What have been the biggest successes in educational technology – and why have they succeeded when others have failed? Educational Visions shows how innovations including citizen science, learning at scale, inclusive education, learning design and analytics have developed over decades. The book is shaped by the visions pursued by one research group for the past 40 years. It outlines the group’s framework for innovation and shows how this can be put into practice to achieve long-term results that benefit both students and teachers at every educational level.

In the twenty-first century, educators around the world are being told that they need to transform education systems to adapt young people for the challenges of a global digital knowledge economy. Too rarely, however, do we ask whether this future vision is robust, achievable or even desirable, whether alternative futures might be in development, and what other possible futures might demand of education. Drawing on ten years of research into educational innovation and socio-technical change, working with educators, researchers, digital industries, students and policy-makers, this book questions taken-for-granted assumptions about the future of education. Arguing that we have been working with too narrow a vision of the future, Keri Facer makes a case for recognizing the challenges that the next two decades may bring, including: the emergence of new relationships between humans and technology the opportunities and challenges of aging populations the development of new forms of knowledge and democracy the challenges of climate warming and environmental disruption the potential for radical economic and social inequalities. This book describes the potential for these developments to impact critical aspects of education – including adult-child relationships, social justice, curriculum design, community relationships and learning ecologies. Packed with examples from around the world and utilising vital research undertaken by the author while Research Director at the UK’s Futurelab, the book helps to bring into focus the risks and opportunities for schools, students and societies over the coming two decades. It makes a powerful case for rethinking the relationship between education and social and technological change, and presents a set of key strategies for creating schools better able to meet the emerging needs of their students and communities. An important contribution to the debates surrounding educational futures, this book is compelling reading for all of those, including educators, researchers, policy-makers and students, who are asking the question 'how can education help us to build desirable futures for everyone in the context of social and technological change?'

In 1971, Cynthia Solomon and Seymour Papert published Twenty Things to Do with a Computer, a revolutionary document that would set the course of education for the next fifty years and beyond. This book, Twenty Things to Do with a Computer Forward 50, is a celebration of the vision set forth by Papert and Solomon a half-century ago. Four dozen experts from around the world invite us to consider the original provocations, reflect on their implementation, and chart a course for the future through personal recollections, learning stories, and imaginative scenarios. Twenty Things to Do with a Computer Forward 50 can inspire parents, educators, and aspiring teachers to make the world a better place for learning. The impact of Twenty Things is all around us. In 1971, Solomon and Papert predicted 1:1 personal computing, the maker movement, the rise of computational thinking, children programming computers, robotic construction kits, computer science for all, and integrating computing across the curriculum. All of this, years, or even decades, before such notions became more commonplace. In fewer than thirty pages, Twenty Things to Do with a Computer introduced readers to an exciting world in which children use computers they own to create, solve problems, control their world, and bring powerful ideas to life across subject areas. More importantly, Twenty Things situates the ideals of progressive education in a modern context. Papert and Solomon demonstrated how computing could be creative, humane, whimsical, childlike, and a way to learn "everything else," even ideas at the frontiers of mathematics and science. Contributors to this book include scholars and tech pioneers who worked with Papert and Solomon in the 1970s, phenomenal classroom teachers, inventors, researchers, school administrators, university professors, and educational technology leaders. Essays in this collection offer multiple pathways for school reform. Authors include Cynthia Solomon, Sugata Mitra, Conrad Wolfram, Audrey Watters, David Thornburg, Yasmin Kafai, Dale Dougherty, Nettrice Gaskins, Dan Lynn Watt, Molly Lynn Watt, Gary Stager, Artemis Papert, Stephen Heppell, along with forty other brilliant thinkers and legendary educators. Twenty Things to Do with a Computer Forward 50 is an effort to preserve a historical document and share it with future of generations seeking a more creative, personal, empowering, and meaningful educational experience for young people. This book is a must-read for: Educators School leaders Preservice teachers Policymakers Technology developers Parents

Redesigning liberal education requires both pragmatic approaches to discover what works and radical visions of what is possible. The future of liberal education in the United States, in its current form, is fraught but full of possibility. Today's institutions are struggling to maintain viability, sustain revenue, and assert value in the face of rising costs. But we should not abandon the model of pragmatic liberal learning that has made America's colleges and universities the envy of the world. Instead, Redesigning Liberal Education argues, we owe it to students to reform liberal education in ways that put broad and measurable student learning as the highest priority. Written by experts in higher education, the book is organized into two sections. The first section focuses on innovations at 13 institutions: Brown University, College of the Holy Cross, Connecticut College, Elon University, Florida International University, George Mason University, Georgetown University, Lasell College, Northeastern University, Rollins College, Smith College, Susquehanna University, and the University of Wisconsin–Green Bay. Chapters about these institutions consider the vast spectrum of opportunities and challenges currently faced by students, faculty, staff, and administrators, while also offering "radical visions" of the future of liberal education in the United States. Accompanying vision chapters written by some of the foremost leaders in higher education touch on a wide array of subjects and themes, from artificial intelligence and machines to the role that human dispositions, mindsets, resilience, and time play in how we guide students to ideas for bringing playful concepts of creativity and openness into our work. Ultimately, Redesigning Liberal Education reveals how humanizing forces, including critical thinking, collaboration, cross-cultural competencies, resilience, and empathy, can help drive our world. This uplifting collection is a celebration of the innovative work being done to achieve the promise of a valuable, engaging, and practical undergraduate liberal education. Isis Artze-Vega, Denise S. Bartell, Randy Bass, John Bodinger de Uriarte, Laurie Ann Britt-Smith, Jacquelyn Dively Brown, Phillip M. Carter, Nancy L. Chick, Michael J. Daley, Maggie Debelius, Janelle Papay Decato, Peter Felten, Ashley Finley, Dennis A. Frey Jr., Chris W. Gallagher, Evan A. Gatti, Lisa Gring-Pemble, Kristína Moss Gudrún Gunnarsdóttir, Anthony Hatcher, Toni Strollo Holbrook, Derek Lackaff, Leo Lambert, Kristin Lange, Sherry Lee Linkon, Anne M. Magro, Maud S. Mandel, Jessica Metzler, Borjana Mikic, William Moner, Phillip Motley, Matthew Pavesich, Uta G. Poiger, Rebecca Pope-Ruark, Michael Reder, Michael S. Roth, Emily Russell, Heather Russell, Ann Schenk, Michael Shanks, Susan Rundell Singer, Andrea A. Sinn, Christina Smith, Allison K. Staudinger, William M. Sullivan, Connie Svabo, Meredith Twombly, Betsy Verhoeven, David J. Voelker, Scott Windham, Mary C. Wright, Catherine Zeek

The National Academy of Engineering's 2012 forum, "Educating Engineers: Preparing 21st Century Leaders in the Context of New Modes of Learning," opened with presentations by six speakers who looked at the future of engineering and engineering education from their perspectives as educators, administrators, entrepreneurs, and innovators. Each speaker focused on just one facet of a tremendously complex picture. Yet together they outlined a new vision for engineering education based on flexible, interactive, lifelong learning and the merge of activities long held to be distinct. This summary of a forum recaps the six speaker's presentations.

GSV’s aspirational vision for how to address society’s greatest challenge…ensuring that everyone has equal opportunity to participate in the future.

How will AI change our world within twenty years? A pioneering technologist and acclaimed writer team up for a “dazzling” (The New York Times) look at the future that “brims with intriguing insights” (Financial Times). This edition includes a new foreword by Kai-Fu Lee. A BEST BOOK OF THE YEAR: The Wall Street Journal, The Washington Post, Financial Times Long before the advent of ChatGPT, Kai-Fu Lee and Chen Qiufan understood the enormous potential of artificial intelligence to transform our daily lives. But even as the world wakes up to the power of AI, many of us still fail to grasp the big picture. Chatbots and large language models are only the beginning. In this “inspired collaboration” (The Wall Street Journal), Lee and Chen join forces to imagine our world in 2041 and how it will be shaped by AI. In ten gripping, globe-spanning short stories and accompanying commentary, their book introduces readers to an array of eye-opening settings and characters grappling with the new abundance and potential harms of AI technologies like deep learning, mixed reality, robotics, artificial general intelligence, and autonomous weapons.