Describes how to base a course in technical writing on the contrast between subjective and objective values and the contrast between poetry and technology. (DD)

This brief report describes the development and implementation of a unique, full-year, credit-bearing, technology course in literary Braille transcription offered at a Long Island (New York) high school. It describes the program's goals, development, implementation, students, ongoing activities, outreach efforts, and student attitudes. Suggestions…

Principles of Technology is an interdisciplinary course with a hands-on approach based on Unified Technical Concepts. Adaptable for all levels of students, it provides a means of integrating academic and vocational education. (SK)

Describes the development of a structured science lesson around a case study simulation. The rationale for this approach is explained, and two specific examples, The Buenafortuna Power Project and Power for Elaskay, are described. (Author/CMV)

Describes an activities approach to the Man-Made World that is organized as a series of mini-courses to enable disadvantaged and unmotivated students to achieve a degree of technological literacy. (GS)

Discusses aims and objectives of the "Modular Courses in Technology" project. Project aims include developing intellectual ability in a technological context and practical technological skills. Modules, module format, different approaches in forming examination syllabi, and other areas are considered. (JN)

The Secondary Exploration of Technology (S. E. T.) project, an industrial arts research and development project providing continuity of learning for students from grades 7 through 12, is described. Three "Systems of Industry" courses for ninth and tenth grade students, modelled on the techniques of industry, are unique to the program.…

Provides rationale for introducing information technology courses in secondary schools. Discusses priorities (target audiences, time parameters, course topics, resources needed) to be considered before introducing such courses. The author's proposed course is outlined and discussed, consisting of historical/political, economic/social,…

The goal of this project was to develop, implement, and distribute a grade 6-12 technology curriculum that was integrated with science, mathematics, computer programming, English, social studies, and the arts. The development of course outlines and new course lesson plans and materials was the major component of the project. Following the project…

Science In a Social CONtext is a series of eight books based on the project SISCON-in-Schools. The books provide a new course in science and society for general studies at sixth-form level. The course has been specially designed to make scientific problems accessible to the non-scientist, as well as to explain the social aspects of science to the…

Describes a ninth-grade transportation technology course developed by the Technical Education Program at West Virginia University for a junior high school with no existing industrial arts curriculum. Although not developed for the usual industrial arts lab, the course information could be useful in updating present industrial arts curricula. (MF)

To show communications as a total system, West Virginia University's Technology Education Program developed a course called Career Exploration in Technology (CEIT) through an agreement with the Mason County (West Virginia) Public School System. Two graduate students describe their CEIT program, now a required ninth-grade course at Wahama High…

Describes a unit designed to illustrate the "science-society-technology connection," in which three case studies of the chemical industry in Israel are presented to high school chemistry students. Chosen for the unit are case studies on copper production in Timna, on plastics, and on life from the Dead Sea. (CS)

The need to give high school students a more pragmatic grasp and understanding of technology, in addition to guidance concerning their career paths, is discussed. Described are the design, initiation, methods, topics and evaluation of this exploratory program. Recommendations for future implementation of similar programs are provided. (CW)

Offers reasons why microelectronics and computing should be combined and offered as a specialized course, different from both physics and mathematics. Includes course content and discusses subject combinations within school science and technology departments. (Author/SK)