To help industrial arts teachers make decisions about the use of computer programs in classes containing disabled students, critical elements of appropriate computer software are discussed, includingpurpose and objectives, principles of learning, and major software problems. Recommendations are also presented for developing software and joining a…

The curriculum area, Craft, Design, and Technology, when carefully designed, can give all pupils (including special education pupils) a chance to develop problem-solving skills and confidence while doing interesting and demanding work. (CL)

The author discusses the benefits of modeling (simulated experience where actual situations are reduced to manageable outcomes) and provides examples of how industrial arts educators can use modeling as a practical method of instruction. (JOW)

Describes new technology involving the teaching of robotics in high schools. Provides information on how to develop robotics programs. Includes discussion of the uses of slow-scan television, satellite beams, and the possibilities of enhancement by linking new technologies. (MD)

This program guide is designed to provide the educational community with the recommended plan for industrial arts (IA) in Pennsylvania. It outlines the program that is consistent with the mandates and recommendations of the 1984 Chapter 5-Curriculum Regulations of the State Board of Education and has been developed using current national IA…

Federal and state agencies that offer resources and assistance to industrial arts/technology teachers include research coordinating units, curriculum coordination centers--linked by the National Network for Curriculum Coordination in Vocational and Technical Education, state liaison representatives, and the National Center for Research in…

The article focuses on educational experiences and activities in middle school to provide career education for exceptional students. Career exploration activities to promote continuity between career awareness and career orientation phases are considered in terms of community resources, simulated work experiences, and industrial arts experiences.…

Discloses the objectives of technology education and its evolution as a discipline. Outlines the history of the philosophical perspectives underlying the movement. Examines the transition of industrial arts into technology education. Contains 21 references. (DDR)

Developed specifically to aid teachers who are using or wish to use the Maryland Plan approach to Industrial Arts, this guide offers procedural information on testing and evaluation useful to any teacher interested in evaluating student performance. Focus is on how to develop test items based on instructional objectives; examples are included.…

Examines how the industrial arts curriculum can develop attitudes toward resource recovery in elementary, middle, and high school. Discusses resource recovery hardware, environmental legislation, and citizen responsibility. (CT)

Constraints on the learning of secondary students with disabilities are examined, and Algozzine and Ysseldyke's model of effective instruction is offered as a framework for enabling more learning to take place. These principles, such as establishing a positive classroom environment, keeping students actively involved, and modifying instructions,…

This curriculum guide is designed to provide advisors with ways to manage technology student activities within their American Industrial Arts Student Association/Technology Student Association (AIASA/TSA) program. Section 1 focuses on how to organize a local AIASA/TSA chapter. It covers organizing procedures organizational meetings, chapter…

This manual is designed to provide ready access to information about the industrial education program in Alberta to junior and senior high school teachers, counselors, and administrators. The manual is organized in 10 sections. The first three sections introduce the concept of industrial education, define it, and set forth the objectives of the…

The research model presented here is designed to be used by practitioners who either do not have substantial training in research methodology or do not have the time to design and document involved procedures. (SK)

Elements necessary in designing physical facilities for industrial arts/technology education programs in higher education are considered: (1) evolving patterns and projection of present trends to accommodate foreseeble changes, (2) designing physical facilities to accommodate unforeseeable changes and (3) considering foundational elements in the…