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Foster, Patrick N. – Journal of Technology Education, 2009
Beginning in 1998, the editors of "Technology and Children" ("T&C") have included 72 different children's books in a regular feature called "Books to Briefs." These columns are offered to teachers as a means of integrating design and technology activities into elementary-school curricula via children's literature. The purpose of this study was to…
Descriptors: Childrens Literature, Elementary School Curriculum, Technological Literacy, Reading Instruction
Foster, Patrick N. – Journal of Career and Technical Education, 2002
Discusses the theory and practice of case study analysis and its appropriateness as a method for technology education research. Describes how to identify suitable problems, conduct literature reviews, and analyze and interpret cases. (Contains 60 references.) (SK)
Descriptors: Case Studies, Data Analysis, Educational Research, Ethnography
Foster, Patrick N. – Journal of Vocational and Technical Education, 1999
Surveys the history of elementary-school technology education from the establishment of industrial arts in the progressive era through the 1990s. Considers repeated patterns of historical impediments to its widespread implementation and identifies failure to resolve recurring issues in the field. (JOW)
Descriptors: Educational History, Elementary Education, Industrial Arts, Program Implementation

Wright, Michael D.; Foster, Patrick N. – Technology Teacher, 1997
Survey responses from 131 technology education leaders (88%) ranked preferred methods for elementary, middle school, and high school technology education in public schools. They preferred technology education as method for elementary students and from an organizational (modular) standpoint for middle schools. There was no clear consensus about…
Descriptors: Elementary Secondary Education, Program Effectiveness, Tables (Data), Teaching Methods

Wright, Michael D.; Foster, Patrick N. – Technology Teacher, 1999
Suggests that elementary educators may be receptive to technology education because of the relevant, authentic experiences needed in the elementary classroom and an interest in teaching children about technology. Provides examples of adapting secondary technology activities to the elementary level. (JOW)
Descriptors: Elementary Education, Elementary School Teachers, Learning Activities, Teacher Characteristics

Foster, Patrick N. – Technology Teacher, 1996
The activity orientation of technology education should be attractive at the elementary level. Once technology educators begin to understand the psychology of elementary school children, they should be able to use appropriate methods to reach them. (JOW)
Descriptors: Elementary Education, Elementary School Students, Learning Activities, Teaching Methods

Foster, Patrick N.; Wright, Michael D. – Journal of Industrial Teacher Education, 2001
Observations of and interviews with 28 second- and fourth-grade students and 2 teachers revealed that elementary technology education activities increased technological capability and knowledge, improved attitudes toward technology, and provided practice in perceptual and psychomotor skills. (Contains 32 references.) (SK)
Descriptors: Childhood Attitudes, Design, Educational Benefits, Elementary Education
Foster, Patrick N. – Technology Teacher, 2006
Almost every K-8 technology activity includes feedback. Technology teachers generally view the input-process-output paradigm as being incomplete. A step toward completion would be the inclusion of a "feedback" component incorporating reengineering. This article provides an example of how one activity evolved through several stages to include…
Descriptors: Feedback, Technology Education, Class Activities, Teaching Methods

Kirkwood, James J.; Foster, Patrick N. – Technology Teacher, 1999
Elementary school technology education exists in all of the traditional school subjects and often remains isolated and foreign when teachers fail to perceive its importance. Technology changes the way children process information and it should be integrated into the curriculum. (JOW)
Descriptors: Child Development, Curriculum Development, Educational Trends, Elementary Education
Foster, Patrick N. – Journal of Technology Education, 1995
The early intentions of Russell, Bonser, and Mossman to have industrial arts be a study of society and culture were never realized. Today, technology education continues to emphasize the technical aspects of industry and technology and not the social dimensions. (SK)
Descriptors: Educational Philosophy, Elementary Secondary Education, Industrial Arts, Social Studies
Foster, Patrick N. – Journal of Technology Education, 1994
Argues that the philosophy and strategies of technology education are not new. They have existed for years as the ideals of industrial arts. Suggests that technology education should be viewed as the final realization of the promise of industrial arts. (SK)
Descriptors: Educational Change, Educational Philosophy, Educational Strategies, Industrial Arts
Foster, Patrick N. – Journal of Vocational and Technical Education, 1997
An historical review suggests that the current state of practical and vocational education is not unique. History shows that popular programs such as school-to-work and tech prep will not endure if past mistakes such as indecision and inability to change are repeated. (SK)
Descriptors: Educational Change, Educational History, Educational Legislation, Industrial Arts
Foster, Patrick N.; Wright, Michael D. – Journal of Technology Education, 1996
Survey responses (n=131) from technology education leaders (teachers, supervisors, teacher educators, professional association boards) showed significant agreement on curriculum approaches: very strong at the elementary level, less so in high schools. In elementary schools, technology education was viewed as method, in middle schools as an…
Descriptors: Administrator Attitudes, Course Content, Curriculum, Elementary Secondary Education

Wright, Michael D.; Foster, Patrick N. – Technology Teacher, 1996
An elementary education technology unit that involved converting decimal numbers into binary ones used an experiential method based on mass production. The children thus learned about place value, symbolic logic, practical math, and mass production, and at the same time such skills as following directions and listening attentively were reinforced.…
Descriptors: Coding, Communications, Elementary Education, Experiential Learning

Foster, Patrick N. – Technology Teacher, 2005
According to Standards for Technological Literacy (STL; ITEA, 2000/ 2002), technology education can play an important role in integrating the subjects of the K-12 curriculum. In fact, STL, developed with a "cross-disciplinary perspective," (Dugger, 1999) overlaps considerably with other common school subjects, especially social studies and…
Descriptors: Technological Literacy, Technology Education, Academic Standards, Science and Society
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