Search

This book is devoted to the topic of mathematical skills development, which was the focus of Vygotsky's cultural-historical theory. It offers descriptions of studies of development of visual modelling in children and its use for educational purposes. Special attention is given to concrete examples of Vygotsky's work and educational programs that makes it possible to replicate the results in various settings. The work also addresses conditions, means and predictors of mathematical concepts acquisition at different ages and educational levels (preschool, primary and middle secondary education). The book shows theoretical solidity of cultural-historical approach and experience of its implementation in teaching of mathematical knowledge in childhood and the study of the process of psychological development.

Die Digitalisierung von Bildungsprozessen ist eine der wichtigsten gesellschaftlichen Aufgaben des 21. Jahrhunderts. Spätestens die Corona-Pandemie hat das nicht nur den Unternehmen, sondern auch den Schulen, Berufsschulen und allen weiteren Bildungsträgern teilweise ziemlich schmerzhaft vor Augen geführt. Doch worauf kommt es eigentlich an, wenn man Bildungsprozesse digitalisieren möchte? Wolfgang Reichelt zeigt in seinem mit amüsanten Anekdoten gespickten autobiographischen Rückblick auf 40 Jahre E-Learning: Nach wie vor kommt es auf die Basics an!

This book explores current research on online instructed L2 acquisition, with a specific focus on the nature and impact of learner engagement in online L2 classroom interaction. It examines the topic of online learner engagement from various theoretical perspectives, discusses conceptual and methodological issues, synthesizes research on the role of learner engagement in online L2 classroom interaction, and critically assesses its connection to teaching practices across different L2 settings. The book is intended for a wide audience, including undergraduate and postgraduate Applied Linguistics, TESOL and Second Language Education students seeking to understand the significance of learner engagement in online L2 learning. It will also be useful for researchers interested in staying updated on recent findings regarding the benefits of learner engagement in online classroom interaction for L2 learning. Additionally, teachers, teacher trainers and educators in Teacher Education (TE) and/or continuous professional development (CPD) programs can benefit from the pedagogical insights offered in this book regarding online L2 instruction in various contexts.

This book seeks to extend perspectives on professional identity in education. Chapters consider the notion of expertise, the impact of managerial approaches, the importance of communities of practice, and the effects of increasingly marketised approaches.By using narratives, the book opens up a ‘conversation'about this important topic. Educators and leaders from a variety of settings will explore their professional experiences and the impact these have had on forming values in the professional role. By drawing on personal experience, individual authors will consider some of the challenges they have encountered as part of identity formation. The significance of organisational cultures is discussed throughout the book and explores the ways in which individual autonomy is both threatened and claimed. Issues discussed include the frequent changes imposed through government initiatives and the social perception of education professionals when compared to other professional roles. Contributions have been drawn from teachers and leaders in schools, colleges, universities and specialist training. Chapter authors have a variety of experiences offering a multi-perspective approach. This will include strategic leadership, operational management and classroom practice, all of which offer insights of interest to educators at various points on the professional journey. The narrative approach adopted by authors provides the opportunity for readers to engage with others'experiences, enabling personal reflection on their own professional identity.

This book is a comprehensive guide for researchers and professionals in special education and psychology. It delves into the world of technological tools for education and intervention, empowering readers to utilize evidence-based practices. With a focus on enhancing evaluation, intervention, and learning processes for children with special needs, the book's goal is to overcome obstacles and maximize the use of digital tools in schools. Through captivating insights and real-world applications into emerging technologies like social robots, eye-trackers, and digital applications, this book inspires professionals to embrace innovative approaches. Highlighting the potential of technology in transforming educational experiences for neurodiverse children, it offers a wealth of practical resources and knowledge. This book is an essential resource for researchers and professionals in special education and psychology, educators, psychologists, and anyone eager to leverage technology for children's development and well-being.

This textbook covers the essentials for successfully conducting online discussions in various course delivery formats, such as online, face-to-face, and blended. Readers will learn how to design online discussions to cognitively engage students, build meaningful discourse communities to promote group dynamics, apply just-in-time facilitation strategies to deepen student learning and utilize robust assessment to ensure learning objectives are achieved. Online discussion is the lifeline of online learning and it is a pedagogical imperative that instructors have requisite skills in leading online discussions if they are to teach online courses. Leading the online discussion is a huge task, involving a complex process and professionals must master a range of skills to successfully lead online discussion. This book takes a comprehensive and systematic approach to this topic and helps teachers to utilize online discussion to maximize student learning. It is full of ideas and strategies that can be applied immediately in various teaching contexts, and practitioners can replicate examples in teaching practices or mold the ideas and strategies to fit particular teaching contexts. This textbook appeals to readers with knowledge and skills at various levels. Those who are new to online discussion will appreciate the step-by-step guidance, whereas readers with some experience can pick up skills they need. This flexibility contributes to the ultimate goal of the book – unleashing the potential of online discussion to benefit student academic learning.

This book conceptualises the novel notion of ‘digital displacement': the sudden pivoting to online technology in education caused by the Covid-19 pandemic. The book documents this historical phenomenon in education and discusses the consequences for educator practice and educational strategies, in particular arts-based educators. Its content and scope cover both practice-based and academic frameworks, offering a scholarly investigation of the effect of the pandemic on embodied work, including drama, music, voice, dance and film, through a series of seven case stud-ies. The book also examines embodied online practice with a view to how COVID-19 has changed this in the long term.

The Social-Emotional Learning Upgrade explores how today's educators can connect two previously separated but important curricula in their schools: social-emotional learning (SEL) and educational technology. With schools'SEL efforts pressed for time and resources and digital engagements often limited to skill development, K-12 students risk being unprepared to sustain their well-being and personal opportunities in a rapidly changing, technology-dependent world. Driven by a paradigm that synthesizes multicultural education and humanistic psychology, this book readies educators to implement SEL curricula that will support young learners as they navigate constant social and technological flux and that will nurture their unique perceptions of reality, their aspirations, and their mental and physical health. Each chapter's novel insights will help to mitigate both student disengagement and teacher demoralization, enabling classroom pedagogies and the process of schooling to better align with the ways in which learners explore, express, and create meaning. Guiding pre-service teachers, leaders, and curriculum developers beyond common goals such as digital skills development, content mastery, or standardized testing, this volume focuses instead on complex digital literacies, collaborative experiences, problem- and project-based learning, culturally relevant pedagogies, and overall holistic growth.

This book brings together latest research which explores the intersection between educational psychology and educational technology. It consolidates contemporary research on the psychological dimension of technology-based learning, and how new learning technologies can impact learners. More specifically, it provides a better understanding of the affordances of technology-based learning, and how they impact the cognitive and affective processes of learners, facilitate new pedagogical approaches, and transform learning environments. It discusses how technology can be used to develop twenty-first-century competencies such as creativity, critical thinking, problem-solving skills, digital literacy, reflection, and lifelong learning, and explores the pitfalls, challenges and dangers therein.

Technology has developed at a tremendous rate since the turn of the century, but educational practice has not kept pace. Traditional teaching practices still predominate in many educational settings, and educators are often intimidated by new technology. However, as tragic as the COVID-19 pandemic has been, it has caused many people to rethink education and opportunities provided by new technologies for effective teaching and learning. How can educational communities of practice be reimagined to support a growth mindset for learning? This volume explores innovative visions for 21st century learning. The content explores the experiences of teachers with new technology, presents research studies that highlight effective strategies and technologies, and shares lessons learned from a unique researcher-practitioner mentoring model. Educational approaches that worked well, challenges that were difficult to overcome, and potential benefits of effective technology integration will encourage readers to reimagine education and implement practices that can strengthen the future of online education.

This comprehensive volume highlights the paradigm shift, creative approaches, and theoretical and practical aspects of rhizomatic learning. The great French theorists Deleuze and Guattari introduced the concept of the rhizome to allow educators to explore the educative process with the rhizomatic lens. The chapters cover digital pedagogies, the conceptual framework of rhizome and nomadic pedagogy in 21st-century education. It creates rhizomatic learning environments and rhizome metaphors to illuminate learning and teacher professional development. It covers an extensive range of issues and challenges related to teaching and learning in the techno centric education systems. It presents an up-to-date and comprehensive analysis of rhizomatic learning approaches in various disciplines. It examines the following key questions: What is the conception of rhizomatic learning and nomadic pedagogy? In which ways can rhizomatic learning transform teaching methods in the digital era? How can educators implement a rhizomatic learning approach in practice? What is the connection between the rhizomatic process and divergent thinking in socially mediated and technology-driven learning environments? Combining theory and practice, this book is essential reading for educational policymakers, teacher educators, university faculty, researchers, instructional designers, learning technologists, teachers, and undergraduate and graduate students worldwide.

This book offers an overview of the complex world of digital materials for music education and of their possible use in the everyday practice of music teachers. It presents a multidimensional taxonomy of digital materials for music education. Through the taxonomy it is possible to derive a clear framework of the whole field and to perform analysis of the state of art. The book shows the use of this flexible and powerful knowledge tool for reviewing the digital materials in the various domains and dimentions. The book provides researchers and designers with an overview of what has already been designed, proposed and tested in the field. It also offers music teachers a wider perspective of the possibilities connected to current technologies in the field of music education, and it suggests possible interrelationships between research and music education practices.

The Learning Sciences in Conversation explores the unique pluralities, complex networks, and distinct approaches of the learning scientists of today. Focused on four key scholarly areas – transdisciplinarity, design, cognition, and technology – this cutting-edge volume draws on empirical and theoretical foundations to illustrate the directions, perspectives, methods, and questions that continue to define this evolving field. Contributions by researchers are put in dialogue with one another, offering an exemplary analysis of a field that synthesizes, in situ, various scholarly traditions and orientations to create a critical and heterogenous understanding of learning.

Technology and autonomy share a common mission in language education, that is, to transform language education into learner-centered learning across boundaries. With this shared mission, technology and autonomy are closely intertwined, shaping the role of each other in language education. The two, if in harmony and mutually supportive, may work in synergy and reinforce each other in achieving the goal. Drawing on the literature and research findings from relevant research fields, including educational technology, educational psychology, adult and workplace learning and language education, this book gives an overview of the relationship of technology with learner and teacher autonomy. It discusses how technology both benefits and constrains autonomy, and how a positive interaction between the two could be fostered. It underscores a critical perspective in understanding their relationships and a holistic approach to boosting a positive reciprocal relationship between the two. Table of contents Introduction PART I LEARNER AUTONOMY AND TECHNOLOGY 1 Learner Autonomy and Technology: An Introduction 2 Technology as a Facilitator of Learner Autonomy 3 Technology as a Constraint on Learner Autonomy 4 Factors that Influence Technology and Learner Autonomy 5 Facilitating the Interaction between Learner Autonomy and Technology PART II TEACHER AUTONOMY AND TECHNOLOGY 6 Teacher Autonomy and Technology: An Introduction 7 The Impact of Technology on Teacher Autonomy 8 Fostering Teacher Autonomy with Technology - The What 9 Fostering Teacher Autonomy with Technology - The How Conclusion: Critical and Holistic Perspectives References Index

This book explores the complex, yet critical, relationship between technology and creativity, specifically in educational contexts. Creativity is important for success in today's rapidly changing, radically contingent and hyperconnected world. This is even more relevant in the context of teaching and learning—where the psychological, sociological and cultural aspects of human learning confront the challenges of a rapidly changing, technologically saturated world. Written by some of the foremost thinkers and researchers in the area of creativity and/or technology, the chapters in this volume examine the impact of recent and future technologies on creativity, teaching and learning. Individually and collectively, they help us develop an understanding of this nexus of creativity and technology for education. They offer new perspectives on this rapidly evolving future—exploring issues, paradoxes, tensions, and points of interest for creativity and technology. They position these issues in ways that consider implications for thinking, learning, teaching, and education in general.

This textbook evolves from the intersection between ‘Research', ‘Educational Information Technologies'and recent ‘Best Practices'. It offers diplomacy and erudite rhetoric in order to harvest from innovation projects and see how new professional needs for teachers are emerging day by day. The volume launches the compact background for the 21st century education that every teacher faces after being in charge for 3 or 6 years after pre-service training. ‘Sources for a better education'refers to the deep understanding and to the incentives for encouraging teachers to leave the comfort zone and experiment the next steps into a further sophisticated professionalism, without the threat of feeling in a ‘Dilemma'.The first candidate for extending one's teaching effectiveness is to tailor one's teaching to the test to be expected. ‘Teaching to the Test'is an understandable tactic, however it endangers the students'full understanding of underlying concepts and analogies. The second candidate for professionalism is the deeper layer of knowledge on how curricular domains are related. In simpler terms: better teachers know how to ‘bridge'topics and subjects so that students develop a deeper understanding on the patterns and structure in knowledge. The 21st century education prioritizes higher degrees of flexible-, divergent and abstract thinking, so that creative problem solving comes into reach. ICT tools for making prior knowledge explicit is a major example on how learners harvest upon prior knowledge, thinking and intuition. The third source for a better education is the courage to envisage one's meta knowledge in order to see patterns in learning and understanding. The more conscious prior knowledge gets decompiled into genetic metaphors; the better future learning can be anticipated. The fourth asset for meta-cognitive skills is the wide spectrum of tools that the web offers for building knowledge infra-structures so that knowledge becomes transformed into problem solving skills; the availability of knowledge is no longer sufficient for finding creative and authentic solutions in future situations. This is the case for both students and teachers. By tradition, the bottom-up strategy from reproductive factual learning up to the levels of problem solving and creative thinking has been favoured. The ‘one-click away'access to information on the web asks a more strategic attitude from learners and practitioners to cope with the periphery between known and unknown, so that a more effective meta-cognition develops. The fifth stimulus for more effective learning is the expanding impact of social media. Social media tend to intimidate learners with incomplete understanding to jump on biases as delivered through political and conspiracy agendas. This books aims at the challenge to build upon learners'existential needs and developing interest for a longer-term learning perspective.“Renaissance man and philosopher Piet Kommers presentsus with an interesting question: What makes education exciting? His book covers a range of lessons learnt through research and practice, covering philosophies and paradoxes, ranging from learning to learn to machine learning for learning. In 35 chapters he takes us on an exciting, comprehensive journey of just about every conceivable aspect of technology and education. This is a must-have for every 21st Century bookshelf!” By: Johannes Cronjé, professor of Digital Teaching and Learning in the Department of Information Technology at the Cape Peninsula University of Technology, South Africa.“Piet Kommers has in 400 pages provided an overview of teaching based on practical experience. It is not a summary of pedagogic models, but a guide to important factors in how to motivate students and thus improve their learning. New technologies changes teaching, and we need to understand how application of such technologies can improve the learning. This book provides suc

This book provides an in-depth discussion of the emergence of technology acceptance theories and models, how we can use these theories and models in education, and data collection and analysis processes of technology acceptance research in education. The book discusses how we can make meaning of technology and apply it to educational settings while we investigate the processes via which people adopt technology in education. The book will appeal to students enrolled in upper undergraduate and graduate courses that cover technology acceptance and use in education, researchers who would like to conduct technology acceptance research in education and need a comprehensive resource, and practitioners such as teachers and administrators who would like to promote technology use at schools.

This volume focuses on the implications of digital technologies for educators and educational decision makers that are not widely represented in the literature. The chapters contained in the volume are based on the presentations at the 2020 edition of the CELDA conference and cover multiple developments in the field such as deploying learning technologies, proposing pedagogical approaches and practices to address digital transformation, and presenting case studies of specific technologies and contexts. The chapters form a lively debate and provide a comprehensive analysis of the contribution of learning technologies designed to improve the learning process and the experience of the students as well as to develop key competences.

Foundations of Embodied Learning advances learning, instruction, and the design of educational technologies by rethinking the learner as an integrated system of mind, body, and environment. Body-based processes—direct physical, social, and environmental interactions—are constantly mediating intellectual performance, sensory stimulation, communication abilities, and other conditions of learning. This book's coherent, evidence-based framework articulates principles of grounded and embodied learning for design and its implications for curriculum, classroom instruction, and student formative and summative assessment for scholars and graduate students of educational psychology, instructional design and technology, cognitive science, the learning sciences, and beyond.

Das durch die Pandemie veränderte Arbeiten hat auch die Personalentwicklung veranlasst, ihre Methoden und Arbeitsweisen umzustellen. Digitalisierung bietet sich seitdem als Lösung für viele Fragestellungen an. In diesem essentials-Band werden daher exemplarisch drei Themengebiete der Personalentwicklung (Eignungsdiagnostik, Teamentwicklung und Führungskräfteentwicklung) als digitale Varianten vorgestellt, die in der Corona-Krise relativ kurzfristig umgesetzt wurden. Damit richtet sich dieser Band an Praktiker, die Anknüpfungspunkte für die eigene Digitalisierung ihrer Entwicklungsarbeit suchen und Hindernisse umgehen möchten oder ihr bisheriges Vorgehen mit anderen abgleichen wollen.

Foundations of Educational Technology offers a fresh, interdisciplinary, problem-centered approach to educational technology, learning design, and instructional systems development. As the implementation of online, blended, hybrid, mobile, open, and adaptive learning systems rapidly expands, emerging tools such as learning analytics, artificial intelligence, mixed realities, serious games, and micro-credentialing are promising more complex and personalized learning experiences. This book provides faculty and graduate students with a conceptual, empirical, and practical basis for the effective use of these systems across contexts, integrating essential theories from the fields of human performance, learning and development, information and communications, and instructional design. Key additions to this revised and expanded third edition include coverage of the latest learning technologies, research from educational neuroscience, discussions about security and privacy, new attention to diversity, equity, and inclusion, updated activities, support materials, references, and more.

This book explores how technology can foster interaction between children and their peers, teachers and other adults. It presents the Co-EnACT framework to explain how technology can support children to collaborate, so helping them to learn and engage enjoyably with the world, in both work and play. The focus is on children, rather than young people, but the principles of supporting interaction apply throughout all life stages. Chapters on classrooms and on autism explain principles behind using technology in ways that support, rather than obstruct, social interaction in diverse populations. Collaborative interaction involves both verbal and non-verbal behaviour and this book presents evidence from closely analysing children's behaviour in natural settings. Examples from cutting-edge technology illustrate principles applicable to more widely-available technology. The book will be of interest to psychologists, educators, researchers in Human–Computer Interaction (HCI), particularly those designing with children in mind, and practitioners working with children who want to deepen their understanding of using technology for collaboration.

This book illustrates the problems of using eye tracking technology and other bio-measurements in science education research. It examines the application of bio-measurements in researching cognitive processes, motivation for learning science concepts, and solving science problems. Most chapters of this book use the eye-tracking method, which enables following the focus of the students'attention and drawing conclusions about the strategies they used to solve the problem. This book consists of a total of fifteen chapters. Authors from eight countries emphasise the same trends despite their cultural and educational differences. The book begins with general chapters describing cognitive processes and how these processes are measured using eye-tracking methods and other psychophysiology parameters and motivation. Finally, the book concludes the chapters presenting studies in specific scientific fields from chemistry, biology, physics and geology.

Computational Thinking in Education explores the relevance of computational thinking in primary and secondary education. As today's school-aged students prepare to live and work in a thoroughly digitized world, computer science is providing a wealth of new learning concepts and opportunities across domains. This book offers a comprehensive overview of computational thinking, its history, implications for equity and inclusion, analyses of competencies in practice, and integration into learning, instruction, and assessment through scaffolded teacher education. Computer science education faculty and pre- and in-service educators will find a fresh pedagogical approach to computational thinking in primary and secondary classrooms.

This book uncovers the important issues in language learning and teaching in the intelligent, digital era. “Social connectivity” is a contemporary style of learning and living. By engaging in the connectivity of physical and digital worlds, how essential parts of language learning and teaching can be achieved? How can the advanced technologies, such as virtual reality and artificial intelligent, be used to solve the problems encountered by language learners? To answer the above mentioned question, plenty of inspiring studies are included in the book. It is a platform of exchange for researchers, educators, and practitioners on the theory and/or application of state-of-the-art uses of technology to enhance language learning.

This book examines the theoretical basis of one of the functional layers—the message layer—of an architectural theory of instructional design. The architectural theory (Gibbons, 2003; Gibbons & Rogers, 2009; Gibbons, 2014) identifies seven functions carried out during instruction that correspond with designable strata, or layers. The architectural theory proposes that for each layer there exists a specialized body of design languages, constructs, questions, tools, practices, processes, a professional community, and most especially, bodies of design theory. It also proposes that design knowledge from other design fields, many of which approach design from the same functional perspective, can be appropriated for the further development of knowledge within the instructional technology field. A robust literature from disparate fields supplies relevant theory for message layer design. This book builds the case for validationof the message layer by bringing together work from instructional theory, conversation theory, research in the learning sciences, intelligent tutoring system research, and K-12 education. Within this literature, the authors demonstrate the existence of the message as a structural abstraction: an independently designable entity. They trace the development of the message construct historically, showing that it has remained remarkably stable over time, independent of changing psychological, educational, and technological conventions.

This book brings together strategies and innovations that educators from diverse educational contexts have conceptualized and implemented to cater to differences in academic ability, as well as in other domains such as psychosocial contexts and developmental needs. The emergence of IT and new technologies have altered the educational landscape and opened a multitude of opportunities for diverse modes of instruction catering to diverse student populations.The book addresses the gap in the literature with evidence-based reports of innovative strategies and approaches that are grounded in educational research. It identifies student differences in terms of academic ability and also, with regard to their cultural and social background, their developmental and psycho-emotional needs. It examines how new technologies are used in instructional approaches and how these innovative strategies diversify learner experiences. The book is a valuable resource to practitioners, researchers and educational administrators.

>> „Další cestou je stát se učitelem. Ten chodí do školy, kde luxusního není nic. Žádná kariéra ho nečeká. Je stále učitelem a tím bude celé dlouhé roky až do doby, kdy možná padne do ředitelské židle, anebo vysílením. Pozornost médií nebo plných přednáškových sálů nikdy nezíská, ze třídy na něj civí jen třicet umolousaných tvářiček. Jen pro ně se stane vědcem a expertem v jedné osobě. Také náhradním rodičem, filozofickým guruem, sportovním rozhodčím, učitelem společenského chování, mistrem Yodou. Někým, kdo žákům do třídy přináší radost ze vzdělávání. Ano, máte pravdu, stojí to za to!“ — ukázka z knihy << ## O knize Zkoušení u tabule? Ztráta času. Monotónní výklad? Nuda, která se do paměti neuloží. Biflování? Nefunguje. Tomu všemu odzvonilo. Nastal čas učit jako umělec! Děti se mají ve školách připravovat na svět, v němž budou žít za 20 let, ale u nás se stále často učí jako za krále Holce, kdy byly za dobrou učebnici dvě ovce. Kdo to může změnit? Vy, učitelé! O reformě školství se bude debatovat ještě roky, ale do moderní výuky se můžete pustit i bez ní. Třeba hned zítra. Učitel, psycholog a lektor Robert Čapek vám ukáže, jak žáky přitáhnout k vašemu předmětu a probudit v nich nadšené přírodovědce, budoucí novináře nebo kreativní architekty. V knize objasňuje klíčové myšlenky moderní výuky a dává spoustu praktických tipů, jak ji uvést do praxe. ## V knize se mimo jiné dozvíte - Jak ve třídě vytvořit stav flow, kdy se žáci ponoří do učení s maximálním soustředěním. - Proč s moderním přístupem připravíte žáky na přijímačky lépe než frontální výukou. - Že k seznámení se s řeckými a římskými bohy je ideální vytvořit jim Instagram a proč si s tabulkou prvků zahrát bingo. - Jak nevyhovřet a učit moderně i v prostředí tradiční školy. ## O autorech Robert Čapek (• 1967) působí jako učitel, psycholog a didaktik. Vyučoval postupně na všech typech škol, od zvláštní po vysokou, v současné době se věnuje postgraduálnímu vzdělávání pedagogických pracovníků, vede semináře na školách, přednáší na konferencích a tvoří sérii moderních učebnic. O nových pedagogických metodách píše kromě knih také blog a spravuje facebookovou stránku Líný učitel. Radek Petřík (• 1987) je grafický designér a ilustrátor. Věnuje se volné i reklamní vizuální tvorbě, ilustruje knihy, tvoří webové projekty, vytváří koncepty (například festivalů a politických kampaní), animuje, navrhuje, skečnoutuje a občas něco z toho ukazuje na webu radecho.com. # Více o knize http://www.melvil.cz/kniha-uc-jako-umelec Sdílejte s hashtagem #ucjakoumelec

This book is the first comprehensive and integrated guide to online education. It systematically presents all aspects of the emerging “big picture” of online education, providing a broad range of information and insights from online experts, learners, teachers, developers and researchers.The book introduces readers to online education and reveals its potential for bringing about a paradigm shift in education. It describes avenues for increasing the value of the online education medium and examines techniques for improving the online student experience. It also offers a wealth of real-world examples and experiences and shares recommendations on how to improve them, provided by students, teachers, developers, and researchers.Accordingly, the book equips readers – including online learners, teachers, researchers, developers, and administrators – to optimally participate in and contribute to current and future online education advances.

Research on students'media use outside of education is just slowly taking off. Influences of information and communication technologies (ICT) on human information processing are widely assumed and particularly effects of dis- and misinformation are a current threat to democracies. Today, higher education competes with a very diverse (online) media landscape and domain-specific content from sources of varying quality, ranging from high-quality videographed lectures by top-level university lecturers, popular-scientific video talks, collaborative wikis, anonymous forum comments or blog posts to YouTube remixes of discipline factoids and unverified twitter feeds. Self-organizing learners need more knowledge, skills, and awareness on how to critically evaluate quality and select trustworthy sources, how to process information, and what cognitive, affective, attitudinal, behavioral, and neurological effects it can have on them in the long term. The PLATO program takes on the ambitious goal of uniting strands of research from various disciplines to address these questions through fundamental analyses of human information processing when learning with the Internet. This innovative interdisciplinary approach includes elements of ICT innovations and risks, learning analytics and large-scale computational modelling aimed to provide us with a better understanding of how to effectively and autonomously acquire reliable knowledge in the Information Age, how to design ICTs, and shape social and human-machine interactions for successful learning. This volume will be of interest to researchers in the fields of educational sciences, educational measurement and applied branches of the involved disciplines, including linguistics, mathematics, media studies, sociology of knowledge, philosophy of mind, business, ethics, and educational technology.

Korzystanie z technologii cyfrowych przeniknęło niemal wszystkie obszary naszego życia, zmieniając sposób, w jaki się bawimy, uczymy, pracujemy, kontaktujemy ze sobą. Wpływa na nasze życie społeczne, kulturę, być może zmienia nawet to, kim jesteśmy lub kim się stajemy. Dla współczesnych dzieci świat nie jest ani online, ani offline – to, co dla nas wciąż stanowi dwie odrębne przestrzenie, dla dzieci jest już jednością, światem, w którym potrafią płynnie się przemieszczać, nie dokonując przy tym wartościowania żadnego z nich. Autorka jako pedagog medialny, uwzględniając dorobek pedagogiki, psychologii społecznej, teorii komunikowania i medioznawstwa, analizuje i przedstawia wyniki badań ilościowych i jakościowych dotyczących funkcjonowania dzieci w wieku 6-9 lat w cyfrowym środowisku: w jaki sposób dzieci doświadczają cyfrowości, jak ją wykorzystują w codziennych aktywnościach, co oznacza dla nich dorastanie z mediami, w sytuacji, gdy stają się one niemal niewidoczne i transparentne zarówno w środowisku rodzinnym, jak i – w mniejszym stopniu – szkolnym.

This book explores a broad range of innovations in education, such as flipped classrooms, the educational use of social media, mobile learning and educational resources. It also includes theoretical discussions and practical applications related to the use of augmented reality and educational technologies for improving students'engagement and facilitating their future studies and careers. Featuring case studies and practical applications illustrating the effectiveness of new modes of education in which the latest technologies and innovations are widely used in the global context, the book helps readers develop their awareness of the related insights and implications, in order to deepen their understanding and stimulate critical thinking as to how new technologies have made learning and teaching easier in different educational settings.

Aujourd'hui, les enseignants-chercheurs à l'université doivent à la fois aider leurs étudiants à deìvelopper des compeìtences dans l'utilisation du numérique et tirer le meilleur parti de ce dernier dans l'ingénierie de leurs propres enseignements. À travers quelques études de cas français et allemands, ce volume présente des concepts, des méthodes et des outils pour mieux penser et poursuivre concrètement ces objectifs. Heutzutage müssen sich Lehrende an Hochschulen der doppelten Herausforderung stellen, den Studierenden die notwendigen Kompetenzen im Kontext einer digitalisierten Arbeitswelt zu vermitteln und dabei gleichzeitig digitale Lehrkonzepte im eigenen Unterricht einzusetzen. Im Sammelband werden, unter Berücksichtigung deutscher und französischer Ansätze, Konzepte, Methoden und Werkzeuge vorgestellt, die der Umsetzung dieser Ziele zuträglich sein können.

Das Buch vermittelt das Konzept einer globalen, virtuellen Universität in Kombination mit neuen Erkenntnissen aus der Lernforschung. Hierbei werden mithilfe von künstlicher Intelligenz bewegungsorientierte, virtuelle 3-D-Bilder eingebunden. Dadurch wird die Lernbereitschaft und damit auch die Kreativität des Einzelnen angeregt. So werden bereits heute Schweißer in Großunternehmen mittels Datenbrille und intelligenter Avatare ausgebildet. Über eine virtuelle Universität lassen sich Forschungsprojekte initiieren und koordinieren. Problemlösungen lassen sich mit der Verwendung von Avataren in virtuellen Hörsälen erarbeiten. Die Zertifizierung erfolgt nicht mehr über das Abfragen von Wissensinhalten, sondern über die Fähigkeit Probleme zu lösen. Weitere wichtige Aspekte einer virtuellen Universität sind, im Vergleich zu den klassischen Universitäten, die geringen Kosten, die Möglichkeit bei der Entwicklung des Contents die besten Wissenschaftler zu beteiligen sowie die immer mehr um sich greifende Sekundär- und Tertiärforschung. Eine virtuelle Universität bietet die Chance der Emanzipation gesellschaftlicher Praxis von Wissenschaft durch Wissenschaft und Immunisierung gesellschaftlich geltende Ideologien und Interessenstandpunkte gegen wissenschaftliche Aufklärungsansprüche.

Educational Technology is the right couple to a radical innovation. Thanks to the appropriate technology in the right context with the best fit to the target audience, education can be drastically improved, meaning a better performance, competence achievement, match with the user's expectations and with the market needs. Serious games, Virtual reality, Augmented reality, Remote labs, Online learning, Blockchain, Mobile learning and many other key technologies allow for a better explanation of so many subjects, and even more: for a complete student involvement and a full teacher engagement into the educational system. Technology gives another angle to the same content, provides the user with a personalised experience and pushes the limits of knowledge a little further, every time. This book presents a number of radical innovations through technology, from experienced cases studies, to be replicated and inspired by; a powerful resource handbook for cutting-edge education.

Das Handbuch vermittelt einen umfassenden Überblick über den aktuellen Erkenntnisstand zu Ansätzen und Befunden zur systematischen Gestaltung von Lernumgebungen in deutscher Sprache. Es präsentiert theoretische und methodische Grundlagen der Forschungsdisziplin Bildungstechnologie und stellt darüber hinaus konkrete Überlegungen an, wie diese wissenschaftlichen Grundlagen in praktischen Lehr-Lern-Kontexten umgesetzt werden können. Neben der systematischen Konzeption von Lernangeboten (Instructional Design) liegt ein weiterer Schwerpunkt beim Einsatz aktueller Informations- und Kommunikationstechnik, insbesondere digitaler, interaktiver Medien im Bildungswesen.

This book opens up a fruitful conversation by and between invited academics from Europe and Latin America on the features of online learning in higher education. The authors analyse online education from interdisciplinary theoretical and empirical reflections to reveal the existing tensions and turning this book into a valuable artifact on how learning is shaped when technology comes in-between diverse geographical and social contexts. Like any other human activity, e-learning can be seen as a context-dependent educational system with many objects in mutual interaction. Applying a cultural psychology perspective to this provides new answers to questions such as: How can cultural psychology shed new light on online learning? Why do students and academics still opt for classic classes? What inner boundaries are pushed when studying online? How can online learning be influenced by affect? How do teachers and students mold their identities when they move in and out of online environments? This book reveals the existing tensions, resistances and appropriation strategies that students and academics from diverse backgrounds and places go through when attending online learning courses in higher education and furthermore shows how these theoretical frameworks can be successfully applied to practice.

This book is the outcome of a research symposium sponsored by the Association for Educational Communications and Technology [AECT]. Consisting of twenty-four chapters, including an introduction and conclusion, it argues that informational content should not be the main element of education, and that to provide more for learners, it is necessary to go beyond content and address other skills and capabilities. It also discusses the false premise that learning is complete when the information is known, not when learners seek more: their own directions, answers, and ideas. The authors assert that the ability to synthesize, solve problems and generate ideas is not based on specific content, although education often focuses solely on teaching content. Further, they state that content can be separated from the learning process and that instructional design and educational technology must be about the skills, habits, and beliefs to be learned.

This book reports on 12 education innovation cases in Taiwan and focus particularly on an ecosystem to demonstrate innovation as a competitive advantage and requires an ecosystem to be sustainable in virtually all disciplines. It also covers the trend of education innovation in many countries, with “education entrepreneurship” being the frequently used description. The 12 educators highlighted here are even more entrepreneurial than many businesspeople. Generally, schools are required to follow certain rules, especially the public schools. Accordingly, the book also describes how these education entrepreneurs have innovatively created a fostering environment under challenging constraints to facilitate the success of students, teachers, and even the local community. Six of the cases involve school-based innovation, while the other six focus on student-based innovation. Their stories provide valuable insights for all companies seeking to become more innovative in a resource-constrained setting.

This book is an exposition of a curriculum innovation within the complex yet fertile ground of school-based education in Singapore. Beyond straightforward descriptions and protocols, this book purposefully connects classroom practices with theories in a clear, uncomplicated way. The result provides a series of rationales for action, reflection and understanding that other publications in digital storytelling sometimes fail to cover or explain in sufficient detail. Broadly, these include digital multimodal authorship; teachers'and students'storytelling task design and assessment; the use of digital storytelling as a reflective and reflexive expression of teachers'professionalism; and dialogism in classroom practice.

The book aims to advance global knowledge and practice in applying data science to transform higher education learning and teaching to improve personalization, access and effectiveness of education for all. Currently, higher education institutions and involved stakeholders can derive multiple benefits from educational data mining and learning analytics by using different data analytics strategies to produce summative, real-time, and predictive or prescriptive insights and recommendations. Educational data mining refers to the process of extracting useful information out of a large collection of complex educational datasets while learning analytics emphasizes insights and responses to real-time learning processes based on educational information from digital learning environments, administrative systems, and social platforms. This volume provides insight into the emerging paradigms, frameworks, methods and processes of managing change to better facilitate organizational transformation toward implementation of educational data mining and learning analytics. It features current research exploring the (a) theoretical foundation and empirical evidence of the adoption of learning analytics, (b) technological infrastructure and staff capabilities required, as well as (c) case studies that describe current practices and experiences in the use of data analytics in higher education.

This book analyses technology enhanced learning through the lens of Disruptive Innovation theory. The author argues that while technology has not disrupted higher education to date, it has the potential to do so. Drawing together various case studies, the book analyses established technologies through a Disruptive Innovation perspective, including virtual learning environments, and includes Wikipedia as an example of successful innovative disruption. The author also examines the disruptive potential of social media technologies and the phenomenon of user-owned technologies. Subsequently, the author explores strategic narratives for technology enhanced learning and imagines what the Disruptive University might look like in the future. This book will be valuable for scholars of technology enhanced learning in higher education as well as those looking to increase their understanding of and practice with technology enhanced learning.

This book provides groundbreaking evidence demonstrating how student-authored explanatory animations can embody and document learning as an exciting new development within digital pedagogy. Explanatory animations can be an excellent resource for teaching and learning but there has been an underlying assumption that students are predominately viewers rather than animation authors. The methodology detailed in this book reverses this scenario by putting students in the driver's seat of their own learning. This signals not just a change in perspective, but a complete change in activity that, to continue the analogy, will forever change the conversation and make redundant phrases like “Are we there yet?” and “How much longer?” The digital nature of such practices provides compelling evidence for reconceptualising explanatory animation creation as a pedagogical activity that generates multimodal assessment data. Tying together related themes to advance approaches to evidence-based assessment using digital technologies, this book is intended for educators at any stage of their journey, including pre-service teachers.

This book presents an overview of education technology and its use in schools, with a primary emphasis on best practices of technology enhanced learning; how new technologies such as mobile, augmented and wearable technologies affect instructional design strategies; and the content curriculum development process. Providing insights into the future of education and the upcoming pedagogies that will be applied in schools, it helps educators and other stakeholders make innovations for the new generations of learners in the 21st century.The use of emerging technologies such as mobile and ubiquitous technologies, context-aware technology, augment-reality, and virtual reality is contributing to making education adaptive and smarter. With the ever-changing technologies, how to equip teachers with these digital skills and transform their teaching style is also important to ensure that school education is more individualised and customised for students.Offering a global perspective with integrated practical cases, this timely book is of interest to educators, teachers, and education policymakers. And although most of the authors are from the academia, it provides non-experts with a novel view of what future schools will be like with the help of technology.

Student engagement is fundamental to learning, yet it also constitutes a major and long-standing challenge to educators around the world. This book provides an evidence-based theorisation of features associated with schooling engagement, along with targeted strategies that underpin a continuum of pedagogical, curricular and social support during the years of young adolescent schooling. Anchored by the Young Adolescent Engagement in Learning Model, a multi-layered model which incorporates a continuum of behavioural, emotional and cognitive dimensions of engagement, the authors provide a framework to help support the engagement of young adolescents. Seamlessly integrating theory and practice, this book explores the importance of avoiding educational disengagement, particularly from those who are most vulnerable due to a range of personal factors. This volume will be of interest and value to students and scholars of educational young adolescent engagement and retention, as well as those working with young people.

This book introduces readers to the latest state of research and development in seamless learning. It consolidates various approaches to and practices in seamless learning from a range of techno-pedagogical, socio-situated and socio-cultural perspectives. Further, it details our current understanding of learning in both formal and informal settings, crossover learning, incidental learning, and context-based learning approaches, together with these aspects'linkages to the notion of seamlessness. The book is divided into sections addressing the theorization of seamless learning, understanding informal learning, research methodological issues, technology-enabled seamless learning and real-world applications of seamless learning.

The focus on smart education has become a new trend in the global educational field. Some countries have already developed smart education systems and there is increasing pressure coming from business and tech communities to continue this development. Simultaneously, there are only fragmented studies on the didactic aspects of technology usage. Thus, pedagogy as a science must engage in a new research direction—smart pedagogy. This book seeks to engage in a new research direction, that of smart pedagogy. It launches discussions on how to use all sorts of smart education solutions in the context of existing learning theories and on how to apply innovative solutions in order to reduce the marginalization of groups in educational contexts. It also explores transformations of pedagogical science, the role of the educator, applicable teaching methods, learning outcomes, and research and assessment of acquired knowledge in an effort to make the smart education process meaningful to a wideaudience of international educators, researchers, and administrators working within and tangential to TEL.

This This book is open access under a CC BY 4.0 license.This book offers a comprehensive guide, covering every important aspect of computational thinking education. It provides an in-depth discussion of computational thinking, including the notion of perceiving computational thinking practices as ways of mapping models from the abstraction of data and process structures to natural phenomena. Further, it explores how computational thinking education is implemented in different regions, and how computational thinking is being integrated into subject learning in K-12 education. In closing, it discusses computational thinking from the perspective of STEM education, the use of video games to teach computational thinking, and how computational thinking is helping to transform the quality of the workforce in the textile and apparel industry.

​Wearable technologies – such as smart glasses, smart watches, smart objects, or smart garments – are potential game-changers, breaking ground and offering new opportunities for learning. These devices are body-worn, equipped with sensors, and integrate ergonomically into everyday activities. With wearable technologies forging new human-computer relations, it is essential to look beyond the current perspective of how technologies may be used to enhance learning. This edited volume,“Perspectives on Wearable Enhanced Learning,” aims to take a multidisciplinary view on wearable enhanced learning and provide a comprehensive overview of current trends, research, and practice in diverse learning contexts including school and work-based learning, higher education, professional development, vocational training, health and healthy aging programs, smart and open learning, and work. This volume features current state of the art wearable enhanced learning and explores how these technologies have begun to mark the transition from the desktop through the mobile to the age of wearable, ubiquitous technology-enhanced learning.

This book explores the implementation of an online representational tool, GroupScribbles, in Chinese-as-a-second-language classrooms from primary school to secondary school. It demonstrates the effectiveness of combining online representational tools with face-to-face classroom learning, and provides a workable approach to analysing interactions interweaving social and cognitive dimensions, which take place in the networked classroom. A series of suggestions regarding networked second language learning will help educators effectively implement information and communication technology tools in the classroom.