An industrial arts program was adapted to help handicapped high school students gain independent living skills, including exposure to tool use, woodworking techniques, basic measurement concepts, and safety. Special educators worked with industrial arts teachers to plan and implement the program, which has met with success. (CL)

Describes the technology education program developed at Rice Lake, Wisconsin, High School. The program was changed from industrial arts to technology education to keep pace with the technological advancements in society. (JOW)

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)

This report of the National Conference on Elementary School Industrial Arts (ESIA) (1969-70) deals with the nature of industrial arts in the elementary school, different approaches and requirements for its implementation, and ways of meeting and solving problems. Section 1 defines ESIA. In section 2 a discussion of philosophical bases shows how…

The pilot project was intended to provide the industrial arts metals teachers with experiences and opportunities needed to help them plan, develop, and introduce occupationally-oriented information, activities, and experiences into industrial arts classes. Fourteen industrial arts metals teachers in the State of Missouri were selected from grades…

A project was undertaken to develop a catalog of professional and technical competencies needed by a teacher to teach all areas of industrial arts given in the Texas State Board of Education-approved revised curriculum as well as to define and recommend guidelines for implementation of competency testing for industrial arts. Following a research…

The state of Virginia approach to the development and implementation of competency-based instruction in industrial arts programs is outlined. Development of various activities is described: position paper, curriculum research project, and industrial arts catalogs research project. Figures illustrate the details of each area. (CT)

This pamphlet provides an overview of the present situation concerning technology education in Oklahoma. It lists learner outcomes, details the criteria for a technology education program, and illustrates the role of industrial arts/technology education in the total education system. The four functions that industrial arts/technology education…

Describes a project conducted to develop standards and guidelines for the improvement of industrial arts programs that fulfill the objectives of the Vocational Education Act of 1963, as amended by the Education Amendments of 1976. (LRA)

This article outlines suggested actions, activities, and the type of personal dedication necessary to begin a total technology education curriculum in a school district. It discusses program development, gathering information, getting funding, proposing the change to the administration, and the teacher's role. (CT)

A program called OM (originally titled Olympics of the Mind), aimed at encouraging creativity in gifted and talented students via the industrial arts curriculum, is examined. Creative problem solving is discussed and examples of problems and format are included. Program effectiveness and public relations are described in detail. (CT)

The purpose of this manual is to provide a technique to help teachers better prepare for a teaching career in industrial education. Specifically, this manual, including the exercises, was developed to be used in weekly seminars for students enrolled in the St. Vincent Teachers' College (West Indies). It may also be used for staff development on an…

Discusses the design and implementation of programs to prepare the technology education teacher of the future. Teacher educators can review and implement trends in the philosophical and curricular development of the profession and move into meeting the trends of curriculum innovation in secondary schools. (JOW)

Processing of the three major groups of modern glasses is described. Low-melting-point glasses and the roles of their ingredients are discussed. Other processes (calcining, melting, fining the batch, annealing, testing for stress, colorants) are explained. Finally, a secondary-level pilot program for glass technology is suggested. (CT)

Creese discusses instructional approach that has been applied throughout the Aalborg University in Denmark; Leybourne and Vajpayee describe graduate program in manufacturing technology at the University of Southern Mississippi; Summers elaborates on development, structure, and implementation of a course in Industrial Engineering Technology…