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Using the Schoolwide Enrichment Model in Mathematics: A How-to Guide for Developing Student Mathematicians applies the teaching and learning strategies of the Schoolwide Enrichment Model (SEM) to the math classroom. Based on more than 40 years of research and development and used in schools around the world, the SEM approach focuses on promoting higher level thinking skills and creative productivity. Using this approach in mathematics, this new guidebook promotes the use of the Mathematical Practices outlined in the Common Core State Standards as the underlying processes and proficiencies that should be developed in students. Teachers learn how to create a culture of enjoyment, engagement, and enthusiasm for all students, and in particular gifted students, while developing students who think and act like mathematicians. Easy to read and use, the book incorporates many practical suggestions, including views from the classroom and sample activities from NAGC-award winning curriculum to motivate and challenge students.
The Schoolwide Enrichment Model: A How-to Guide for Talent Development (3rd ed.) presents a common sense approach for helping students achieve and engage in joyful learning. Based on years of research, the Schoolwide Enrichment Model (SEM) is founded on highly successful practices originally developed for programs for gifted students. The SEM promotes “a rising tide lifts all ships” approach to school improvement by applying general enrichment strategies to all students and opportunities for advanced level follow-up opportunities for superior learners and highly motivated students. This guidebook shows educators step by step how to develop their own SEM program based on their own local resources, student population, and faculty strengths and interests. Instead of offering students a one-size-fits-all curriculum, the model helps educators look at each student's strengths, interests, learning styles, and preferred modes of expression and capitalize on these assets. The book highlights the model's fundamentals and underlying research and provides information about organizational components, service delivery options, and resources for implementation. The book suggests methods for engaging and challenging identified gifted students and provides practical resources for teachers using the SEM with all students.
Enrichment clusters engage students and facilitators in student-driven, real-world learning experiences. Grouped by interest, students working like practicing professionals apply advanced content and methods to develop products and services for authentic audiences. Clusters are scheduled during the school day over an extended period of time and involve all students. This updated second edition of Enrichment Clusters provides the rationale for including this important enrichment program for all students, suggestions for creating buy-in, and a step-by-step guide for successful implementation of a self-sustaining enrichment cluster program within the context of specific schools. Included are staff development activities, suggestions for evaluation and program improvement, guidelines for developing high quality cluster experiences for teachers and students, suggested resources, and everything one needs to develop, implement, and sustain a top-quality enrichment cluster program.
Based on research conducted by The National Research Center on the Gifted and Talented, this guidebook presents a framework for increasing reading achievement, fluency, and enjoyment. The Schoolwide Enrichment Model Reading Framework (SEM-R) focuses on enrichment for all students through engagement in challenging, self-selected reading, accompanied by instruction in higher order thinking and strategy skills. A second core focus of the SEM-R is differentiating instruction and reading content, coupled with more challenging reading experiences and advanced opportunities for metacognition and self-regulated reading. Chapters cover each of the three phases of the framework, implementation variations, and organization strategies, and the appendices provide handouts, booklists, charts, and more.
"Parallel Curriculum Units for Mathematics, Grades 6–12 combines four essential models for improving student understanding and growth in mathematics. The lessons provided in the textbook build on students′ abilities, so they can see all parts of a math problem and are able to tackle and understand it at various levels." —Elizabeth Alvarez, Assistant Principal John C. Dore Elementary, Chicago, IL Maximize your mathematics curriculum to challenge all students This collection of lessons, building on material presented in the best-selling The Parallel Curriculum, is written by experienced teachers who provide innovative and challenging learning opportunities for students in Grades 6–12. The four sample units focus on fractions, linear programming, geometry, and quadratic relationships. The authors provide user-friendly methods for creating high-quality lessons and demonstrate how to differentiate these lessons for the benefit of all students. Included are field-tested and standards-based strategies that guide students through: Understanding secondary-level mathematics concepts Discovering connections between mathematics and other subjects Developing critical thinking skills Connecting mathematics learning to society through the study of real-world data, proportional reasoning, and problem solving Each unit includes subject matter background, a content framework, study components, teacher reflections, and sample lessons. Learn from the experts and enhance your mathematics curriculum with these proven strategies.
Using the Schoolwide Enrichment Model With Technology is an extension of a talent development model implemented in more than 2,500 schools across the U.S. and widely used internationally. More than 40 years of research and development have documented the effectiveness of the SEM approach to promoting higher level thinking skills and creative productivity. This solution-oriented book, unlike other books focused on using technology in the classroom, recognizes that digital technologies are changing and evolving at lightning speeds. Our effective skills for using technology transcend time by focusing on how to find and use digital resources and tools rather than listing the resources that already exist. Focusing on the skills that support critical thinking and problem solving, decision making, and communication, the authors seamlessly merge technology to launch students toward independent productivity. This accessible and highly practical guide is rich with examples that will change the way you think about education while providing hands-on “how-to” guidance for creating a culture of excellence and innovation in your school and classroom.
Explains how to streamline or "compact" curricula through a practical, step-by-step approach. Presents skills required to modify curricula and the techniques for pretesting students and preparing enrichment options.
Now completely revised and expanded, Systems and Models for Developing Programs for the Gifted and Talented includes chapters on the major systems and models for developing programs for the gifted, including the Autonomous Learner Model, the Integrative Education Model, the Multiple Menu Model, the Purdue Three-Stage Model, the Schoolwide Enrichment Model, and Levels of Service. Forty-two experts in gifted education contributed to 25 chapters, and each chapter includes a discussion of the model, theoretical underpinnings, research on effectiveness, and considerations for implementations. Discussion questions follow each chapter. Chapters provide compact, yet comprehensive summaries of the major models developed by leaders in the field of gifted education.
The mathematics education community continues to contribute research-based ideas for developing and improving problem posing as an inquiry-based instructional strategy for enhancing students’ learning. A large number of studies have been conducted which have covered many research topics and methodological aspects of teaching and learning mathematics through problem posing. The Authors' groundwork has shown that many of these studies predict positive outcomes from implementing problem posing on: student knowledge, problem solving and posing skills, creativity and disposition toward mathematics. This book examines, in-depth, the contribution of a problem posing approach to teaching mathematics and discusses the impact of adopting this approach on the development of theoretical frameworks, teaching practices and research on mathematical problem posing over the last 50 years. ​​