Discusses educational possibilities for microtechnology, indicating impacts on subject content, subject domains, and methodology/assessment methods. Includes comments on microcomputer applications, Microelectronics Education Programme and curriculum development, and on ensuring that changes in schools run smoothly. (Author/JN)

California took a giant step toward a technological future by creating 15 regional teacher education and computer centers. This article focuses on the structure and activities of a regional center that serves Monterey, San Benito, San Mateo, Santa Clara, and Santa Cruz counties. (Author/PP)

Difficulties in implementing the Microelectronics Education Programme are discussed. Difficulties include too few microcomputers in schools, networking within schools, teachers working in isolation, distribution of software; and the problem of raising the level of awareness of teachers in all subject areas. (Author/JN)

Describes technological services provided by regional media centers, which generally serve more than one school district--reservation systems, reference, interactive video, computer-related uses, earth stations, microwave and slow-scan television, audio and video duplication, slide and film reproduction, printing, inspection of films and…

Discusses developments which should occur in the Wales region by the end of the Microelectronics Education Programme (1984). Indicates that a major curriculum project has been started to enable developments in information technology to be reflected in classrooms, focusing on the production of software and resource materials. (Author/JN)

Approximately one-third of Microelectronics Education Programme (MEP) funding is directed toward in-service teacher education. Three levels of competence (familiarization, understanding, applications) are fostered in each of four domains: electronics/control technology; computer as instrument; computer as learning; and electronic communications.…