Students in higher education are faced with rapidly changing societal conditions. As the nature and structure of the workplace and the family have changed, the specific knowledge and skills people need for the future have become less predictable. Teachers can address these changing conditions by applying cognitive theory to learning and…

This book provides exemplars of the types of computer-based learning environments represented by the theoretical camps within the field and the practical applications of the theories. The contributors discuss a variety of computer applications to learning, ranging from school-related topics such as geometry, algebra, biology, history, physics, and…

To suggest that activity in the classroom shift from a focus on memorizing procedures to using mathematical reasoning is to suggest a shift in the classroom environment accompanied by shifts in teacher talk. The task of this report was to introduce the idea of teachers' orienting behaviors aimed at facilitating student cognition, and to suggest…

This document contains four papers from a symposium on contextual learning issues. In "Creating Mosaics: The Interrelationships between Knowledge and Context" (Barbara J. Daley), nurses report using information from training programs to create a knowledge base for professional practice. "Analysis of Action Learning Experiences…

Prior research on learning has been linked to instruction by the derivation of general principles of instructional design from learning theories. However, such design principles are often difficult to apply to particular instructional issues. A new method for relating research on learning to instructional design is proposed: Different ways of…

This paper presents a framework utilized in two research projects for mathematics teacher learning based on what is understood about students' mathematics learning. The framework is grounded in a social constuctivist perspective and builds on Karplus' Learning Cycle. A framework for mathematics education identifies a learning cycle that progresses…

Emerging theories suggest that learning is contingent on cognitive development, which is, in turn, influenced by conative and ecological factors. These three domains--cognitive, conative, and ecological--all make important contributions to understanding student achievement. Their collective influences should be understood when formulating an…

Elementary students (N=160, grades 2-3 and 5-6) were evaluated in a battery of four information-processing tasks, including: Inspection Time, Reaction Time, Coincidence Timing, and Mental Counters (Working Memory). Half of the children were certified as gifted in a case study analysis; the other half were selected from non-gifted programs of the…

A study was designed in which a battery of 11 selected instruments was given to 320 professional students (four classes) at the University of Illinois College of Veterinary Medicine to measure a variety of parameters of brain function and cognitive ability. Results were to be used to develop ability or competency profiles, to compare scores, to…

In a study of the development of measures that can assess specific learning and reasoning changes affected by a problem-based learning (PBL) curriculum in medical education, evidence is provided of the cognitive benefits of a PBL approach. To determine whether PBL students reach reasoning goals with a novel clinical case, the study evaluated…

This annotated bibliography was developed as a result of a May, 1991, Technology Seminar on Multimedia, and is intended to provide researchers with an overview of the literature pertaining to the development of multimedia technology, innovative applications, design, and implementation issues as well as with descriptions of major multimedia…

This eight-part book contains 69 articles which address topics related to helping students become effective thinkers. The articles are organized under these categories: (1) the need to teach students to think; (2) creating school conditions for thinking; (3) what is thinking? deciding on definitions; (4) a curriculum for thinking; (5) thinking…

This book contains 29 articles which address topics related to teaching thinking. The articles include: (1) "Balancing Process and Content" (Marilyn Jager Adams); (2) "Structure of Intellect (SOI)" (Mary N. Meeker); (3) "Instrumental Enrichment" (Francis R. Link); (4) "Thinking to Write: Assessing Higher-Order Cognitive Skills and Abilities"…

Abstracts of most of the papers presented at the 57th Annual Meeting of the National Association for Research in Science Teaching (NARST) have been collected in this publication. Papers focus on such areas as cognitive structure, development of scientific literacy in secondary schools, science teaching as a career, improving science teaching,…

The "componential" theory of intelligence explains intelligence in terms of three types of component processes that make up intelligent performance. The first of these, "metacomponents," are the higher-order or executive processes that one uses to plan what one is going to do, monitor what one is doing, and evaluate what one…