Technology, Education - Connections (the TEC Series) – serie

In this book, for the first time, national data is used to measure technology’s effectiveness on student academic performance in three subjects—mathematics, science, and reading. To uncover key implications for policy and practice, the author links the test scores of more than 40,000 students who took the National Assessment of Educational Progress with reports by their teachers of various aspects of technology use. Features:The use of real data to show which practices are most prevalent and which are most effective in the K–12 classroom.A nontechnical presentation of the results of the only studies to relate aspects of technology use to student test scores.Case studies of traditionalist and constructivist uses of technology to determine which approach raises test scores the most, with and without technology.A summary with implications of what can be learned from the numbers, including suggestions for policymakers and practitioners.

This book is part of the ""Technology, Education-Connections (TEC) Series"". With federal and local demands for increased accountability, educators at all levels are now expected to acquire the necessary skills and knowledge to be effective data users and decision makers. This book brings together stakeholders representing a variety of perspectives to explore how educators actually use data and technology tools to achieve lasting improvement in student performance. The first comprehensive examination of the field, this volume introduces the history of testing and data use, explores current practices and tools, and presents a groundbreaking model for data-driven decision making.

This edited collection synthesizes current research on the most promising methods and models for designing coherent science instruction. Arising from the National Science Foundation-funded Delineating and Evaluating Coherent Instructional Designs for Education (DECIDE) project, this volume combines the insights of researchers from two Centers for Teaching and Learning. The book offers principles and criteria for design of instruction leading to coherent understanding of science. It discusses how courses can help students interpret contemporary scientific dilemmas like global warming and take full advantage of technology. Too often in today's science classes, students learn isolated facts rather than connections among ideas and are unprepared to apply scientific thinking and principles outside of checking off answers on standardized tests.""Designing Coherent Science Education"" demonstrates how effective instruction prepares learners to connect scientific principles to the schoolyard and beyond. ""Designing Coherent Science Education"" offers policy recommendations to transform science courses so that they meet the needs of all students and lure more students into scientific careers. The collection further addresses how to use technology in the classrooms to design coherent science instruction.

This volume presents the work of trailblazing researchers and developers of electronic communities for professional learning. It illuminates the essential work behind the scenes in building successful online communities and scaffolding site interactions, including content selection, creation and management, administrative structures, tools and interactive functionalities, the facilitation of discourse and emergent sub-communities, and the development of online leadership. While each of the authors is knowledgeable about site design, new technologies, and collaborative Web tools, their work is deeply influenced and informed by scholarship which has unfolded over the last three decades about how professional learning takes place, particularly for math and science educators.

This is the inspiring story of a group of teachers that engaged in inquiry about their own practice in order to support inquiry learning in their students. The Supporting Knowledge Integration for Inquiry Practice (SKIIP) is an exciting new professional development program that brings together the strengths and benefits of several existing models: participant-directed inquiry, school/university partnerships, and the shared pedagogical improvement model of Japanese lesson study. Based on the work of urban, public school teachers over the course of three years, the SKIIP approach was developed to assist teachers in the daunting task of integrating new pedagogies, curricula, and technologies into their practice.

Can we learn socially and academically valuable concepts and skills from video games? How can we best teach the ''gamer generation?'' This accessible book describes how educators and curriculum designers can harness the participatory nature of digital media and play. The author presents a comprehensive model of games and learning that integrates analysis of games, games cultures, and educational game design. Building on over 10 years of research, Kurt Squire tells the story of the emerging field of immersive digitally mediated learning environments (or games) and outlines the future of education.

This comprehensive and cutting-edge book portrays a vision of how digital media can help transform schools, and what kinds of curriculum, pedagogy, assessment, infrastructure, and learning environments are necessary for that transformation to take place. The author and his research team spent thousands of hours observing classes and interviewing teachers and students in both successful and unsuccessful technology-rich schools throughout the United States and other countries. Featuring lessons learned as well as analysis of the most up-to-date research, they offer a welcome response to simplistic approaches that either deny the potential of technology or exaggerate its ability to reform education simply by its presence in schools.Challenging conventional wisdom about technology and education, Learning in the Cloud:Critically examines concepts such as the "digital divide," "21st-century skills," and "guide on the side" for assessing and guiding efforts to improve schools.Combines a compelling vision of technology’s potential to transform learning with an insightful analysis of the curricular challenges required for meaningful change.Discusses the most recent trends in media and learning, such as the potential of tablets and e-reading.

This timely book shows how award-winning secondary schools and districts are successfully using technology and making systemic changes to increase student engagement, improve achievement, and re-invigorate the teaching and learning process. Through in-depth case studies, we see how experienced school and district leaders use technology in curricular, administrative, and analytical ways to meet the needs of 21st-century learners, educators, and communities. These cases reveal important details addressed by the leadership of these schools and districts that go beyond what they did with technology to include changes in school culture, curriculum and teaching, uses of assessment data, financial considerations, infrastructure, and involvement with the community.

How can we use new technology to support and educate the science leaders of tomorrow? This unique book describes the design, development, and implementation of an effective science leadership program that promotes collaboration among scientists and science educators, provides authentic research experiences for educators, and facilitates adaptation and evaluation of these experiences for students in secondary and post-secondary classrooms. The information technology used focuses on visualisation, simulation, modeling, and analyses of complex data sets. The book also examines program outcomes, including analyses of resulting classroom implementation and impacts on science and education faculty, graduate students, and secondary science teachers and their students. Contributors: Gillian Acheson, Ruth Anderson, Lawrence Griffing, Bruce Herbert, Margaret Hobson, Cathleen C. Loving, Karen McNeal, Jim Minstrell, George M. Nickles, Susan Pedersen, Carol Stuessy, and X. Ben Wu.

For better or worse, many educational decisions that were once a private matter of teachers or administrators are now based on information technology. To be successful in this era, educators need to know how to use data successfully for their purposes and to understand the social forces at work. In this book, the author draws on his unique background in education policy and information systems to provide valuable insights into the education data movement. Using narratives of practice, the text discusses many current topics including value added modelling for teacher evaluation, big data and analytics, longitudinal data systems, open educational resources, and new designs for teaching.

Renowned cognitive scientist Allan Collins proposes a school curriculum that will fit the needs of our modern era. Examining how advances in technology, communication, and the dissemination of information are reshaping the world, Collins offers guidelines to help schools foster flexible, self-directed learners who will succeed in the global workplace.

Renowned cognitive scientist Allan Collins proposes a school curriculum that will fit the needs of our modern era. Examining how advances in technology, communication, and the dissemination of information are reshaping the world, Collins offers guidelines to help schools foster flexible, self-directed learners who will succeed in the global workplace.

The digital revolution in education is well under way, with more and more learners plugged into the online world. How can schools make the most of both the technology and the learning potential of today’s “born digital” students? In this new edition of their groundbreaking book, Collins and Halverson argue that new technologies have transformed our workplaces, our lives, and our culture and it is time we take the next step to transform learning—in and out of schools. The authors show how, over time, public schooling was so successful that it became synonymous with education. But new technologies risk making schools obsolete and this book explains why and how today’s educators, policymakers, and communities must adapt to provide all learners with access to the new learning tools of the 21st century.

This book provides a blueprint for using the arts—performing, visual, and multimedia—to rethink what good learning, teaching, and curriculum can be. The author presents a bold plan for saving education with an arts-based approach to teaching that focuses on risk-taking as the most important aspect of a successful classroom. Halverson offers new models for learning that embrace the social, cultural, and historical assets that kids bring to the classroom, with guidance for designing engaging learning experiences for all grades and subject areas. Featuring many evocative examples from Whoopensocker, the author's in-school artist-in-residence program, this resource illustrates how classroom practices and school structures can be reorganized for more inclusive success. Readers will learn how to reframe learning as acts of metacognitive representation, identity, and collaboration. And lots and lots of joy.Book Features:A guide for using theater, music, visual arts, dance, and digital media to transform the process of teaching and learning.Guidance for building learning environments with art at the core, as opposed to adding art to curricula built around standardized tests.Specific examples designed to inspire students' creativity through writing, improvisation, and performance.Exemplars culled from the author's 25-year history of making art with young people.Accessible language appropriate for nonacademics and nonexperts.

This book provides a blueprint for using the arts—performing, visual, and multimedia—to rethink what good learning, teaching, and curriculum can be. The author presents a bold plan for saving education with an arts-based approach to teaching that focuses on risk-taking as the most important aspect of a successful classroom. Halverson offers new models for learning that embrace the social, cultural, and historical assets that kids bring to the classroom, with guidance for designing engaging learning experiences for all grades and subject areas. Featuring many evocative examples from Whoopensocker, the author's in-school artist-in-residence program, this resource illustrates how classroom practices and school structures can be reorganized for more inclusive success. Readers will learn how to reframe learning as acts of metacognitive representation, identity, and collaboration. And lots and lots of joy.Book Features:A guide for using theater, music, visual arts, dance, and digital media to transform the process of teaching and learning.Guidance for building learning environments with art at the core, as opposed to adding art to curricula built around standardized tests.Specific examples designed to inspire students' creativity through writing, improvisation, and performance.Exemplars culled from the author's 25-year history of making art with young people.Accessible language appropriate for nonacademics and nonexperts.

Every educator's imaginative instincts will be guided by this book's practical design method, which harnesses the power of play for student learning. Teachers from all disciplines and levels can create a full spectrum of engaging exercises through the authors' six accessible ALLURE steps: Ask where to apply the play. List the mental moves. Link the mental moves to the play. Understand how the learning principles operate.Run the activity-game. Evaluate the learner experience. Along with principles from game-based learning pedagogy, readers will explore a framework of original complex mechanic teaching templates, which help their fledgling instructional activities cross the bridge into fully formed games. Beginners and veterans will find multiple entry points, from adding a single playful element (student roles to discussions) to more elaborate designs (riddles and simulations). They will also learn different levels of producing physical tabletop components (cards, board, plastic pieces) or light digital options (discussion board riddles, Google Slides games). Born from the authors' extensive experiences running professional development workshops, this guide has been frequently requested by teachers at the secondary school and college levels, librarians, instructional designers, and others caught by the allure of educational games and play.Book Features:Offers hands-on, practical advice about how to be more playful with your students, with a focus on nondigital activities and games.Written in the language of instructional design, not game design, so knowledge about games is not required (nor any technology).Provides creative instructional techniques that will boost student engagement for both in-person and online instruction.Includes more than two dozen original illustrations and designs to aid understanding. Addresses the need for accessible, inclusive learning environments.