The primary goal is to explain the theory, and further, to expand a scheme of instruction and classroom procedures that arise as a consequence of his theory. Whenever possible, these ideas will be put forth using examples in physics context in an effort to elucidate difficult ideas. (DF)

Piaget's theory of developmental stages was implemented in an elementary school curriculum. Some successful learning experiences are described. (CP)

Describes an investigation undertaken to evaluate whether or not the Purdue experimental program, through its concrete curricular materials and inquiry-oriented procedures, had been successful in promoting formal reasoning abilities in its students. Results indicated that concrete curricular materials and problems can promote the development of…

The author argues that the input-output model of learning is inadequate for those who believe education is to produce persons who can solve problems in a particular area. He suggests that the act of learning be examined rather than the products of an educational experience. Piaget's mental-structures model of learning is then discussed along with…

Presents the results of two Piagetian conservation tasks administered to high school students. It was found that not many were at the formal operations level. Similar evidence is presented for college students. Concludes that development of formal thought must be a focus of all teachers. (DF)

Supports the hypothesis that a student must engage a subject in a manner appropriate to his or her present stage of development if he or she is to advance to the next stage of development. Advocates the practice of having introductory physics students observe physical phenomena while they are manipulating equipment in order to foster cognitive…

Secondary science students were tested, using Piagetian tasks to determine their level of intellectual development, and then tested on scientific concepts classified as concrete or formal. Results showed significant multiple correlations between the scores on the tasks and the subject matter tests. (MLH)

Discusses the implications of piaget's intellectual developmentmodel with respect to teaching at the college level. Many students operate at the concrete level and are incapable of abstract formal operations, however their interest and motivation can be maintained through active involvement with the representative ideas and materials of the…

Describes a study that demonstrated that written explanations of responses to formal-concept test items can be used to identify formal and concrete operational thinkers. A high percentage of the students sampled were unable to respond to formal-concept test items. (EB)

Introduces biology teachers to the central ideas of Piaget's theory of intellectual development. Also presents a scheme of biology instruction and classroom procedures based on a Piaget-related theory of learning. (PEB)

Describes a study of 708 eleventh and twelfth graders of cognitive development and their ability to learn physics. The theories of Piaget were used as a model to study the teaching and learning of physics. (MDR)

Describes a new physics program which depends mainly on student performed experiments and investigations, and subscribes to Piaget's learning and developmental theories. (GA)

Described are the dimensions of the perceived crises in science education as described by responses from 28 science educators (see SE 528 242). Also discussed are some proposed solutions. Areas of crises and solutions include administration, research, science content and theory, and learning. (Authors/DS)

This article supports the learning theory and intellectual development model of Jean Piaget as a theory base for science education. (Author/MK)