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Peer reviewedLicata, Joseph W. – Journal of Educational Technology Systems, 1980
Findings of this study suggest that school administrators view problem solving skills as an important dimension of the administrative function, and that the incorporation of school problem solving techniques in clinical training experiences may be more effective than traditional training. Fifteen references are cited. (MER)
Descriptors: Administrator Education, Administrator Role, Conventional Instruction, Experiential Learning
Peer reviewedBrandell, Mary Ellen; Hinck, Shelly – NASSP Bulletin, 1997
Service learning helps students develop skills such as creative problem solving, effective communication, decision making, and information synthesis. A recent report found that service-learning participants scored significantly higher on measures of personal and social responsibility, acceptance of cultural diversity, and service leadership.…
Descriptors: Citizenship Education, Democracy, Educational Benefits, Elementary Secondary Education
Peer reviewedAlsina, Claudi – Educational Studies in Mathematics, 2002
Explores the challenge of providing all future citizens with an appropriate quantitative literacy by means of teaching mathematics through useful applications with local and global perspectives. (Author/KHR)
Descriptors: Elementary Secondary Education, Experiential Learning, Global Education, Hands on Science
Peer reviewedDiDomenico, Angelo S. – Mathematics Teacher, 1997
Provides activities that deal with Fibonacci-like sequences and guide students' thinking as they explore mathematical induction. Investigation leads to a discovery of an interesting relation that involves all Fibonacci-like sequences. (DDR)
Descriptors: Educational Strategies, Experiential Learning, Functions (Mathematics), Geometry
Peer reviewedMcShane, Joan Braunagel – Science and Children, 1988
Discusses a research project of testing detergents that resulted from students' classroom observations of and questions about water pollution and suds. Outlines procedures and responsibilities necessary for conducting the experiment. A sample student data sheet is included. (RT)
Descriptors: Elementary School Science, Experiential Learning, Laboratory Procedures, Motivation Techniques
Peer reviewedHaigh, William E. – School Science and Mathematics, 1989
Provides examples of such statistical graphs as line, bar, picture and pie. Suggests uses of Logo Turtle Graphics in graph construction. Includes several program procedures for creating designs with the computer. (RT)
Descriptors: Computer Graphics, Computer Uses in Education, Computers, Experiential Learning
Gass, Michael; Priest, Simon – Journal of Adventure Education and Outdoor Leadership, 1993
A strategy for transferring learning from adventure experiences to daily life situations incorporates the use of isomorphs and metaphors. Explains how to develop isomorphic frames and select metaphoric experiences that can be used in adventure programming, especially with clients in therapy. (LP)
Descriptors: Adventure Education, Experiential Learning, Generalization, Imagery
Peer reviewedKeller, Beth M. – Educational Leadership, 1995
Accelerated learning involves a philosophy and systematic process for providing the best education for each child. Lessons are not really fast-track but designed to enrich students' learning experience through higher expectations, relevant course content, and stimulating instruction. Accelerated schools have three guiding principles: unity of…
Descriptors: Change Strategies, Community Involvement, Elementary Education, Enrichment Activities
McGowan, Michael L. – Journal of Adventure Education and Outdoor Leadership, 1991
Problem solving in adventure programs contains physical, social, philosophical, and transcendent (insightful) elements. Through transcendent experiences students reach a high level of performance, tolerance, and understanding. Instructors often attempt to facilitate transcendent experiences through such activities as the Native American…
Descriptors: Adventure Education, Experiential Learning, Group Dynamics, Individual Development
Peer reviewedLock, Roger – School Science Review, 1990
Definitions for the terms open-ended, problem solving, and investigations are considered. The interaction between these terms and teaching styles are discussed. Student influences over the learning process in this type of investigation are examined. (CW)
Descriptors: Experiential Learning, Laboratory Procedures, Problem Solving, Science Activities
Peer reviewedBoucher, Alfred C. – Teaching Children Mathematics, 1998
Explains how critical thinking, communication, and estimation can be incorporated into an exciting problem-solving unit for first-grade students. Presents four related activities. (ASK)
Descriptors: Critical Thinking, Elementary School Mathematics, Estimation (Mathematics), Experiential Learning
Peer reviewedBaumert, Jurgen; Evans, Robert H.; Geiser, Helmut – Journal of Research in Science Teaching, 1998
Ten-year-old students (n=531) from the U.S. and Germany were studied to determine the relationships between everyday experience, domain-specific control beliefs, acquisition of science knowledge, and solving of everyday technical problems. A causal model, developed and tested through structural equation modeling, showed that domain-specific…
Descriptors: Cognitive Ability, Cultural Context, Elementary Education, Experiential Learning
Hovelynck, Johan – Horizons, 1999
A group solving the task of climbing a steep wall illustrates how adventure education can enable participants to trace how they get stuck in their view of things, and what it takes to adopt a new and generative image. The ability to change metaphors can be applied to core metaphors of relationships, communication, and visions of oneself. (TD)
Descriptors: Adventure Education, Attitude Change, Educational Philosophy, Experiential Learning
Peer reviewedSussman, Beverly – Science Scope, 2000
Makes recommendations for new science teachers about what to do in the middle level classroom. Advocates being creative in the classroom and in finding resources. (YDS)
Descriptors: Chemistry, Cooperation, Creativity, Elementary Education
Peer reviewedCaleb, Linda – Equity & Excellence in Education, 2000
Describes the development of a program for providing young girls at an all-girls school opportunities to problem solve by constructing their solutions using tools and materials unlikely to be part of their home or school experiences. The program combines analytical and problem solving skills with basic engineering concepts. Notes problems…
Descriptors: Elementary Education, Engineering Education, Equal Education, Experiential Learning


