Presented is a primer providing the distinction between computer-assisted instruction and computer-managed instruction (CMI), as well as application notes on how CMI contributes to cost-effective achievement of individualized instruction and enhanced student learning. (Author/BB)

Describes applications of Time-shared Interactive Computer-Controlled Television (TICCIT) in various computer-assisted instruction programs, including those of the United States armed services. For example, the army is using TICCIT to investigate the effectiveness of CAI as the primary training medium for instructing its reserve units. (JN)

In 1981, the British government allocated 1.1 million pounds to introduce a trial computer-based learning (CBL) program to the nation's education system. Following a 2-year pilot project, a CBL Unit was formed to build on the success of the initial experiment. The unit coordinator describes this on-going project. (JN)

Reports on the various ways microcomputer hardware and courseware are being integrated into the nation's schools, in a race to avoid being locked into technological mediocrity. Effectiveness of computer assisted instruction, courseware development, and the time students use computers in elementary and secondary schools are among the areas…

Identifies and discusses specific components of Maria Montessori's educational philosophy and considers what computer based instruction (CBE) might imply for each. Experiences in initiating a CBE program in a first-grade Montessori classroom are also provided. (JN)

After much study, administrators at the Garland Independent School District (Texas) adopted a minicomputer-based system which provides curriculum development for kindergarten through grade 12. The process of implementing computer-assisted instruction in this district is described. Results after the first year and teacher training are examined. (JN)

For institutions of higher education in Canada, the use of computer-assisted-instruction is miniscule. Instead, students of the sciences are shown how to program computers while students of the arts are shown how to use computers within their disciplines. Experiences in computing at the University of Waterloo are described. (JN)

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)

To properly teach the use of computers, school must be equipped with laboratories that provide students with their own interactive computer or terminal--but that takes money. A business department chairman of a Southern California high school describes how he obtained a $40,000 federal grant to develop a 20-workstation laboratory. (JN)

Discusses the development of industrial robotics training materials, considering the need for such materials, preliminary curriculum design, the Piagetian approach followed, and the uses of computer assisted instruction. A list of robotics curriculum courses (with content and audience indicated) is included. (JN)

With the change to simpler computers, training the large number of individuals without electronics backgrounds who use/service them became cost prohibitive. However, computer-assisted instruction, coupled with an interactive videodisc, has been found useful in delivering quality instruction cost effectively at a large number of widely dispersed…

Provides an overview of the use of computers in education in Canada, focusing on the application of microcomputers in elementary and secondary education and of mini- and large-scale systems at institutional and industrial levels. (DC)

Wiring the city of Irvine provided a community-wide education network through a student-controlled, interactive two-way TV system. Adding computer-based education will afford Irvine a first in combined information and education service. (Author/BB)

To provide computer literacy training for its elementary and secondary schools, the Indianapolis city-wide school district is midway through a three-year, $10 million project involving the installation of more than 10,000 microcomputers linked by numerous local area networks. This program of coordinated resource sharing is described. (JN)

Discusses experiences in computer assisted instruction (CAI) at the Waterford School in Provo, Utah. Areas considered include long-term CAI projects, problems of conducting research in CAI, availability of computer expertise, availability of physical resources, and parental views of the programs at the school. (JN)