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)

A description is given of a method of teaching the case method, perfected by Harvard Business School, using interactive computing. (MK)

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)

Current investigations in the Computers and Music group in the Department of Systems Design Engineering at the University of Waterloo are detailed. New instructional methods and applications are described and proposed that take advantage of microcomputers to improve and enhance the teaching and learning of music. (MP)

Discusses costs related to providing computer assisted instruction (CAI), considering hardware, software, user training, maintenance, and installation. Provides an example of the total cost of CAI broken down into these categories, giving an adjusted yearly cost. Projects future trends and costs of CAI as well as cost savings possibilities. (JM)

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…

A description is given of a five-year program at Dartmouth College that develops and encourages the use of all forms of technology in every academic department and program. (MK)

Presents a model for a system which coordinates the human resources needed to produce original, course-appropriate computer-assisted instruction (CAI) materials. This team approach to authoring systems has proved to be effective in producing more than 60 units of varying CAI materials for the community college environment. (ML)

Reviews an educational system's technological approach to preparing staff and students for the 21st century. Explains student programs that incorporate technological advances as computer-assisted and computer-managed instruction and materials and electronic blackboards. A masters degree program for teachers in educational technology is also…

Examines educational technology (EdTech) in Florida using the future-is-here-now technique, suggesting transposition of teaching/learning, rezoning research, and elasticizing experience. Scenarios are provided to illustrate computer-enhanced collaborative learning, electronic messaging (teleconferencing) and simulation or interactive gaming. (JN)

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

Presented is a composite model for media selection which takes the forms of a matrix whereby 36 items (attributes of learning delivery mechanisms) are matched against various media forms. A numerical value can then be obtained which identifies the most probable medium for reaching an instructional goal. (CS)

Reported are (1) rationale for standardizing the purchase of microcomputers by the Houston Independent School District; (2) general criteria used to evaluate bids; and (3) reasons why Bell and Howell was selected as the best bidder. This is the largest single microcomputer purchase by a school district to date. (JN)

Discussed are (1) expenditures for computing in higher education; (2) microcomputers in higher education, pre-college education, and home; (3) videodiscs; and (4) major computer and microcomputer programs in the Directorate for Science Education. (JN)