PDF Developing Minds in the Digital Age Download
- Author: Oecd
- Publisher: Org. for Economic Cooperation & Development
- ISBN: 9789264697553
- Category :
- Languages : en
- Pages : 256
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This book highlights new scientific research about how people learn, including interdisciplinary perspectives from neuroscience, the social, cognitive and behavioural sciences, education, computer and information sciences, artificial intelligence/machine learning, and engineering.
Inspired by the ground-breaking 2001 Schooling for Tomorrow scenarios, this book provides a set of scenarios on the future of schooling, showing not a single path into the future, but many. Using these scenarios can help us identify the opportunities and challenges that these futures could hold for schooling and education more broadly. We can then use those ideas to help us better prepare and act now.
What knowledge do teachers need for 21st century teaching? Today, teachers have an important role in guiding and shaping students’ use of digital tools and optimising the educational benefits of their digital experiences.
Literacy in the 21st century is about constructing and validating knowledge. Digital technologies have enabled the spread of all kinds of information, displacing traditional formats of usually more carefully curated information such as encyclopaedias and newspapers.
Across the OECD, enormous effort and investment has been made to reinforce the quality, production and use of education research in policy and practice. Despite this, using research in education remains a challenge for many countries and systems.
This book presents a novel conceptualisation of universal information processing systems based on studies of environmental interaction in both biological and non-biological systems. This conceptualisation is used to demonstrate how a single overarching framework can be applied to the investigation of human learning and memory by considering matter and energy pathways and their connections. In taking a stance based on everyday interactions, as well as on scientific practices, the conceptualisation is used to consider educational theories and practices, exemplified by the widely cited cognitive load theory. In linking these theories and practices more closely to scientific thinking, the book embraces an holistic approach to informational interactions, not limited to conceptualisations of pattern, signal or meaning. The book offers educational researchers and educators an opportunity to re-think their approach to instruction – to take all facets of student learning environments into account in increasing human knowledge, skills and experiences across society.
Learning Under the Lens: Applying Findings from the Science of Learning to the Classroom highlights the innovative approach being undertaken by researchers from the disparate fields of neuroscience, education and psychology working together to gain a better understanding of how we learn, and its potential to impact student learning outcomes. The book is structured in four parts: ‘Science of learning: a policy perspective’ sets the scene for this emerging field of research; ‘Self regulation of learning’ and ‘Technology and learning’ feature findings by eminent international and national researchers in the field and provides an insight into some of the innovative research illustrating the depth, breadth and multi-disciplinarity of the research; and ‘Research translation’ focuses on the scaled-up implementation of research findings in authentic learning settings, and showcases research findings which are having impact in learning environments. This fascinating book is intended as a reference tool to create awareness among researchers, policy makers, and education practitioners of the research being undertaken in the science of learning field and its potential to impact student learning outcomes.