During the digital age, self-directed learning has emerged as an effective teaching strategy in designing class activities within the educational sphere, prompting an investigation into its impact on the effectiveness of instruction in the K-12 context. This article presents a meta-analysis aimed at examining the efficacy of self-directed learning…

Students have misconceptions about many scientific topics they encounter in the classroom--such misconceptions are especially rife in subjects with counterintuitive concepts. Several studies have copiously documented students' misconceptions in different science domains. Research shows that students' misconceptions can be resistant to change and…

Research on the characteristics of effective computer-based education (CBE) courseware suggests that content structure and levels of questions presented determine whether the deep cognitive processing requisite for learning takes place. A decision table of types of instructional questions covering Bloom's taxonomy is presented and discussed.…

Arguing that the evolution of intelligent tutoring systems better reflects the recent theoretical developments of cognitive science than traditional computer-based instruction (CBI), this paper describes a general model for an intelligent tutoring system and suggests ways to improve CBI using design principles derived from research in cognitive…

This paper explores the possibility of integrating cognitive theory into an established instructional development model, i.e., Gagne's nine events of instruction. Based on the third edition of Gagne's book, this paper describes the most up-to-date notions of how cognitive theory impacts on this development framework. Each of the nine events is…

A model of curriculum and instruction that synthesizes several theories is presented. This curriculum and instruction model is placed within a broad epistemological-psychological framework that can help to guide theoreticians and practitioners in education. (CJ)

This review of the current status of the human information processing model presents the Stahl Perceptual Information Processing and Operations Model (SPInPrOM) as a model of how thinking, memory, and the processing of information take place within the individual learner. A related system, the Domain of Cognition, is presented as an alternative to…

This chapter describes current research in cognitive psychology and considers how this work may be applied to the design of instructional materials. The nature of knowing--and of meaningful knowing--are examined, and findings from psycholinguistics and pattern recognition are integrated to provide an understanding of concept and memorization…

Analyzes three major approaches to the use of computers in education: (1) drill and practice; (2) tutorial, and (3) simulation and programing. Courseware for each approach is discussed, educational philosophy and types of knowledge are described, the effect of computers on learning processes is examined, and 114 references are provided. (LRW)

This booklet is the seventh in a series on educational practices that generally improve learning. The psychological principles described in the booklet summarize important findings of recent research on learning that is relevant for education. The principles attempt to integrate research coming from diverse areas of psychology, including…

Presents model of instructional strategy planning that links specific cognitive learning and thinking processes with specific computer-based instructional strategies. Topics discussed include memory systems; types of knowledge; drill and practice; tutorials; task-oriented simulations; problem-oriented simulations; and self directed experiences.…

Examines the need for integrating assumptions about learning processes with the decisions typically made when designing instructional systems. The relationships between learning theory and instructional design are discussed, and suggestions offered for improving the design process. Extensive references are included. (Author/BK)

Analyzes technological and pedagogical developments in telematics-based distance education. Discusses early uses of telematics in distance education, changing educational organizations, management issues, management of the learning process, and management of the "virtual telematic organization." Also presents results of a case study of…

Explains the concept of a computerized simulated student as a model of human learning and explores three areas of application: for teachers, for students, and for instructional designers during formative evaluation. Technical limitations, existing prototype systems, and possible future systems are discussed for each area. (Contains 85 references.)…

Exploration of the status and development of foreign language curriculum articulation focuses on such diverse instructional conditions as expanded curricula, proficiency levels, expanded learner groups, the learning process, and language attitudes. A proposed framework for addressing articulation incorporates the pluralism of those conditions with…