High technology businesses in California's Silicon Valley have joined forces with local educators to form the Institute for Computer Technology (ICT), providing a model for education-industry cooperation. Describes the development of ICT, whose goal is to fill gaps between existing programs and to provide a structure for sharing computer-related…

Described is the computer science program at the Harbin Shipbuilding Institute in Harbin, China. Required courses are listed, facilities are described, and observations are provided. (MNS)

Though computer literacy has become a key educational issue of the 1980s, little attention has been paid to adults over the age of 25 who received their formal education Before Computers (B.C.). One-day seminars (developed at the request of the Smithsonian Institution) designed to satisfy this need are described. (JN)

Examines issues and trends (1960-1990) related to the instructional uses of computers. Major emphasis is given to a teacher education program that included experience with children, discussion among professionals, hands-on experiences, extensive examination of software, and curriculum development opportunities. (JN)

The setup of computers in schools in Bavaria is detailed, starting with the fulfillment of the preliminary requirements through teacher instruction. The plan from 1981 onward is to provide at least eight computers per school, with the use of microcomputers helping to keep the costs relatively low. (MP)

Details a cooperative program that has allowed gifted and talented students in grades four to six from two rural public elementary schools in Connecticut to use computers. Notes that the joint effort between public and private agencies provides special instruction at minimal cost. (MP)

Details about SZAMOK, the International Computer Education Center in Hungary, are given. Computer education programs produced by SZAMOK are widely used in Hungary at different universities, high schools, and training centers. Television is seen as a very effective, flexible, and economical multi-purpose tool for the training of computer…

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…

Describes a computer literacy program in a business/economics department designed to help students apply computer technology to their chosen fields rather than to develop special skills as programers or systems managers. Includes program goals/objectives and a list of computer programs (with brief descriptions) used in the various economics…

Computer Assisted Learning (CAL) in France is described, with three periods of development noted. It is felt teachers need to be motivated to use CAL. The current priority is seen to be teacher training, with secondary schools the focus. (MP)

Describes activities and recommendations of Montana's task force on computer education. Recommendations include integrating computers with regular classroom instruction, providing hands-on experiences for students, and using computers for problem-solving. An audiovisual presentation, handbook, and staff development program have been developed to…

Educators at all levels are questioning and probing "what is" versus "what should be" to determine how best to respond to widespread diffusion/adoption of microcomputer technology. A description is given of low-cost statewide workshops to prepare teachers to confront this situation and of the excellent results achieved. (JN)

Describes a program and equipment used to teach computer programing to blind and visually impaired students at the Arkansas Enterprises for the Blind in Little Rock. Requirements for admission to this program are given. (JN)

Presents an overview of a governmental (centralized) program for the application of computers in Hungary and the education of computer specialists. Outlines steps for solving modelized problems and discusses computers and computer education in the schools. (DC)

Describes a two year, 60 percent theory/40 percent hands-on curriculum preparing students for occupations in electronics technology, bio-medical electronics, and communications technology. Students have opportunities to work on equipment identical to that which they will encounter in industry. (JN)