Examines ten factors that people selecting and using computers in the classroom should consider if the system is to be most effectively utilized as a teaching tool. Topics include personnel, materials, services, and equipment. (DC)

Reports that by using several features of the PLATO computer aided instruction system, students in Illinois and Hawaii who were taking similar courses were able to communicate with each other and conduct topical discussions through computer conferencing. This technique has a variety of applications and is available at different sites. (DC)

Discusses how the Bell System Center for Technical Education uses computerized instruction to meet five goals. (DC)

Describes the use of computers in special education to provide new learning opportunities and better teaching strategies for handicapped students. Indicates that computers can teach cursive writing, test the effectiveness of a teaching method, and simulate systems such as tune-composing and sentence generating. (DC)

Describes six basic steps in designing the instructional content of computer assisted instructional materials. (DC)

The Computer Intensive Classroom project is described including its foundations, coalition, design, and project evaluation. Levels of computer literacy are highlighted. (CW)

Describes the design and delivery of a college course for information system students utilizing a Computer-Aided Software Engineering program. Discusses class assignments, cooperative learning, student attitudes, and the advantages of using this software in the course. (CW)

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)

Because of the widespread use of microcomputers in Bulgaria, informatics education for all college students is considered both possible and necessary. Uses of microcomputers in various disciplines are described, including those in mathematics/mechanics, the experimental sciences, and humanities. Brief comments on computer-assisted-learning and…

Describes a pilot project in Philadelphia which introduced seventh- and eighth-grade minority students to computers as a means of building their self-confidence and encouraging them to pursue careers in engineering and computer science. Includes partial course outline, evaluation methods, and tips for success. (DC)

Discusses the current state of computer managed instruction (CMI) and the advantages it affords both teachers and students. Describes the learning objective as the focus of CMI. Notes the interaction of computer assisted instruction and CMI. Lists a directory of 16 CMI systems. (MVL)

Traces general educational changes over the last 20 years, summarizes past and present uses of computers in education, and identifies the impact microelectronics will have on present and future education. Discusses vocational training, availability of inexpensive educational resources, teaching methods, and teacher education. (DC)

Discusses the relative lack of use of technology in American schools, compared with the explosion of technological advances in other aspects of society. Promotes a revision of the organization of schools. Stresses the need to increase student productivity, individualize the curriculum, and implement capital-intensive technologies for instruction.…

Describes Ontario Ministry of Education efforts to provide microcomputer facilities for schools, facilitate software development, reinforce the ministry's philosophy of education, and stimulate the Canadian computer and software industry. Provides historical perspective and notes recent initiatives taken. (MVL)