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Oatman, Olan – Man/Society/Technology, 1975
Seven areas of wood technology illustrates applicable techniques, processes, and products for an industrial arts woodworking curriculum. They are: wood lamination; PEG (polyethylene glycol) diffusion processes; wood flour and/or particle molding; production product of industry; WPC (wood-plastic-composition) process; residential construction; and…
Descriptors: Curriculum Development, Industrial Arts, Industrial Education, Woodworking
McKnight, William – Man/Society/Technology, 1977
Industrial arts education obviously will be affected by the Vocational Education Act Amendments of 1976, the emphasis on career education, and the national change to the metric system of measurement, but most important, in this author's view is that industrial arts will perservere. (Editor/JT)
Descriptors: Educational Objectives, Futures (of Society), Industrial Education, Relevance (Education)
Herschbach, Dennis R. – Man/Society/Technology, 1976
Among factors described as contributing to the development of industrial arts are: Froebel's kindergarten, Adler's Workingman's School, the Sloyd system, the arts and crafts movement, and Dewey's Laboratory School. The single most important idea which distinguished industrial arts from other forms of early 20th Century industrial education was the…
Descriptors: Educational History, Educational Philosophy, Industrial Arts, Industrial Education
Parker, Steve – Man/Society/Technology, 1974
A basic method of class evaluation for vocational and industrial teachers is given which employs tools and concepts the craftsman has already mastered. Also given is a system for determining end of unit grades, based in part on standards of the trade in question. (DS)
Descriptors: Evaluation, Evaluation Methods, Grading, Industrial Education
Nelson, Phillip J.; Teig, Nick – Man/Society/Technology, 1973
An interdisciplinary high school program combining industrial education and social science was developed to provide students with an understanding of methods used in modern industry and reasons for a manufacturing economy. (MS)
Descriptors: Curriculum Development, Economics, Grade 10, Industrial Education
McPherson, William H. – Man/Society/Technology, 1976
In order to better understand what industrial arts education is and how it fits into general education, the author advocates looking to the twentieth century progressive educators rather than to the nineteenth century manual training movement. (AG)
Descriptors: Educational History, Educational Philosophy, Industrial Arts, Industrial Education
Wright, R. Thomas – Man/Society/Technology, 1982
Discusses industry-based industrial arts: components of this base; structure of the base; and organizing industry-based industrial arts programs using processing, management, and model enterprise modules. (CT)
Descriptors: Industrial Arts, Industrial Education, Industry, Learning Modules
Rieber, Lloyd; And Others – Man/Society/Technology, 1981
Presents data on the special needs student gathered during a national survey on industrial arts education. Areas include accommodation, enrollment, funding, and laboratories. (CT)
Descriptors: Enrollment Rate, Industrial Arts, Industrial Education, Laboratory Equipment
Lundy, Lyndall L. – Man/Society/Technology, 1974
Descriptors: Futures (of Society), Industrial Arts, Industrial Education, Measurement
Barnett, Jim – Man/Society/Technology, 1982
Identifies six "back-to-basics" factors that can have a positive effect on future industrial arts education program development: the instructor, students, objectives, content, methods and techniques, and evaluation. (CT)
Descriptors: Basic Skills, Industrial Arts, Industrial Education, Program Development
Berman, Louise M. – Man/Society/Technology, 1981
Cites reasons why industrial arts education should be more prominent in school programs. Discusses concepts considered important in planning curricula. Also examines ways in which industrial arts develops competence, invites human contact, encourages cooperative planning, and takes into account a person's learning styles and styles of involvement.…
Descriptors: Curriculum Development, Individual Development, Industrial Arts, Industrial Education
Israel, Everett N. – Man/Society/Technology, 1981
Identifies universal themes from different definitions of industrial arts that have evolved to assess the amount of progress or stagnation that has taken place in the past 10 to 15 years. (CT)
Descriptors: Curriculum, Definitions, Educational Philosophy, Industrial Arts
Fretwell, David H. – Man/Society/Technology, 1976
The need for industrial education for many developing countries has involved them in implementing some career education concepts (awareness/exploratory, preparation, and specialization stages) in their industrial arts educational programs, utilizing such program guidelines as program financing, personnel development, and the availability of…
Descriptors: Career Education, Developing Nations, Educational Needs, Educational Theories
Martin, Gordon E. – Man/Society/Technology, 1975
Descriptors: Educational Resources, Individual Differences, Individualized Instruction, Industrial Arts
Neher, Lloyd D. – Man/Society/Technology, 1976
To instruct prospective and practicing industrial education teachers to be resourceful in the classroom, the utilization of all available resources and scrap materials for constructing various models and material testing devices for industrial education classes is discussed. (LH)
Descriptors: Industrial Arts Teachers, Industrial Education, Learning Activities, Money Management