The public agencies and individuals influencing British educational policy and some weaknesses of this system are examined with reference to educational technology. Characteristics of the government agency established to recommend policy for use of educational technology are outlined, and some perspectives are given on future development.…

Choices to be made in the formation of national policies for computer use in education, in all countries, are outlined. They include the issues of curriculum priorities, need for broad computer literacy versus specialization, educational level for introduction, teacher training, software development, hardware needs, coordination, and locus of…

Examines how school libraries are using the microcomputer as educational media (computer-assisted instruction, educational games) and library management tools (database management systems and word processing). Four innovative programs in Colorado, Minnesota, Illinois, and Oregon are profiled. Additional resources on microcomputer applications and…

Reviews computer program on factoring whole numbers (suitable for Pet, Apple or TRS-80). Discusses documentation and selected aspects of the 12 interactive lessons, games, and exercises suitable as new material for upper elementary/junior high school students and as review/remedial material at the secondary/junior college levels. (JN)

Among the topics discussed relating to demands on business/industry/education resulting from the "pull" of the information explosion are: frontiers of knowledge, research on educational television, computer-based learning, intelligent videodiscs, quality of learning, science education/cognitive research, misconceptions, motivation,…

Colleges and schools of education have three broad roles concerning computers in education: (1) investigation, consisting of research to determine school needs, evaluate programs, and verify educational theories; (2) instruction, or teacher preparation; and (3) involvement, consisting of educating their faculties, serving as resources, and…

Presents an overview of computer use in education and other realms. Concludes that the true computer revolution in education may not be the use of computer assisted instruction but rather the combining of computers with other electronic devices for the advent of widespread decentralized education. (Author/DC)

Des Moines Area Community College cooperated with other Iowa community colleges and IBM in designing and implementing a computer based education system. Outlines the systems approach used including objectives, needs analysis, implementation plan, cost effectiveness, and recommendations. Illustrations and graphs included. (DC)

Outlines a study procedure for directors, administrators, and managers of large-scale training or education functions to determine if computer-based instruction is cost effective for their organization. Plan includes data gathering, alternatives, recommendations, and implementations. (DC)

Based on a survey of several thousand department heads and instructors in ten disciplines, eight conclusions regarding the current use of computers for instructional purposes are discussed. One conclusion appears to be that many schools make little or no use of computing in undergraduate instruction. (JN)

Computers can effectively present many forms of instructional material. Computers can also facilitate response-judging; provide feedback; store, index, and retrieve collections of information pertaining to instruction; and assist teachers with many administrative functions. (JN)

Described is part of the O.P.E. laboratory computer-based biology program designed for undergraduate medical and biology students. Described is an embryology dialogue in which the student proceeds through three stages in the knowledge and understanding of the concept of competence. (Author/DS)

Described are eight microcomputer systems that are suitable for computer-aided instruction (CAIDI) in chemistry. Specific instructional applications are described to illustrate the wide variety of systems available and their adaptability to problems faced by chemistry teachers. (BT)

Reviews recent developments in instructional processes and urges us, with several arguments, to move forward. (Editor/RK)

Summarizes three experiments examining the ways that various forms of feedback influence children's progress in learning to tell time through computer-based training. The experiments compared different forms of feedback as well as delays in their presentations. Reviews related literature and includes statistical and tabular data. (MJP)