A summer course completed by 30 secondary students with high ability provided team-based, hands-on experience in the invention and design process. The group experiences are examined using three case studies. Implications of the course are analyzed with respect to group problem-solving by students with academic talents. (SW)

Outlines a process-oriented approach to teaching movement and performance to young children. This approach applies a model, which stresses playing and problem solving and which focuses on the creative process rather than creation of a product, to the development of a method of teaching that encourages problem finding and problem solving. (MDM)

The Future Problem Solving Program develops students' problem-solving and thinking skills as student teams undertake a step-by-step process which involves assessing the teams' existing knowledge of the topic, determining the knowledge they need, gathering information, organizing their knowledge, and using the knowledge to solve specific problems.…

Mathematical creativity ensures the growth of mathematics as a whole. However, the source of this growth, the creativity of the mathematician, is a relatively unexplored area in mathematics and mathematics education. In order to investigate how mathematicians create mathematics, a qualitative study involving five creative mathematicians was…

LogoWriter provides the means through which students of varying backgrounds and abilities can experience different types of learning. It involves using problem solving, graphing, critical thinking, and other creative strategies. The lessons provided in this book contain ideas that allow beginners to explore various areas of Logo while using…

This is the second sourcebook that has been produced by members of the Council of Elementary Science International (CESI) in cooperation with the ERIC Clearinghouse for Science, Mathematics, and Environmental Education. This sourcebook is focused on activities designed to enhance children's thinking. Activities emphasizing creativity,…

SIXTY SOURCES ON TEACHING METHODS, MOST PUBLISHED BETWEEN 1958 AND 1964, ARE REVIEWED AS A BASIS FOR POSSIBLE REVISION OF COLLEGE COURSES ON METHODS. EIGHT DEAL WITH DEFINITIONS OF INSTRUCTION AND TEACHING, FIVE WITH THE TEACHER, NINE WITH GROUPING, 15 WITH HEURISTIC METHODS, FOUR WITH PROBLEM SOLVING, AND 19 WITH CREATIVITY. A SUMMARY LISTS THE…

Analysis of cognitive, psychoanalytical, and moral development theories of J. Piaget, O. Rank, E. Erikson, L. Kohlberg, D. Elkind, and C. Gilligan revealed teaching strategies for gifted adolescents which involve encouraging creativity and problem-solving skills; supporting student interests; developing students' positive self-esteem; exposing…

This book is designed to help teachers link research and theory regarding creativity to the everyday activities of classroom teaching, providing enough theory and enough examples of applications to enable teachers to convert what they learn to their everyday grouping arrangements, lesson plans, assessment activities, and grading schemes. The book…

This issue of ENC Focus focuses on the topic of inquiry and problem solving. Featured articles include: (1) "Inquiry in the Everyday World of Schools" (Ronald D. Anderson); (2) "In the Cascade Reservoir Restoration Project Students Tackle Real-World Problems" (Clint Kennedy with Advanced Biology Students from Cascade High…

Even in an educational tests and measurements classroom it is possible to stimulate student creativity and divergent thinking. Examples of projects and test constructions are given to provide food for thought for the creative teacher. (JN)

Five articles explore various theoretical aspects of problems and problem solving skills. Highlights include strategies to learn problem solving skills; knowledge structures; metacognition; behavioral processes and cognitive psychology; erotetic logic; creativity as an aspect of computer problem solving; and programing as a problem-solving…

Advice for stretching the capacity of the small college public relations office includes planning well; using strategy; searching out creative ideas; choosing quality over quantity in press releases; using student and volunteer workers; developing strong media relations; accepting advice; and anticipating problems. (MSE)

This continuation of a study that explored the information behavior of scientists focuses on a joint analysis of the Kirton Adaptation-Innovation Inventory (KAI) and the Learning Styles Questionnaire (LSQ), which were used to investigate the cognitive styles, problem-solving styles, creative styles, and learning styles of the scientists. (59…

Four naturalistic methods for assessing college student learning styles are discussed: direct observation of student behavior, in-depth interviews with students, analysis of self-directed learning projects, and analysis of the guiding metaphors used by students in describing the teaching-learning process. Each suggests ways teachers can adapt to…