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)

Argues that science is what it is because people have made it that way and that science could be different. Also points out that the various roles that science plays in society are constructed and likewise could be different. Contains 16 references. (DDR)

Summarizes three experiments examining the ways that various forms of feedback influence children's progress in learning to tell time through computer-based training. The experiments compared different forms of feedback as well as delays in their presentations. Reviews related literature and includes statistical and tabular data. (MJP)

Describes the DELTA (Direct Electronic Learning Teaching Alternative) project at California State University that was developed to promote distance education methods to prepare for future needs. Computer networks, the role of library and information science education, media access, collaborative work, and instructional resources are discussed.…

If technology is to have more than a modest impact on curriculum design, educators must embrace a new paradigm integrating technology in the classroom. Describes LoTi (levels of technology implementation), an instrument to measure the degree to which computers are used to support concept-based or process-based instruction, consequential learning,…

Provides a framework to support the systematic integration of technology into teacher education programs, describing a planning model and support materials that address the International Society for Technology in Education (ISTE) foundation standards for students seeking initial endorsements in teacher education programs. Support materials…

Takes a historical look at technology in the language classroom, from the perspectives of students, teachers, administrators, researchers, and curriculum and materials designers. Emphasizes that the successful use of technology depends upon teachers' capability to incorporate it effectively in their programs and on the development of imaginative…