This book presents a practical framework for the teaching of thinking skills and problem-solving with children across Key Stages 2 and 3. Using examples of topics from the National Curriculum, teachers are presented with classroom techniques and activities, which systematically develop these skills. While accommodating the needs of all learners, the book caters for the need to differentiate learning activities to extend the more able learners. Included are suggested activities for developing thinking and problem-solving skills relating to the National Numeracy Curriculum, the National Literacy Strategy and the National Science Curriculum. The book also includes activities to support the development of thinking and problem-solving skills in information communication technology (ICT), models of successful practice, and photocopiable activities. The skills and strategies suggested all derive from real classrooms and teachers and as such are practical and useful. There is clear guidance on adopting certain teaching techniques, lesson planning and organization. This book will be useful for teachers and headteachers working at Key Stages 2 and 3, all SENCOs and Advisory Teachers.

This book presents essays by ten eminent psychologists, educators, and philosophers that unite classical and modern theories of thought with the latest practical approaches to the learning and teaching of thinking skills.

This book helps teachers incorporate problem-solving and thinking skills into the National Curriculum at the Foundation Phase and Key Stage 1, in line with QCA and DfES recommendations. It presents a range of activities for children aged 4-7 years, all of which have been tried and tested in classrooms. The ideas are cross-referenced with the Learning Objectives of the National Curriculum, and are enhanced with samples of children's work. It provides sections on the core subjects of literacy, numeracy and science, and ideas for project work across the curriculum. This book is aimed at teachers at the Foundation Phase and Key Stage 1. Teacher trainers, student teachers, teaching assistants, parents and all those working in early years settings will find it equally useful.

This book presents a practical and universal framework for the teaching of thinking skills and problem-solving across the primary curriculum, using examples of topics from the National Curriculum, classroom techniques, and tried-and-tested activities which systematically develop pupils' thinking and problem-solving skills. While accommodating the need of all learners to develop effective thinking skills, the book also caters to the need to differentiate learning activities to extend the more able learners. Written by a team of teachers who recognize the day-to-day problems that face their colleagues in the classroom, this accessible, jargon-free book will be welcomed by teachers, SENCOs and ABCOs alike.

Ahighly successful guide to encourage classroomdiscussion fordeveloping children's thinking, learning and literacy skills containsmaterial on the latest trends in teaching thinking, including dialogic teaching, creativity and personalized learning. This sourcebook of ideas is essential reading for anyone seeking to develop children's minds, to build their self-esteem or to improve the quality of teaching and learning in schools.

This teaching guide provides an integrated framework for teaching thinking skills which involves both teaching thinking in a separate program or course and infusing the teaching of thinking into standard subject area instruction across the curriculum. Individual chapters deal with the following topics: (1) the nature of thinking skills and evidence that people can learn to think better; (2) the improvement of thinking; (3) kinds of thinking (broad categories, specialized kinds of thinking, metacognition, and some thinking frameworks); (4) the infusion of teaching thinking into regular subject-area instruction; (5) choosing and using separate instructional programs designed to teach thinking; (6) program development and selection of thinking skill goals; (7) lesson design and instructional strategies (structured thinking, teaching for transfer, and metacognition); (8) support systems for teachers and schools in the teaching of thinking; (9) approaches to evaluation; and (10) types of tests (objective and interpretive). (Individual chapters contain references.) (DB)

Breakthrough thinking comes as a sudden, seemingly unaccountable moment of inspiration: From Archimedes' discovery in the bathtub of the principle of water displacement to Einstein's Theory of Relativity, from Brunelleschi's development of perspective drawing to the Impressionist revolution, from the taming of fire to the creation of the laser, it has shaped and advanced civilization.