Mary Kay Stein – författare

I boken 5 undervisningspraktiker i matematik - för att planera och leda rika matematiska diskussioner är problemlösning centralt. Författarna Margaret S. Smith och Mary Kay Stein tar utgångspunkt i ny evidensbaserad forskning om hur lärare kan planera och genomföra rika klassrumsdiskussioner för att uppnå både högt ställda lärandemål och utgå från elevernas egna arbeten. Genom konkreta exempel ges råd om hur lärare kan leda och styra diskussionerna så att viktiga idéer förs upp till ytan, missuppfattningar exponeras och förståelse utvecklas.

Boken ger dig som matematiklärare fem konkreta undervisningspraktiker utifrån elever­nas olika sätt att tänka:

Förutse vilka strategier elever kommer att använda för att lösa ett matematiskt problem. Överblicka och notera hur elever resonerar och arbetar under lektionen. Välja ut de arbeten som lämpar sig att presentera och diskutera i klassen. Ordna presentationerna för att maximera potentialen att fördjupa elevernas förståelse. Koppla ihop olika strategier och idéer för att hjälpa eleverna att förstå de matematiska sambanden.

5 undervisningspraktiker i matematik vänder sig till lärarstuderande och verksamma lärare i hela grundskolan såväl som gymnasieskolan. Förordet till boken är skrivet av professor Andreas Ryve och doktorand Maria Larsson, båda verksamma vid Mälardalens högskola.

Översättning: Margareta Brogren.

Jag tycker verkligen om bokens upplägg eftersom det inbjuder till att prova arbetssättet i mitt klassrum.

CICKI NYBERG, MATEMATIKLÄRARE I ÅRSKURS 1–6 I ERSDUNGENS SKOLA I UMEÅ

Looking closely at the recent reform efforts in San Diego, this book explores the full range of critical issues pertaining to urban school reform. Drawing on the systemic school reform initiative that was launched in San Diego in the 1990s, this book explores all layers of the school reform process - from leadership in the central office, to work with principals and teachers, to the impact on how teachers worked with students in the classroom. The authors draw on careful ethnographic research collected over the entire four years of the San Diego reforms, in order to identify, not only how teachers, principals and other district educators were shaped by the large-scale reforms, but also the ways in which the reform unfolded. In doing so, the book shows more broadly how actors throughout a school system can change the views of leaders and impact the larger reform process.

Looking closely at the recent reform efforts in San Diego, this book explores the full range of critical issues pertaining to urban school reform. Drawing on the systemic school reform initiative that was launched in San Diego in the 1990s, this book explores all layers of the school reform process - from leadership in the central office, to work with principals and teachers, to the impact on how teachers worked with students in the classroom. The authors draw on careful ethnographic research collected over the entire four years of the San Diego reforms, in order to identify, not only how teachers, principals and other district educators were shaped by the large-scale reforms, but also the ways in which the reform unfolded. In doing so, the book shows more broadly how actors throughout a school system can change the views of leaders and impact the larger reform process.

That there is a divide between research and practice is a common lament across policy-oriented disciplines, and education is no exception. Rhetoric abounds about the role research plays (or does not play) in the improvement of schools and classrooms, and policy makers push solutions that are rooted in assumptions about the way that research should influence practice. Yet few people have studied the relationship between research and practice empirically. This book presents findings from a series of interlocking case studies of nationally visible R&D projects, with a unique focus on how researchers and practitioners actually worked together, and the policy, social, and institutional processes that either enabled or hindered their work. The book investigates the dynamics of cross-institutional collaboration and the relationship between tool design, teacher learning, and the implementation of research-based approaches. It also explores conditions for learning in schools and the role of evidence in district decision making. By investigating the roles played by research and practice in these ten educational improvement efforts, the book illuminates lessons for those who seek to do this kind of work in the future. It concludes by suggesting implications for designers, funders, school and district leaders, and universities.

That there is a divide between research and practice is a common lament across policy-oriented disciplines, and education is no exception. Rhetoric abounds about the role research plays (or does not play) in the improvement of schools and classrooms, and policy makers push solutions that are rooted in assumptions about the way that research should influence practice. Yet few people have studied the relationship between research and practice empirically. This book presents findings from a series of interlocking case studies of nationally visible R&D projects, with a unique focus on how researchers and practitioners actually worked together, and the policy, social, and institutional processes that either enabled or hindered their work. The book investigates the dynamics of cross-institutional collaboration and the relationship between tool design, teacher learning, and the implementation of research-based approaches. It also explores conditions for learning in schools and the role of evidence in district decision making. By investigating the roles played by research and practice in these ten educational improvement efforts, the book illuminates lessons for those who seek to do this kind of work in the future. It concludes by suggesting implications for designers, funders, school and district leaders, and universities.

Helping students develop an understanding of important mathematical ideas is a persistent challenge for teachers. In this book, one of a three-volume set, well-known mathematics educators Margaret Smith, Edward A. Silver, and Mary Kay Stein provide teachers of mathematics the support they need to improve their instruction. They focus on ways to engage upper elementary, middle school, and high school students in thinking, reasoning, and problem solving to build their mathematics understanding and proficiency. The content focus of Volume Two is algebra.

Now in its second edition, this essential textbook and professional development resource offers a new foreword by James Hiebert and two important new chapters that focus on the ways in which the book can be used to support the learning of teachers and administrators, drawing on the authors' work over the past decade. Chapter 11 illustrates the various ways in which teacher educators or professional developers might use the materials in the book to aid in the professional growth of teachers, including how to directly improve teachers' instruction practices. Chapter 12 discusses ways in which principals and school leaders can use the book to become better instructional leaders of teachers who are attempting to teach with cognitively demanding tasks.

Robust and effective classroom discussions are essential for providing students with opportunities to simultaneously engage in science practises while learning key science content. Using numerous examples and science learning tasks, the authors show how teachers can plan the lesson to encourage students to not only learn science content but employ disciplinary practises as well. This volume outlines the five practises teachers need for facilitating effective inquiry-oriented classrooms:Anticipate what students will do, what strategies they will use in solving a problem, monitor their work as they approach the problem in class, select students whose strategies are worth discussing in class, sequence those students’ presentations to maximise their potential to increase students’ learning, connect the strategies and ideas in a way that helps students understand the science learned.The 5 Practices framework identifies a set of instructional practises that will help teachers achieve high-demand learning objectives by using student work as the launching point for discussions in which important scientific ideas are brought to the surface, contradictions are exposed and understandings are developed or consolidated.

In today’s climate of accountability and standards, increasing attention is focused on teacher "quality," with less emphasis on what teachers actually do to interest and engage students in learning. This path-breaking volume addresses this research problem with a clear definition and a content-specific analysis of the most essential teaching moment—the instructional explanation—for vital new perspectives on educational method and process. Rich in examples from science, mathematics, and the humanities, Instructional Explanations in the Disciplines explores a variety of interactive contexts for teaching and learning, which may be collaborative between teachers, students, and others, performed in non-classroom settings, or assisted by technology. The book’s subject-matter-specific framework reveals key elements in the process, such as carefully examining the question to be answered, making connections with what is already known, and developing examples conducive to further understanding. Instructional Explanations in the Disciplines is a valuable addition to the education library, giving researchers new methods of unpacking educational process as few books before it.

In today’s climate of accountability and standards, increasing attention is focused on teacher "quality," with less emphasis on what teachers actually do to interest and engage students in learning. This path-breaking volume addresses this research problem with a clear definition and a content-specific analysis of the most essential teaching moment—the instructional explanation—for vital new perspectives on educational method and process. Rich in examples from science, mathematics, and the humanities, Instructional Explanations in the Disciplines explores a variety of interactive contexts for teaching and learning, which may be collaborative between teachers, students, and others, performed in non-classroom settings, or assisted by technology. The book’s subject-matter-specific framework reveals key elements in the process, such as carefully examining the question to be answered, making connections with what is already known, and developing examples conducive to further understanding. Instructional Explanations in the Disciplines is a valuable addition to the education library, giving researchers new methods of unpacking educational process as few books before it.