Over the past 50 years the Department of Science Teaching at the Weizmann Institute of Science in Israel was actively involved in all the components related to curriculum development, implementation, and research in science, mathematics, and computer science education: both learning and teaching. These initiatives are well designed and effective examples of long-term developmental and comprehensive models of reforms in the way science and mathematics are learned and taught. The 16 chapters of the book are divided into two key parts. The first part is on curriculum development in the sciences and mathematics. The second describes the implementation of these areas and its related professional development. Following these chapters, two commentaries are written by two imminent researchers in science and mathematics teaching and learning: Professor Alan Schonfeld from UC Berkeley, USA, and Professor Ilka Parchman from IPN at the University of Kiel, Germany. The book as a whole, as well as its individual chapters, are intended for a wide audience of curriculum developers, teacher educators, researchers on learning and teaching of science and mathematics and policy makers at the university level interested in advancing models of academic departments working under a common philosophy, yet under full academic freedom. Contributors are: Abraham Arcavi, Michal Armoni, Ron Blonder, Miriam Carmeli, Jason Cooper, Rachel Rosanne Eidelman, Ruhama Even, Bat-Sheva Eylon, Alex Friedlander, Nurit Hadas, Rina Hershkowitz, Avi Hofstein, Ronnie Karsenty, Boris Koichu, Dorothy Langley, Ohad Levkovich, Smadar Levy, Rachel Mamlok-Naaman, Nir Orion, Zahava Scherz, Alan Schoenfeld, Yael Shwartz, Michal Tabach, Anat Yarden and Edit Yerushalmi.

Blockchain relies on distributed databases that give an alterable and semipublic record of digital transactions. Blockchain in learning should address theoretical, practical, and technical issues, but it must also consider the philosophy behind interactive blockchain in learning. While the applications of blockchain have been the subject of serious academic research, there must be more continuous and multicultural attention paid to the impact of the latest management, communication, pedagogy, technology, and evaluation-based developments of blockchain in learning. Blockchain Technology Applications in Education is an essential scholarly publication that scrutinizes how open universities establish a blockchain network for decentralized learning. This book will explore a variety of new management models, communicational actions, pedagogical approaches, new technologies, and evaluation models. There will be new trends, patterns, and customs of blockchain in learning drawn from the distinctive improvements in learning milieus. Highlighting a range of topics such as corporate education, lifelong learning, and social media, this book is essential for academicians, curriculum designers, instructional designers, IT consultants, administrators, researchers, and students.

Educational inequalities between students begin early, as children enter kindergarten with vastly different sets of background knowledge and experiences that do (or in many cases do not) prepare them to learn successfully in school. Many children enter school with skills and prior knowledge so low that they are unable to overcome this lack during the kindergarten year, leaving them unprepared for first grade. Predictably, these deficits only widen as the children progress on to subsequent grades. Conversely, children who enter kindergarten prepared to learn, and leave kindergarten having mastered key competencies in literacy and numeracy, are more likely to succeed throughout their schooling and later in life. The recent pandemic has only exacerbated this problem of learner variability. Differences in school approaches to remote or hybrid learning and variability in family and home environments have all impacted the performance of children, many of whom are now nearly a year behind. The pandemic has forced us all to consider the ways in which traditional models of schooling have fallen short, and how we might better design programs that leverage all the inputs in a young child's life (the home, parents, school, community, technology, and more) to ensure that their learning needs are met. If we hope to solve this problem at scale, we must re-examine what we know about these formative early years and develop new ways to ensure that children enter kindergarten ready to learn and leave kindergarten with all the competencies they need succeed in later schooling and beyond. We must consider of all the factors that contribute to a child's school readiness, as well as the critical learning must take place during the kindergarten year. It requires the examination of factors that most influence children's development during the first five years, and their lasting effects on the rest of children's lives. More importantly, we must examine the ways that we, as stakeholders, can influence outcomes for young children by creating synergies between and among these various factors. With all this in mind, this book proposes to assemble the most current research and thought-leadership on the ways in which innovative education stakeholders are working together to impact what are perhaps the most critical years in a child's education - the years leading up to and including kindergarten. Ensuring that children enter kindergarten ready to learn and leave kindergarten with all the key competencies required for later success must be pursued with intensity, creativity, and purpose if we truly wish to address learner variability and its impact on achievement at scale. This book will Illuminate the problem of learner variability in early childhood education, its short and long-term effects on K-12 education and life beyond school, and the potential of technological innovations to address this problem at scale.

The monitoring of data within educational institutions is essential to ensure the success of its students and faculty. By continually analyzing data, educational leaders can increase quality and productivity in their institutions. Data Leadership for K-12 Schools in a Time of Accountability explores techniques and processes of educational data analysis and its application in developing solutions and systems for instructional concerns and next-generation learning. Providing extensive research covering areas such as data-driven culture, student accountability, and data dissemination, this unique reference is essential for principals, administrators, practitioners, academicians, students, and educational consultants looking to maximize their institution's performance.