Four types of fundamental structures are briefly described and illustrated: the learning hierarchy, the procedural hierarchy, the taxonomy, and the model. Then a theoretical framework is presented for classifying types of subject matter content, and some implications of these content classifications are discussed. (VT)

Outlines a proposed model for understanding the human information processing system, which is conceptualized in terms of three interrelated major elements--executive, working, and long-term memory--with emphasis on the structure of long-term memory. Thirty-one references are listed. (MBR)

Presents an approach to task sequencing that is based on a component-skills view of intelligence and learning. Related research in cognitive psychology and in computer based instruction is reviewed, and a cognitive model of human task sequencing is developed and then applied to an intelligent tutoring system for algebra. (39 references)…

Describes BACEIS (Behavior, Attitudes, Cognition, Environment viewed as Interactive Systems), a comprehensive theoretical model that includes internal and external factors affecting the development, retention, and transfer of thinking and learning skills. Uses of the model in instructional design, to guide research, and to critique existing…

The approach to the organisation of learning resources that has been outlined in this article offers the possibility of a more embracing concept of educational technology, combining both the task and the human relations orientations associated with the competing educational technologies current today. (Author)

Discusses the role of instructional design in the development of learning theory. Topics discussed include the acquisition of knowledge and skills; models of teaching; the teaching and acquisition of concepts; influences on retention; and the integration of procedures, principles, and concepts for solving problems. (20 references) (LRW)

Describes research on the reflection of six professors regarding their thinking about teaching. Topics include the model of the metacognitive process of reflection; the role of reflection in knowledge construction; the role of reflection in teaching development, including conceptual change; and the relationship between reflective teaching and…

Considers two basic models of the teaching-learning process, described as the didactic and the communication models, and applies them to computer assisted learning. Conventional and intelligent tutorials and simulation are used as examples to compare the amount of control students have over learning strategy, content manipulation, and domain…

Discussion of students' prior knowledge and its effect on analogical reasoning focuses on four case studies of high school and college students that were designed to determine factors important for success in overcoming misconceptions via analogical reasoning. Explanatory models are explained, and abstract transfer versus explanatory model…

New knowledge is made meaningful by relating it to prior knowledge. Although meaningfulness usually relates new knowledge to prior superordinate knowledge, arbitrarily meaningful knowledge, coordinate, subordinate, and analogic ideas, experiential knowledge, and cognitive strategy also facilitate learning. Optimization of prior knowledge is done…

Describes a study that was conducted to characterize the approaches to teaching of university lecturers and to examine the relationship between lecturers' approaches to teaching and their conceptions of good teaching. Highlights include a model relating beliefs, teaching and learning; motivational distinctions; accommodation for student…

Discussion of problems students have with learning about Newtonian dynamics and kinematics focuses on the assumption that learning is promoted through confronting students with their own misconceptions. A computer-based modelling environment--DYNLAB--is explained, and a study conducted with high school boys in Scotland to test it is described. (29…

Describes an instructional model, Strategies Program for Effective Learning/Thinking (SPELT), that was developed to translate cognitive psychological theory and research into a practical instructional program. The extent to which SPELT conforms to current instructional design principles is examined, and macro versus micro instructional sequencing…

Discusses how students generate meanings for mathematical word problems, develops a generative predicational model to account for students' comprehension of word problems, and describes an empirical study of Israeli sixth graders that was designed to test the model. Talk aloud protocols of the students are analyzed, and hypotheses tested are…

Presents a detailed description of an instructional design model called ADAPT (Apply Delayed Automatization for Positive Transfer), which offers guidelines for the development of instructional systems that offer transfer of learned skills. The cognitive architecture is described, the process of skill acquisition is discussed, and two illustrative…