This book explores trends in learning and knowledge analytics in open education, as explored in proceedings papers from AECT-LKAOE 2015 International Research Symposium. The chapters investigate various issues surrounding open education in all disciplines, such as learning design in open-ended learning environments, MOOCs (Massive Open Online Courses), learning analytics studies and applications, and technology and new media. The chapter authors provide guidance for how to design and develop most effective, efficient, and appealing instruction as well as suggesting learning strategies relevant to the open education era.

Today we are seeing a new form of blended learning: not only is technology enhancing the learning environment but formal and informal learning are combining and there is self- and peer-assessment of results. Open learning cultures are challenging the old and long-practiced methods used by educators and transforming learning into a more student-driven and independent activity, which uses online tools such as blogs, wikis or podcasts to connect resources, students and teachers in a novel way.

While in higher education institutions most assessments are still tied to formal learning scenarios, teachers are more and more bound to recognize their students' informal learning processes and networks. This book will help teachers, lecturers and students to better understand how open learning landscapes work, how to define quality and create assessments in such environments, and how to apply these new measures.

To this end, Ehlers first elaborates the technological background for more collaborative, distributed, informal, and self-guided learning. He covers the rise of social media for learning and shows how an architecture of participation can change learning activities. These new paradigms are then applied to learning and education to outline what open learning landscapes look like. Here he highlights the shift from knowledge transfer to competence development, the increase in lifelong learning, and the importance of informal learning, user generated content, and open educational resources. He then shows how to manage quality by presenting a step by step guide to developing customized quality concepts for open learning landscapes. Finally, several methods dealing with assessment in these new environments are presented, including guidelines, templates and use cases to exemplify the approaches.

Overall, Ehlers argues for assessment as an integral part of learning processes, with quality assurance as a method of stimulating a quality culture and continuous quality development rather than as a simple controlling exercise.

Despite the considerable, growing interest in online education, most studies have focused only on the students' perspective. Merely a handful of studies have attempted to address the teachers' perspectives and little has been published on the online teaching experience itself. Expectations and Demands in Online Teaching: Practical Experiences offers a better understanding of how teachers experience the online environment by exploring various dimensions of online teaching, including class preparation, process effectiveness and quality, and technology utilization. The book assists educational institution administrators supporting online education improve their understanding of how teachers experience online teaching, and of the issues these teachers face in their teaching.

The 2008 volume of the 33-year-old Educational Media and Technology Yearbook series continues the legacy of its predecessors. It highlights the major trends of the previous year, with a focus on instructional technology education. It features the winning paper of AECT's ECT Foundation's Qualitative Inquiry Award. It discusses advances in the school and library media worlds. It profiles an outstanding individual in the field: Barbara Lockee (Professor, Virginia Tech). It identifies instructional technology-related organizations and graduate programs across North America. And it concludes with a mediagraphy of journals, books, ERIC documents, journal articles, and nonprint resources. As a repository of so much valuable data and information, it is, quite simply, a volume every media and technology professional will be proud to own.

This book addresses several pressing concerns of teachers and researchers who are looking for ways to integrate technology use in and out of their classrooms and assess its usefulness in the learning process. It provides an up-to-date examination of technology-supported pedagogy and language acquisition in a variety of Japanese as a foreign or second language contexts. It equips readers with practical pedagogical information, including methods of implementation and learning assessment, and ideas for how technology can be applied to achieve a wide range of learning objectives. The topics examined include cultural learning, identity construction, speaking, reading, writing, pronunciation, collaborative online learning, digital and 3D virtual reality games, online text analysis, and participation in online communities. In addition, different e-learning configurations such as flipped, online, and distance learning classrooms are explored. Studies examine various current technologies (e.g. blogs, synchronous/asynchronous telecollaboration, corpus analysis software, modern pronunciation tools) and will have both direct and indirect consequences for teaching and learning a second/foreign language with technology across all languages.

This book provides a descriptive, progressive narrative on the flipped classroom including its history, connection to theory, structure, and strategies for implementation. Important questions to consider when evaluating the purpose and effectiveness of flipping are answered. The book also highlights case studies of flipped higher education classrooms within five different subject areas. Each case study is similarly structured to highlight the reasons behind flipping, principles guiding flipped instructions, strategies used, and lessons learned. An appendix that contains lesson plans, course schedules, and descriptions of specific activities is also included.

Since the publication of the companion volume Researching Learning in Virtual Worlds in 2010, there has been a growth not only in the range and number of educational initiatives taking place in virtual worlds, but also in the depth of analysis of the nature of that education. Understanding Learning in Virtual Worlds reflects those changes through a collection of chapters that are extended versions of research presented at the second Researching Learning in Virtual Environments conference (ReLIVE 11), an international conference hosted by the Open University UK. Included in this book are chapters that explore the philosophical and methodological underpinnings of understanding learning in virtual worlds, identify and analyse the factors that support learning in these environments, and present case studies that demonstrate some of the various ways in which virtual worlds can be applied to facilitate learning and teaching. The links between learning in a virtual world and learning in the physical world are made apparent throughout, and the authors reveal how understanding learning in one informs the other. Understanding Learning in Virtual Worlds is an important book not only to those who teach in virtual worlds, but to anyone for whom understanding learning, in all its forms, is of interest.

This book offers a platform for engineering educators who are interested in implementing a "creative ways of knowing" approach to presenting engineering concepts. The case studies in this book reveal how students learn through creative engagement that includes not only design and build activities, but also creative presentations of learning, such as composing songs, writing poems and short stories, painting and drawing, as well as designing animations and comics. Any engineering educator will find common ground with the authors, who are all experienced engineering and liberal arts professors, who have taken the step to include creative activities and outlets for students learning engineering.

Children are one of the largest new user groups of mobile technology -- from phones to micro-laptops to electronic toys. These products are both lauded and criticized, especially when it comes to their role in education and learning. The need has never been greater to understand how these technologies are being designed and to evaluate their impact worldwide. Mobile Technology for Children brings together contributions from leaders in industry, non-profit organizations, and academia to offer practical solutions for the design and the future of mobile technology for children.

*First book to present a multitude of voices on the design, technology, and impact of mobile devices for children and learning

*Features contributions from leading academics, designers, and policy makers from nine countries, whose affiliations include Sesame Workshop, LeapFrog Enterprises, Intel, the United Nations, and UNICEF

*Each contribution and case study is followed by a best practice overview to help readers consider their own research and design and for a quick reference

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.

This book is a synthesis of the complex interdependencies between user interface design of digital screen and learning process. It is analyzed the impact of digital revolution on learning, phases of digital textbooks use and development; specific features of educational system & learning environment; psycho-pedagogical characteristics of XXI students; user interface design topology; user interface design features of digital textbooks in accordance with human thinking paradigms; critical thinking of user interfaces and content (linear, systems, global and metasystems design approach). One special chapter describes innovative organizational forms of learning with digital textbooks. Metasystems learning design of digital textbooks will be of particular interest to the readers because this is an innovative approach of learning design, which proved the experimental data of the instructional dynamic and flexible strategy. It proved the practical application of didactical model of digital textbooks for chemistry and mathematics. The main benefits for reader refers on understanding the applicability of metasystems learning design for digital textbook use and development, in particular for STEM education. It takes more than analysis to help readers overcome the impact of user interface design of digital textbook on learning outcomes.

For the education system to remain responsive to the needs and demands of its multiple stakeholders it must embrace the innovation and research produced by contemporary technology. This book traverses a wide range of conceptual, disciplinary, methodological, national and sectoral boundaries to explore the challenge presented.

There is a general notion that adult education literature generally supports the idea that teaching adults should be approached in a different way than teaching children. Adult learners include working adults with family responsibilities, older workers who may not feel confident about returning to school and people who are currently in the workforce and who need to upgrade skills and knowledge. The combination of synchronous and asynchronous transmission with face to face instruction allow for the implementation of a new Blended Collaborative Learning Environment, which is flexible in terms of location, time, and pace of adult learners. Blended Learning Environments for Adults: Evaluations and Frameworks demonstrates the view that Information and Communication Technologies should not be considered as a neutral teaching medium, but instead be implemented under pedagogical conditions; aiming at the development of critical thinking through their creative integration into the social and cultural context. This comprehensive collection brings a group of scholars in order to build up a pedagogical approach and analytical implementation steps and directions for designing and implementing Blended Learning Collaborative Environments for adults.

E-learning has become an important part of our educational life with the development of e-learning systems and platforms and the need for online and remote learning. ICT and computational intelligence techniques are being used to design more intelligent and adaptive systems. However, the art of designing good real-time e-learning systems is difficult as different aspects of learning need to be considered including challenges such as learning rates, involvement, knowledge, qualifications, as well as networking and security issues. The earlier concepts of standalone integrated virtual e-learning systems have been greatly enhanced with emerging technologies such as cloud computing, mobile computing, big data, Internet of Things (IoT), AI and machine learning, and AR/VT technologies. With this book, the editors and authors wish to help researchers, scholars, professionals, lecturers, instructors, developers, and designers understand the fundamental concepts, challenges, methodologies and technologies for the design of performant and reliable intelligent and adaptive real time e-learning systems and platforms. This edited volume covers state of the art topics including user modeling for e-learning systems and cloud, IOT, and mobile-based frameworks. It also considers security challenges and ethical conduct using Blockchain technology.

The role of technology in educational settings has become increasingly prominent in recent years. When utilized effectively, these tools provide a higher quality of learning for students. Optimizing STEM Education With Advanced ICTs and Simulations is an innovative reference source for the latest scholarly research on the integration of digital tools for enhanced STEM-based learning environments. Highlighting a range of pivotal topics such as mobile games, virtual labs, and participatory simulations, this publication is ideally designed for educators, professionals, academics, and students seeking material on emerging educational technologies.

A volume in Research in Science Education Series Editors Dennis W. Sunal, University of Alabama and Emmett L. Wright, Kansas State University The Impact of the Laboratory and Technology on K-12 Science Learning and Teaching examines the development, use, and influence of active laboratory experiences and the integration of technology in science teaching. This examination involves the viewpoints of policymakers, researchers, and teachers that are expressed through research involving original documents, interviews, analysis and synthesis of the literature, case studies, narrative studies, observations of teachers and students, and assessment of student learning outcomes. Volume 3 of the series, Research in Science Education, addresses the needs of various constituencies including teachers, administrators, higher education science and science education faculty, policymakers, governmental and professional agencies, and the business community. The guiding theme of this volume is the role of practical laboratory work and the use of technology in science learning and teaching, K- 16. The volume investigates issues and concerns related to this theme through various perspectives addressing design, research, professional practice, and evaluation. Beginning with definitions, the historical evolution and policy guiding these learning experiences are explored from several viewpoints. Effective design and implementation of laboratory work and technology experiences is examined for elementary and high school classrooms as well as for undergraduate science laboratories, informal settings, and science education courses and programs. In general, recent research provides evidence that students do benefit from inquirybased laboratory and technology experiences that are integrated with classroom science curricula. The impact and status of laboratory and technology experiences is addressed by exploring specific strategies in a variety of scientific fields and courses. The chapters outline and describe in detail researchbased best practices for a variety of settings.

Danilov . . . is a preeminent authority on museums. According to Danilov, visits to science-related museums constitute 38 to 45 percent of all visits to museums in the U.S. . . . At the beginning of each section there is an introduction describing the history of that particular type of museum. Museum entries vary from about one-half page to two pages in length. A typical entry provides a history of the museum and description of the collection. . . . America's Science Museums is a well-designed book that can be recommended to all public and academic libraries. "Reference Books Bulletin"

Science museums, although they comprise less than 20 percent of the nearly 7,000 cultural institutions known as museums in the United States, have become America's most popular type of museum. From New Bedford to Waikiki, America's Science Museums assesses the nations scientific and technological museums and related institutions, examining their histories, operations, and offerings. This reference volume looks at the many different types of such institutions, including some that are not called museums but that are museum-like in their operations such as aquariums, botanical gardens, arboretums, planetariums, and zoos. In addition, some related facilities, such as marinelife and wildlife parks, and research sites with visitor centers, such as observatories and NASA space centers, are included. Most of the museums described in the twelve sections of this unique, comprehensive guide were selected because of their stature in the field, while others were included because of their age, specialty, or novelty. Overall, the museums detailed here represent a cross-section of the rapidly expanding science museum field, and they illustrate why science museums have become so popular and instrumental in furthering science literacy across the U.S.

The book's twelve sections focus on aquariums, marine museums, and marine-life parks; aviation and space museums; botanical gardens, conservatories, and arboretums; industrial history museums; maritime and naval museums; medical and health museums; natural history museums; planetariums and observatories; science and technology centers; transport, automobile, and railway museums; zoos and wildlife parks; and other science/technology museums. Thorough descriptions of the 480 museums and related institutions provide comparative information on the nature, development, facilities, collections and offerings of each. An ideal reference for college courses dealing with the history, philosophy, collections, exhibits, operations, and management of museums and for other researchers seeking background information and insight into the special merits of the leading institutions in the fields of science and technology.

Student assessment in online learning is submitted remotely without any face-to-face interaction, and therefore, student authentication is widely seen as one of the major challenges in online examination. Authentication is the process of determining whether someone or something is, in fact, who or what it is declared to be. As the dependence upon computers and computer networks grows, especially within education, the need for authentication has increased. Biometric Authentication in Online Learning Environments provides innovative insights into biometrics as a strategy to mitigate risk and provide authentication, while introducing a framework that provides security to improve e-learning and on-line examination by utilizing biometric-based authentication techniques. This book examines e-learning, security, threats in online exams, security considerations, and biometric technologies, and is designed for IT professionals, higher education administrators, professors, researchers, business professionals, academicians, and libraries seeking topics centered on biometrics as an authentication strategy within educational environments.

E-learning has become a significant aspect of training and education in the worldwide information economy as an attempt to create and facilitate a competent global work force. Cases on Successful E-Learning Practices in the Developed and Developing World: Methods for the Global Information Economy provides eclectic accounts of case studies in different contexts of e-learning. This advanced publication provides critical insights for practitioners and executives concerned with the management of knowledge, information, and organizational development in various types of work environments and learning communities.

The emerging field of advanced distance education delivers academic courses across time and distance, allowing educators and students to participate in a convenient learning method. Methods and Applications for Advancing Distance Education Technologies: International Issues and Solutions demonstrates communication technologies, intelligent technologies, and quality educational pedagogy as the most essential requirements for advancing distance education for both teaching and learning. A significant research collection for the advancement of distance learning initiatives, this Premier Reference Source assists academicians, practitioners, and researchers in finding answers to important issues needing addressed for a successful distance education.

Instructional Design in the Real World: A View from the Trenches offers guidance on how the traditional instructional design system has been used and how it must be changed to work within other systems. The environments and systems that affect the ADDIE (Analysis, Design, Development, Implementation, Evaluation) process and to which it must be adapted include corporations, industry, consulting organizations, health care facilities, church and charitable groups, the military, the government, educational institutions, and others. Its application must be filtered and altered by the environments and the systems where the learning or training takes place. Every chapter includes a case study showing how the application of ID strategies, learning theories, systems theory, management theories and practices and communication tools and practices are adapted and applied in various environments. The chapters also contain lessons learned, tool tips, and suggestions for the future.

The adoption of ICT for personal and business use has encouraged the growth of interactive learning as well as its application in a number of education and training scenarios. Designing effective syllabi for interactive learning projects helps to ensure that desired leaning outcomes are achieved without incurring a significant loss of time or money. Educational Stages and Interactive Learning: From Kindergarten to Workplace Training provides a record of current research and practical applications in interactive learning. This book reviews all aspects of interactive learning, investigates the history, status, and future trends of interactive learning, introduces emerging technologies for interactive learning, and analyzes interactive learning cases in various educational stages and learning situations. Readers interested in the technologies and pedagogical applications of interactive learning will find this book a comprehensive reference for the understanding of notions, theories, techniques, and methods related to the research and development of interactive learning.