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Teng Wang; Jingjing Liu – Journal of Chemical Education, 2023
A model kit consisting of magnetic rods and steel balls, which is generally sold as a desktop toy, has been utilized to construct physical models for teaching packing arrangements of metallic crystal. All four basic metallic crystal structure models are easily constructed layer by layer, and corresponding unit cells can be naturally derived from…
Descriptors: Costs, Models, Scientific Concepts, Science Education
Wu, Yun-Wu; Wen, Ming-Hui; Chen, Ching-Ming; Hsu, I-Ting – EURASIA Journal of Mathematics, Science & Technology Education, 2016
"Building information technology" and "cost estimating" are two core skills of construction education. However, in traditional education, students learn these two important subjects in separate courses. This study proposes a blended learning environment which can provide students with support for their face-to-face learning…
Descriptors: Models, Blended Learning, Teaching Methods, Specialists
Kaufman, Allan; Flowers, Jim – 1996
This book presents 20 projects for technology education students. The emphasis is on problem solving and hands-on learning through projects dealing with a wide variety of technologies/industries, including the following: robotics, information storage and retrieval, communications, transportation, electronics, manufacturing, construction, materials…
Descriptors: Classroom Techniques, Communications, Construction (Process), Design Crafts
Maine State Dept. of Educational and Cultural Services, Augusta. Bureau of Vocational Education. – 1990
This curriculum guide presents basic definitions, models, and examples as a framework that individual technology education instructors or departments can use to construct their own units, courses, and curricula at any level. An overview describes the development of the model and the content of technology education. Section I explains technology.…
Descriptors: Communications, Construction (Process), Course Content, Elementary Secondary Education
Bowling Green State Univ., OH. – 1987
This document contains materials used in a model industrial technology program that introduced technology into the curricula of elementary, middle, and high schools in three sites in Ohio: the Central site (coordinated through Ohio State University); the Northeast site (coordinated through Kent State University); and the Northwest site…
Descriptors: Behavioral Objectives, Communications, Construction (Process), Curriculum Development
Kline, Ken – 1982
As part of a model construction cluster curriculum development project, this guide was developed and implemented in the Beaverton (Oregon) School District. The curriculum guide contains 16 units covering the following topics: introduction to construction jobs; safety and first aid; blueprint readings; basic mathematics; site work; framing; roofing…
Descriptors: Building Trades, Construction (Process), Construction Programs, Educational Resources