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Obersteiner, Andreas – Educational Studies in Mathematics, 2019
Affect and mathematical competence are each multifaceted constructs. Accordingly, the studies in this Special Issue address multiple pathways between the two in young children. This commentary highlights the variability of these pathways and asks how affective variables are specifically related to core mathematical activities such as problem…
Descriptors: Mathematics Skills, Periodicals, Elementary School Students, Affective Behavior
Peer reviewedEllstrom, Per-Erik – Human Resource Development Quarterly, 2001
Distinguishes between adaptive learning (reproducing routine actions) and developmental learning (using creativity or problem solving). States that the learning potential of a task is function of the following: (1) task complexity, variety, and control; (2) feedback, evaluation, and reflection; (3) type and degree of formalization; (4) employee…
Descriptors: Development, Education Work Relationship, Educational Environment, Learning Processes
Peer reviewedBosworth, Frank M., III; Savage, Ernest N. – Journal of Technology Studies, 1994
Components of a problem-solving lab include eight activity zones: problem setting, information gathering, problem analysis, modeling, problem evaluation, prototype, observation, and television studio. (SK)
Descriptors: Educational Environment, Facility Guidelines, Facility Planning, Laboratories
Peer reviewedEdelfelt, Roy A. – Action in Teacher Education, 1980
This article discusses the future of federally funded teacher centers and alternatives available to those responsible for shaping future policies. (JD)
Descriptors: Decision Making, Educational Environment, Federal Aid, Policy Formation
Peer reviewedSwan, Karen; Black, John B. – Interactive Learning Environments, 1993
Discussion of computer programming and knowledge-based instruction focuses on three studies of elementary and secondary school students which show that five particular problem-solving strategies can be developed in students explicitly taught the strategies and given practice applying them to solve LOGO programming problems. (Contains 53…
Descriptors: Analogy, Computer Assisted Instruction, Educational Environment, Elementary Secondary Education
Prouty, Dick – Zip Lines: The Voice for Adventure Education, 2000
Creativity is valued increasingly in business and education. Humor, fun, and play take the brain from a cognitive, rule-bound state to a more fluid state where the whole body can work on a problem while the "thinking mind" is relaxed. Vignettes demonstrate how adventure education stimulates creativity through play, fun, humor, and…
Descriptors: Adventure Education, Creativity, Educational Environment, Experiential Learning
Collins, Allan – 1988
In earlier times, practically everything was taught by apprenticeships. Schools are a recent invention that use many fewer teaching resources, but the computer enables us to go back to the resource-intensive mode of education, in a form called cognitive apprenticeship. This involves the use of modeling, coaching, reflecting on performance, and…
Descriptors: Cognitive Processes, Computer Assisted Instruction, Educational Environment, Educational Technology
Tyler, Ralph W. – 1980
This paper critiques and comments on symposium presentations focused on issues related to parent involvement in educational activities and the schools. Although bureaucratic agencies have become important influences on education, recognition is growing that the family has a primary role in training and educating children. The involvement of…
Descriptors: Cooperative Planning, Educational Environment, Educational Improvement, Parent Participation
Peer reviewedSeels, Barbara; Dunn, Joanne – TechTrends, 1989
Discussion of how to teach students to use different environments for learning focuses on visual awareness and visual problem solving skills in a visual literacy walk. Highlights include observation techniques, multiple perspectives, categorizing and analyzing visual information, and generating multiple solutions for problem solving tasks. (six…
Descriptors: Educational Environment, Learning Strategies, Naturalistic Observation, Perspective Taking
Peer reviewedWalters, Kerry S. – Journal of Teacher Education, 1989
This article briefly outlines the dominant critical thinking technique, explains why the reductionistic methodology and epistemic assumptions underlying its strategies are problematic, and suggests that ideological influences have led to critical thinking's uncritical endorsement as a learning technique. More imaginative creative approaches are…
Descriptors: Critical Thinking, Educational Environment, Epistemology, Foundations of Education
Pereira, Peter – 1983
One reason why curriculum planning has received so much attention but generated so little practical activity is the inadequate grasp of the arts of perception--the arts which enable curriculum developers to see and make use of the significant and particular features of problematic situations. The four kinds of practical arts are: perception (list…
Descriptors: Course Content, Curriculum Development, Educational Environment, Educational Needs
Hummell, Laura – Technology Teacher, 2006
Synectics is a creative problem-solving process developed by William J. J. Gordon and George Prince in the 1960s (Gordon, 1961). A result of Gordon and Prince observing brainstorming sessions that achieved varying levels of success, Synectics outlines the processes that people can use to help them overcome mental blocks while working on difficult…
Descriptors: Technology Education, Creative Thinking, Problem Solving, Teaching Methods
Peer reviewedShumer, Robert – Journal of Vocational Education Research, 2001
New understandings about learning and a vision of vocational education as lifelong planning and learning to work with others and be productive converge to suggest that vocational education will be a central force in this century. Vocational programs will continue to stress personal and cognitive development, connections between practical and…
Descriptors: Education Work Relationship, Educational Environment, Intellectual Development, Learning Processes
Peer reviewedKay, Sandra I. – Roeper Review, 1998
Presents the views of different members of "The Creativity Group" at Teachers College, Columbia University, on the importance of creative thinking and how teachers can provide conditions for continuous encouragement of the creative process. The importance of creative thinking, planning, and implementation for good teaching is emphasized.…
Descriptors: Creative Thinking, Creativity, Divergent Thinking, Educational Environment
Peer reviewedShoenfeld, Alan H. – For the Learning of Mathematics, 1996
Discusses the similarities in learning outcomes from two very different environments: a research group and a problem-solving course. Provides examples that characterize the two environments and that point to similarities in outcomes. Speculates about why such similarities exist. (DDR)
Descriptors: Context Effect, Course Content, Educational Environment, Higher Education

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