first and last days of their participation in the summer program. The Elevate Math summer program significantly improved math achievement and algebra readiness among participating grade 7 students. The program improved the math achievement of the treatment group compared with the control group across several metrics. The Elevate Math summer program also had a positive, statistically significant effect on algebra readiness. Despite the Elevate Math summer program's effects, students' math achievement at the end of the program suggested that many students were still not ready for the algebra content in grade 8 math courses. There were no significant impacts on math interest or math self-efficacy. The estimated level of interest in math for the treatment group was higher than that of the control group, but the difference was not statistically significant. [The Silicon Valley Education Foundation and several Silicon Valley school districts collaborated on this study. For the Regional Educational Laboratory West report, "The Effects of the Elevate Math Summer Program on Math Achievement and Algebra Readiness. REL 2015-096" (2015), see ED558157.].
