This guidebook is a comprehensive national directory of federal offices, programs, and facilities supporting K-12 education in the subject areas of mathematics and science. It is intended to inform educators and the public about federally supported resources and to increase access to them. This publication contains information on federal offices…

Discusses the Microelectronics Education Programme's work in the communication and information systems domain, suggesting that teachers understanding the new technologies and incorporate them into regular classroom instruction. Focuses on computers in the classroom, economy of time, keyboard skills, life skills, and vocational training. (Author/JN)

Designed to aid teachers in the classroom, this guide provides a list of materials recently prepared for the kindergarten through grade 12 classroom by folklorists and other cultural studies specialists in closely related fields and includes a selected list of agencies with established commitments to folklife programming. After a definition of…

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)

Evaluators of television programing and representatives of funding agencies discussed the impact of the perceptions of funding agencies on the evaluation of children's television. Participants also examined the interplay between the objectives of the television series and the evaluation, the relationship between production and evaluation, and the…

The Microelectronics Education Programme (MEP) has focused its attentions on the classroom teacher as the agent of educational change by providing computer based learning coordinators to implement teacher training programs to support all aspects of the school curriculum. Discusses computer training before MEP, with MEP involvement, and after…

Because information handling applies to all forms of learning, one Microelectronics Education Programme (MEP) INSET strategy is devoted to a discussion of the generation, storage, retrieval, communication, and use of information in all subject areas. Discusses the nature of information; MEP and the information domain; information gathering, use,…

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)

The objective of the Microelectronics Education Programme (MEP) Electronics and Control Technology is to enable teachers (under the INSET scheme) to develop the necessary expertise to teach the current electronics component of courses which include this subject. Described are MEP-INSET guidelines, which include six-hour course modules, equipment,…

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.…

Organizations and programs with a major emphasis in rural education and small schools are listed in this directory. The entries--derived from a survey conducted in late 1985 and early 1986--are listed alphabetically by state within national, regional, state, and university categories. A brief description of the activity's function is followed by…