[Educational technology seminar. Educational technology and statistics].
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Radiologic technology education has been progressing for the last 80 years; however, we have seemingly reached a plateau. Educators in the profession believe there is need for a change in direction due to demands of the manpower market and outside agencies. The direction radiologic technology educators should follow has been questioned, but no definite answer has resulted. With these thoughts in mind, a decision was made at the Duke University Medical Center to survey the nation and collect data to aid its particular problem, as well as to lend educational direction.
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The Intercollegiate Center for Nursing Education (ICNE) has recently added a second technology to its earlier distance education program. Orientation of nursing faculty to effectively use the new two-way video and audio interactive microwave system has been a challenge, and the reward for meeting that challenge is satisfied distant learners. The author discusses the planning, implementation, and evaluation of this new technology.
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The present article is the second in a series of Background Papers prepared as part of the AAMC's Medical School Objectives Project (MSOP). This report provides information about and insight into U.S. medical schools' use of educational technology in 1998. The authors define educational technology as the use of information technology to facilitate students' learning. They note that in the last two decades, a number of reports have recommended that medical schools incorporate educational technology into their teaching programs. To gain insight into the effects of these recommendations, particularly those of the ACME-TRI Report in 1992, the authors analyzed the responses of administrators at 125 U.S. medical schools to relevant items of the 1997-98 Liaison Committee on Medical Education Part II Medical School Questionnaire and students' responses to relevant items of the 1998 AAMC Medical Student Graduation Questionnaire. In addition, site visits were made to six medical schools believed to be among the more advanced ones in the use of educational technology, to see what was happening on the "cutting edge" of educational technology applications. Data from 20 other schools were also used. The authors found that by 1998, medical schools as a group had made limited progress in accomplishing the recommended educational technology goals, and that there was a much greater use of such technology in basic sciences courses than in clinical clerkships. However, great variability existed across schools in the use of such technology and in the administrative arrangements for it. They observe that the use of educational technology in medical schools is increasing rapidly, and recommend that each school develop a strategic approach that will guarantee that it can meet the future educational technology needs of its students.
Radiologic technology educators are in constant contact with adult learners. However, the theoretical framework that radiologic educators use to guide their instruction may not be appropriate for adults. This article examines the assumptions of the standard instructional theory and the most modern approach to adult education-- andragogy . It also shows how these assumptions affect the adult learner in a radiologic education setting.
As student demographics change and distance educational technology continues to evolve, faculty teaching advanced psychiatric-mental health nursing are attempting to meet the needs of students at distant sites through telecommunications. Graduate education in psychiatric-mental health nursing at the University of Minnesota School of Nursing has used distance education technology since 1994. The use of technology, such as interactive television, audio and audio/video telephone conferencing, facsimile, and electronic mail to teach has been exciting and challenging. This article discusses challenges related to connectedness, confidentiality, and communication; describes approaches to address these challenges; and identifies student, faculty, and environmental attributes that help make teaching with this technology successful.
The dental technology education in Canada is described through a brief introductory historical overview with the emphasis placed on the present status of dental technology teaching institutions, accreditation system, admission policies, curriculum content, requirements for registration or certification and the comparison of provincial board examinations. The role and the responsibility of organized dentistry is stressed on shaping the future trends in dental technology.
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