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)

The author discusses and addresses common reactions of teachers to the new technology education curriculum. Teacher concerns include (1) recruiting students, (2) serving college-bound students, (3) scheduling, and (4) obtaining school district approval. (CH)

An innovative curriculum where processing of materials, energy and information form a new base for industrial arts. (Editor)

The detailed guide was prepared to help industrial arts personnel direct their students in a unit on environmental education, specifically geared for the industrial arts laboratory, which employs the Maryland Plan for implementing the unit method of instruction. Guidelines for implementing the program are based on experience with pilot projects…

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…

The New York State industrial arts education bulletin outlines four purposes, four principles, five program characteristics, five grade levels of the program's scope, six steps for designing a program, two instructional objectives, five instructional methods, and five organizations serving the industrial arts education needs of the State. (BP)

The publication, intended to serve as a resource document for industrial arts educators and to function as a tool for stimulating interaction between research and curriculum development personnel, contains abstracts on innovative activities in the area of industrial arts teacher education as well as those relating to other levels of instruction.…

Until recently, computer-aided drafting and design (CAD) systems were almost exclusively operated on mainframes or minicomputers and their cost prohibited many schools from offering CAD instruction. Today, many powerful personal computers are capable of performing the high-speed calculation and analysis required by the CAD application; however,…

This 1979 supplemental update of "Operation Resource: Abstracts of Current Curriculum Development Activities in Industrial Arts Teacher Education" contains twenty-six two-page abstracts, each including title of activity, department/division, institution/organization, city and state, director(s) of activity, dates initiated and concluded,…

This 1977 supplemental update of "Operation Resource: Abstracts of Current Curriculum Development Activities in Industrial Arts Teacher Education," (ED 126 265) contains twenty-six two-page abstracts, each including title of activity, department/division, institution/organization, city and state, director(s) of activity, dates initiated and…

Examines the original Standards for Industrial Arts Programs and background, need, purpose, and content of the revised standards, covering educational philosophy, instructional programs, student population served, instructional staff, administration and supervision, support systems, instructional strategies, public relations, safety and health,…

Based on the philosophical statements and directions developed by the Jackson's Mill Project (Charleston, West Virginia, 1981) this operational guide was developed to provide local or state curriculum designers with methods of implementation. Content and suggested activities for various technology-related courses are provided, along with models…

This operational level implementation guide is intended for the local or state curriculum designer of industrial arts/technology education curricula. A rationale and mission statement for industry and technology education appear first. The assumptions upon which program structures were developed are listed, and the three model program structures…

This technology implementation plan for industrial education has been developed to provide Montana educators with an articulated plan for industrial education from junior high through adult levels. It is intended to help the teacher to (1) develop an understanding of the philosophical base upon which a forward-looking industrial education program…