Developments in the funding and direction of Soviet scientific research in the Brezhnev era (since about 1964) are reviewed, including factors affecting research, accomplishments, and role of the U.S.S.R Academy of Sciences. (SK)

To improve America's technological base, a national organization that would support the physical sciences in much the same way that the National Institutes of Health have supported health sciences is called for. Includes proposed organizational structure and functions of a National Institutes of Engineering. (Author/JN)

Presents NASA astronomy publications by subject: Earth; Moon; Mercury and Venus; Mars; Jupiter and Saturn; Planets (general); Comets, Meteors, and Asteroids; Sun; Astronomy from Various NASA Missions; Miscellaneous Astrophysics; Telescopes and Instrumentation; and Extra-Terrestrial Life. Includes listing of NASA Technical Conference Proceedings…

The major provider of adult education in Switzerland is the largest supermarket organization, Migros, through its Ecoles-Clubs Migros, subsidized from store sales with course topics selected according to consumer demand. The article describes the organization and operation of the program. (MF)

Examines whether or not university-based research can produce and support personnel needed to maintain technological leadership. Suggests that industry become more involved by increasing the number of research positions available for graduates and describes one program involving university-industry cooperation. (Author/SK)

A University of Florida College of Dentistry management system is described that uses a computer to assist in the matching of patients and dental students, the monitoring of patient care, and the tracking of student clinical progress in a teaching environment that emphasizes the comprehensive patient care approach. (Author/MLW)

Describes the astronautic programs and research at the Florida Institute of Technology, Melborne, Florida. Undergraduate and graduate students participate in research, such as Lighter-Than-Air vehicles, optical observation, auroral-magnetospheric research, and geomagnetism. (DS)

Based on a survey of several thousand department heads and instructors in ten disciplines, eight conclusions regarding the current use of computers for instructional purposes are discussed. One conclusion appears to be that many schools make little or no use of computing in undergraduate instruction. (JN)

This description of the status of educational technology and trends in the development of the field in Argentina is based on article documents, reports, and a survey of projects operating in that country. Sixteen references are listed. (Author/CHC)

Computers can effectively present many forms of instructional material. Computers can also facilitate response-judging; provide feedback; store, index, and retrieve collections of information pertaining to instruction; and assist teachers with many administrative functions. (JN)

This teacher's guide outlines the objectives, instructional procedures, student activities, and expected outcomes of an instructional unit on careers in aviation, designed for fifth and sixth grade students. It emphasizes aerospace activities and job opportunities in aviation. (GA)

Describes a program of French for engineering students that makes extensive use of audiovisual laboratory equipment and cultural materials. (AM)

This summary rounds out a series of profiles that document experiences with instructional technology in 21 colleges and universities. It is shown that small technology such as audiotapes is most effectively used. There is an inverse ratio between the expensiveness of the equipment and how much it is used. (Editor/LBH)

Presents historical perspectives that lead to the rationale for a Science, Technology, and Society (STS) context in the teaching of school science. Argues for the importance of teaching science and technology in the context of society and social needs. Contains 44 references. (DDR)

Addresses the change in focus from traditional school district-designed, fact-oriented science curricula in which teachers are in charge of designing and implementing instruction, to a science, technology, and society (STS) plan for science instruction in which students take a more active role. (DDR)