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Wiens, A. Emerson – Technology Teacher, 1985
Discusses how technology is viewed by different people, as well as financial support for the study of technology in liberal arts programs. Three examples of how different educational institutions approach the study of technology are described: basic electronics and heating and cooling technology at Wellesley, engineering at SUNY-Stony Brook, and…
Descriptors: Curriculum Development, Higher Education, Liberal Arts, Program Content
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Peterson, Richard E. – Technology Teacher, 1985
This article defines high technology, identifies some of the reasons it should be studied, and suggests some ways that it can be studied in industrial arts/technology laboratories. These suggestions include identifying topics for study, gathering information, organizing information, performing laboratory activities, and presenting the study. (CT)
Descriptors: Communication Skills, Curriculum Development, Information Sources, Laboratory Experiments
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Ball, Ed – Technology Teacher, 1986
This article outlines suggested actions, activities, and the type of personal dedication necessary to begin a total technology education curriculum in a school district. It discusses program development, gathering information, getting funding, proposing the change to the administration, and the teacher's role. (CT)
Descriptors: Curriculum Development, Industrial Arts, Information Sources, Program Administration
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Anderson, Lowell D.; And Others – Technology Teacher, 1988
Discusses the design and implementation of programs to prepare the technology education teacher of the future. Teacher educators can review and implement trends in the philosophical and curricular development of the profession and move into meeting the trends of curriculum innovation in secondary schools. (JOW)
Descriptors: Curriculum Development, Educational Innovation, Educational Trends, Higher Education
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Hacker, Michael; Grey, Paul – Technology Teacher, 1985
Processing of the three major groups of modern glasses is described. Low-melting-point glasses and the roles of their ingredients are discussed. Other processes (calcining, melting, fining the batch, annealing, testing for stress, colorants) are explained. Finally, a secondary-level pilot program for glass technology is suggested. (CT)
Descriptors: Curriculum Design, Curriculum Development, Glass, Grade 9