America is finally poised to begin to go on offense in the contest for technology leadership in the future. Both federal chambers have passed a bill purportedly aimed at elevating the competitiveness of the United States. The United States House of Representatives passed the America COMPETES Act on February 4, 2022, that now must be reconciled…

Examines the work of Eric Ashby, a missionary of the technology age in Great Britain, an analyst of status quo and change proponents of higher education,; and an implementer of technology curricula. He warned in the 1950s that if Western academies did not adapt to/with technology, they would not survive. (KDR)

This paper reviews the report of Britain's Design and Technology Working Group, which contains recommendations for the inclusion of design and technology as a foundation subject for special educational needs students in the National Curriculum. The paper describes attainment targets and programs of study for design and technology and for…

A summary of the workshop convened in May 1971 in Salvador, Bahia, Brazil by the Council on Higher Education in the American Republics to assess current applications of communications technology for the improvement of educational systems in Latin America is given in this document. Against a background which includes: 1) technological asymmetry in…

Despite criticism and the possible threat to academic freedom, most people would agree that in Britain the bonds between the universities and industry must be tightened. (CK)

This book contains case studies that demonstrate how design and technology activities can be incorporated in other areas of the curriculum in primary school, based on methods used in the British National Curriculum. The book is organized in eight chapters. The first chapter raises several issues, such as why design and technology have been…

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)

The writer examines the claims of a more technological approach to everything taught in schools. He has authored a book on technology in education and is the convener of a group on technology. (CK)

This is a short review of the progress of some members of the Open University Technology Faculty in researching, discussing, and preparing a project course for first presentation in 1979, in which students will design and carry out their own project on any topic relating to the subject areas within the Technology Faculty. (Author/LBH)

A brief account of the French industrial training system is presented, followed by an outline of the changing industrial structure observed in the Saint-Etienne area, with particular reference to the adoption of new technology in manufacturing systems and observations concerning the local industrial training structure that has emerged to…

This document reports available statistics relevant to science and technology in Great Britain. The 52 tables are arranged in nine sections: (1) Scientific Research and Development in the United Kingdom, (2) Central Government Expenditure on Scientific Research and Development, (3) Overseas Technological Royalty Transactions, (4) New Supply of…

Reports on the Association for Science Education conference April 1-3, 1977. Condensations of addresses to the convention are provided. (CP)

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.…

Presents comments from the editorial board of Physics Education to the Royal Society's ad-hoc group on science and the public. Areas examined include whether schools provide students with a useful understanding of science and technology (ST), if the public has sufficient understanding of ST to make balanced judgements, and others. (JN)