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Johanson, Erik K. – Tech Directions, 2009
In response to the publication of the "Standards for Technological Literacy" by the International Technology Education Association (ITEA), technology education teachers have scrambled to add biotechnology-related components to the curriculum. This can present a particular challenge in terms of funding. In this article, the author details on a…
Descriptors: Biotechnology, Industrial Education, Technology Education, Budgets
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Creger, Don W.; Payne, Brent A. – Tech Directions, 2010
Advances in technology have yielded computer numerical control (CNC) machines and computer-aided manufacturing (CAM) software that saves time and increases productivity in today's industrial world. Training students to understand and use these technologies has become a key ingredient in preparing them for work in industry. Teachers of machining…
Descriptors: Manufacturing, Educational Technology, Programming, Man Machine Systems
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Howell, Robert T. – Tech Directions, 2008
Service learning, a form of experiential learning, is not a new idea. Students learn through participation in thoughtfully organized service experiences that meet real community needs are are coordinated in collaboration with schools/faculty and community organizations. the service experiences are integrated into the students' academic curriculum,…
Descriptors: Service Learning, Experiential Learning, Phenomenology, Industrial Education
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Howell, Robert; Mordini, Robert – Tech Directions, 2003
Describes projects as an excellent method for increasing student learning and interest in industrial technology education and examines its evolution. Suggests that projects encourage creativity and give students a sense of accomplishment, pride, and self-worth. (JOW)
Descriptors: Creativity, Industrial Education, Motivation, Student Projects
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Howell, Robert T. – Tech Directions, 2007
Many teachers find developing a new lesson or course quite difficult. It would be nice to have all necessary information, lesson plans and assessment materials ready at hand. But most often, they find themselves on their own when it comes to lesson and course development. The author faced this situation when he was asked to develop a lesson on…
Descriptors: Fuels, Industrial Education, Curriculum Design, Curriculum Development
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Oliver, James; And Others – Tech Directions, 1992
Includes "Learning by the Numbers" (Oliver); "Industrial Control through Electronics" (Cowen, Haynie); "Data Control with a PC" (Zoghi, Lorenzo); "Portfolio Assessment" (Wolansky); and "Quality in the Classroom: Evaluating Individuals in Group Projects" (McCrea). (SK)
Descriptors: Cooperative Learning, Data Processing, Electronics, Industrial Education
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Copes, Brian – Tech Directions, 2005
In this article, the author talks about his most successful electric vehicle project that links school and industry. Some people in the public school arena stereotype industrial technology as a dumping ground for underachieving students, and many of his students believed that they could not succeed in higher education classes. He challenged…
Descriptors: Technology Education, Interdisciplinary Approach, Science and Society, Motor Vehicles
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Fitzgerald, Mike – Tech Directions, 2005
In this article, the author presents an overview of concrete as a building material and as an example of a particle composite, and discusses the origins of concrete in ancient Rome. He then describes an activity in which students can cast a concrete patio stone. Students can apply the technological design process, as well as the elements of…
Descriptors: Learning Experience, Construction Materials, Instructional Design, Design