A model for lesson design which accommodates adult learning based on the Gagne and Briggs (1979) model of instructional design is presented. Four stages of the lesson level are discussed--definition of performance objectives; preparing lesson plans; developing, selecting materials, media; and assessing student performance. Sixteen references are…

Discusses differences between computer-delivered instruction and print-delivered instruction and the importance of the role of the instructional design process when adapting traditional teaching materials to newer media. The use of authoring systems for preparing materials and computer-managed instruction as a support for programed instruction are…

Describes a short computer program written in Logo programing language designed to provide students with new experiences in the study of vectors as they apply to classical physics. Suggestions for introductions, preparation, follow-up activities, and program examples are included. (EJS)

Examines origins of the LOGO computer programing language, describes its capabilities, and compares available LOGO systems for use on various microcomputers noting producer/distributor, price, hardware, user group, backup, debugging aids, and comments. A resource list of books, articles, newsletters, and research reports is included. (EJS)

Suggestions are made for choosing microcomputers for instructional design. Elements discussed include hardware (system components, selection procedures, operations and hardware); equipment suppliers; software development (database management, simulation); and implementation (acquisition of hardware, probable difficulties). (CT)

Findings of a series of studies of teachers and novice instructional designers indicate that prescriptive models of how instructional design should proceed frequently do not match the reality of practice. Appropriate changes in instructional design procedures are suggested. A bibliography of 26 items is included. (CHC)

Discussing the advantages of self-paced and leader-led instruction, the author presents a 23 item questionnaire which measures factors to be considered before selecting the type of instruction. The questionnaire considers areas such as trainee population, course objectives, instructional design, administrative procedures, and developmental…

Distinguishes between the process and products of science and describes the role of each in Instructional Development (ID). The observe, hypothesize, test components of the scientific process are examined as they apply to front-end analysis, instructional strategy description, and formative evaluation stages used in ID models. Thirty-four…

Argues that mental images have functional properties similar to those of audiovisual media in that they can be intentionally and systematically used as the informational base for cognitive operations and as an aid to new learning. Experimental evidence is cited to support the claims. Nineteen references are cited. (Author/CHC)

Describes a conceptual schema based on four basic requirements of the learner--stimulation, order, strategy, and meaning. These basic learner requirements are subdivided to describe the instructional environment necessary to provide an optimum fit between the learner and the environment. Fourteen references are cited. (Author/CHC)

The authors present an alternative model for training in organizational development (OD) which differs from other such models by being eclectic, inexpensive, and applicable to participants with varying degrees of experience. A design for a training laboratory is elaborated and related to theories about OD and about learning processes. (SK)

Addresses the difficulties in assessing the receptive capacity and learning style of a child and matching it to the instructional aspects of schooling. Describes a teacher sensitization course that has been developed to make such matching possible. (WD)

Presents papers on four different instructional development models currently in use either in a university or a business setting. All phases of systematic development are covered, including project selection, production, implementation, performance analysis, constraints, and unusual features that distinguish each model. References are listed. (BK)

Discusses the design of computational exercises useful for a course in numerical methods for chemists. Some of the exercises make use of available programs while others require the student to write programs incorporating numerical routines. The emphasis throughout is on the use of numerical methods to solve chemical problems. (Author)

Describes a minicomputer software system for the administration of instructional programs combining interactive cable television and computer aided instruction for potentially large populations at relatively low cost. Both basic two-way cable television technology and the system developed by Michigan State University are discussed. (Author)