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Lindbeck, John – Industrial Arts and Vocational Education, 1972
Modern packaging problems and their ecological impact. (MU)
Descriptors: Creativity, Design Requirements, Ecological Factors, Graphic Arts
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Isaksen, Soctt G. – Journal of Creative Behavior, 1983
Provided are a review of leadership concepts; the 20-suggestion list by E. Torrance for teachers to facilitate student learning; and a proposed creative problem solving (CPS) model consisting of the following components: facilitator, client, and task (or CPS session). (MC)
Descriptors: Classroom Environment, Creativity, Leadership Training, Models
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Krippner, Stanley – Gifted Child Quarterly, 1983
Two dimensions of Carl Jung's psychological system (preference for information and choice of decision making processes) are applied to creativity research. Examples of four personality types (sensing- thinking, sensing-feeling, intuition-feeling, and intuition-thinking) are represented by prominent social scientists. A systems model of science is…
Descriptors: Creativity, Models, Personality Traits, Problem Solving
Gordon, Gerald – NSPI Journal, 1979
Reports the findings of research that correlated the differentiation and association abilities of researchers in an industrial research and development firm and a chemical research company with their demonstrated scientific creativity to test a dual-nature theory of creativity. Author discusses the implications for developing creative work teams.…
Descriptors: Cognitive Style, Correlation, Creativity, Industrial Personnel
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Cates, Camille – Public Administration Review, 1979
Argues that incrementalism's weakness is that it is another rational approach to problem solving when what is needed is a nonrational approach--creativity. Offers guidelines for improving creativity in oneself and in the work environment. (IRT)
Descriptors: Creative Thinking, Creativity, Decision Making, Policy Formation
Torrance, E. Paul – Creative Child and Adult Quarterly, 1978
The author discusses definitions of creativity through research and analogy and suggests that since some of mankind's most compelling needs underlie the creative process, a denial of those needs results in illness. Physiological and psychological reasons for the therapeutic nature of creative problem solving are considered. (CL)
Descriptors: Creative Expression, Creative Thinking, Creativity, Definitions
Desfosses, Jeannot – Education Canada, 2003
The phenomenon of creativity is so prevalent and yet so ill-defined. After examining several definitions, this author posits that creativity is a natural process in which humans use their physical, intellectual, emotional, moral, and spiritual resources to produce something new. Creativity seems to satisfy a deep fundamental yearning to go beyond…
Descriptors: Creativity, Educational Philosophy, Elementary Secondary Education, Imagination
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Brandt, Ron – Educational Leadership, 1990
As codirector of Harvard University's Project Zero, David Perkins has conducted long-term research programs on creativity, problem solving and reasoning, and learning in the arts, sciences, and everyday life. He explains a new program designed to help teachers connect thinking strategies with subject matter, so that students can better manage…
Descriptors: Biographies, Cognitive Processes, Creativity, Elementary Secondary Education
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Sapp, D. David – Journal of Creative Behavior, 1992
This paper offers an extension of Graham Wallas' model of the creative process. It identifies periods of problem solving, incubation, and growth with specific points of initial idea inception, creative frustration, and illumination. Responses to creative frustration are described including denial, rationalization, acceptance of stagnation, and new…
Descriptors: Cognitive Processes, Creative Development, Creativity, Models
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Runco, Mark A.; Nemiro, Jill – Roeper Review, 1994
This paper reviews research showing problem finding to be distinct from problem solving and research supporting the role of problem finding in intrinsically motivated creative performances. The paper concludes that problem finding represents a family of related skills, each of which seems to be influenced by cognitive and extracognitive factors.…
Descriptors: Cognitive Processes, Creative Thinking, Creativity, Gifted
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Callahan, Carolyn, Ed. – Journal for the Education of the Gifted, 1991
Presented are two reviews of books relating to (1) problem solving and (2) the development of creativity. The books are "The Complete Problem Solver," 2d ed., by J. Hayes, and "The Nature of Creativity: Contemporary Psychological Perspectives," by T. Amabile. (DB)
Descriptors: Cognitive Ability, Cognitive Style, Creativity, Problem Solving
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Parkhurst, Howard B. – Journal of Creative Behavior, 1999
Reviews major areas of controversy concerning creativity's definition in chronological order corresponding to the publication of each definition of significant influence. Each definition's reasons for failing to achieve widespread acceptance are analyzed, and a suggestion for a general definition is provided. (Author/CR)
Descriptors: Creative Thinking, Creativity, Definitions, Divergent Thinking
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Custer, Rodney L. – NASSP Bulletin, 1999
Collectively, technological literacy embraces everything from intelligent consumerism to concerns about environmental degradation, ethics, and elitism. Technological problem solving can have social, ecological, or technological goals and may be categorized by four types: invention, design, trouble shooting, and procedures. Every citizen should be…
Descriptors: Creativity, Learning Activities, Problem Solving, Secondary Education
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Bleakley, Alan – Teaching in Higher Education, 2004
While there is agreement that creativity is central to teaching, learning and curriculum in higher education, what is meant by creativity is not always clear. The term is often employed uncritically, in the singular, and is reified. Where creativity is used with specificity, this is often over-determined, so that the term remains limited to…
Descriptors: Creativity, Instructional Innovation, Classification, Models
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Moore, E. M – Industry and Higher Education, 2007
A cursory review of academic headlines would suggest that educational institutions can be perceived as formalized, regimented and systematic--intellectual factories that reward those staff and students who conform best to rigid systems which ensure the efficient processing of quantity. Is this the reality? Do prevailing economic and bureaucratic…
Descriptors: Higher Education, Creativity, Schools, Social Sciences
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