A hierarchical learning task was designed and developed in accordance with an instructional design model to study questions concerning task structure, sequencing, and other instructional design variables. To provide control and generality, the learning task was based on an entirely imaginary science. (RH)

Reviews possible sources of reinforcement in computer assisted instruction and systematic utilization of these sources in courseware design. Sources reviewed include reinforcement from the machine itself; from the content of the instructional modules and its arrangement in a learning sequence; and from sources external to the modules. (MBR)

The editorial maintains that the perspective of hierarchical learning used in school science teaching should also be realized at college level science teaching. Perhaps the best teachers and intense attention should be devoted to the teaching of a introductory course where the concepts upon which further knowledge is based are learned. (PS)

Describes methods for item construction for computer-based instruction (CBI). Use of a rational set generator (RSG) in presenting an adaptive sequence of items to the learner is described; a model matrix of a computer-based RSG is presented; concrete and defined concepts are discussed; and rule using is explained. (Four references) (LRW)

Discusses the importance of screen design in computer-based instruction (CBI), and presents a framework for screen design decisions based on the ROPES (Retrieving, Orienting, Presenting, Encoding, and Sequencing) meta-model for instructional design. Psychological, instructional, and technological foundations of screen design are discussed, and…

Guidelines presented for the design of instruction using interactive technologies are based on theory and research in learning, instruction, and/or media development. Also explained is a meta-model, ROPES, which highlights retrieval of information, orienting activities, presentation, encoding in the cognitive structure, and the sequencing of…

A justification for a strategy and the whole strategy then described and illustrated as it was applied to the development of a course for the Royal Australian Navy. (Author)

Instructional design strategy for improving problem solving is presented. The strategy entails selecting an appropriate domain of problem-solving tasks, learning hierarchies, teaching methods and assembling of learning materials, and designing teacher training and evaluation. Obstacles to be overcome and directions for future research are…

Shows how elaboration theory (ET) sequences the concepts in a taxonomy and argues that the product of an ET analysis is usually in general agreement with sequencing based on learning prerequisite relationships, and that ET sequencing of taxonomic concepts will not violate learning prerequisite relationships. (Author/MER)

An introduction to instructional strategies is offered. The author uses the term to refer to prescriptive rules for designing instructional events which create the learning experiences for the mastery of behavioral objectives. The intention is to familiarize the reader with properties of behavior to which instructional events must be responsive…

Proposes a criterion for selecting a sequence of objectives from a learning hierarchy and describes a sequence generating algorithm which is designed to generate a minimal memory load sequence from a learning tree. Its effectiveness in generating low memory load sequences from hierarchies that are not trees is also discussed. (RP)

Reviews concepts proposed by researchers in linguistics, psychology, philosophy, and artificial intelligence, who have applied their knowledge and skills to the study of human information processing--i.e., memory content, storage, encoding, and retrieval. Guidelines derived from theory for use by instructional designers and subject specialists in…

Discussion of the use of sequencing in instructional design focuses on a project that used a multiple strands elaboration sequence incorporating theory and practice in a physical therapy course. Procedures for parallel elaboration of multiple content strands are listed, future research is suggested, and lesson contents are appended. (Contains 17…

This study investigated the effects of sequence and synthesis prescriptions from the Elaboration Theory by teaching the parts of a microcomputer system based on a parts-conceptual structure. A 2x3 factorial design was used which incorporated two sequences, general-to-detailed and detailed-to-general, and three levels of synthesizer, i.e., no…