Explains abductive reasoning; compares it to more traditional forms of logic, i.e., deduction and induction; and describes a computerized tutorial called A.R.T. (Abductive Reasoning Tool) that was created to foster abductive reasoning. Implications of using abductive techniques in instructional design are suggested. (Contains 13 references.) (LRW)

Describes the development of a curriculum to improve problem- solving ability when faced with uncertainty by (1) encouraging students to examine their thought processes, (2) presenting fallacious arguments, and (3) providing better tools for decision making. Relevant psychological research, some problems of teacher training, and a small-scale…

The level of thinking that is characteristic of the typical college freshman and the skills needed by college science courses are addressed, and the Development of Reasoning in Science project (Project DORIS) at California State University, Fullerton, is described. While the typical college freshman functions at the concrete level of thinking,…

A major goal of mathematics teaching is the involvement of students in the personal process of discovering mathematical ideas and formulating problems. The process of an inductive leap followed by a deductive argument is used in mathematics courses at Phillips Exeter Academy (New Hampshire). Mathematical problems are presented in which the givens…

Describes a 5-year futures curriculum planning process currently used by an 11-member network of California and Canadian school districts. Addresses the definition of information technology and the definition of reasoning that describes the inductive, as well as the deductive, higher-order thinking skills. (MLF)