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Bell, Herbert H.; Reigeluth, Charles M. – Educational Technology, 2014
All branches of the U.S. military are moving toward education and training that is tailored to meet individuals' needs wherever they are and whenever they are ready to learn. The result will be a culture of continuous, personalized learning with learner progress that is based on proficiency and a greater emphasis on technology-enabled immersive…
Descriptors: Military Training, Military Service, Educational Change, Individualized Instruction
Lin, Yu-Ju; Kim, ChanMin – Educational Technology, 2013
Most classrooms in the U.S. are composed of students with different learning styles and experiences as well as different achievement levels (Ferguson, 2001). Personalized learning is a unique way of students' learning determined by their own learning style, pace, and needs. Focusing on individual differences, personalized instruction aims to…
Descriptors: Guidelines, Technology Integration, Technology Uses in Education, Design Preferences
Hannum, Wallace H. – Educational Technology, 2012
Instructional design models have been criticized for being too inflexible and taking too long to follow to be useful in today's fast-paced environment. As a result, some have rejected instructional design. This article offers an alternative view of instructional design as flexible and able to be accomplished in much shorter time periods than…
Descriptors: Instructional Design, Change Strategies, Educational Change, Educational Practices
Kim, Min Kyu – Educational Technology, 2010
This article discusses an effort to improve training performance in a large corporate conglomerate in South Korea. In particular, focus is placed on a new instructional design (ID) model named the Cogwheel ID model. The cogwheel metaphor is used to illustrate the integrated processes within complex training organizations, including organizational,…
Descriptors: Instructional Design, Foreign Countries, Models, Needs Assessment
Lineberry, C. S. – Educational Technology, 1970
Descriptors: Educational Technology, Industrial Training, Models, Problem Solving
Swezey, Robert W. – Educational Technology, 1977
General applications, descriptive studies, and cost/feasibility issues. (DAG)
Descriptors: Costs, Decision Making, Educational Media, Information Needs
Kaufman, Roger A. – Educational Technology, 1971
The author presents a possible generic model for educational management and attempts to relate this model to several tools currently being used for the quantifiable improvement of education." Appended are 33 references. (Author/AA)
Descriptors: Bibliographies, Educational Improvement, Educational Objectives, Models
Jonassen, David H.; And Others – Educational Technology, 1997
The strongly positivist beliefs on which traditional conceptions of instructional design (ID) are based derive from Aristotelian logic and oversimplify the world, reducing human learning and performance to a repertoire of manipulable behaviors. Reviews the cases against deterministic predictability and discusses hermeneutic, fuzzy logic, and chaos…
Descriptors: Chaos Theory, Educational Theories, Hermeneutics, Instructional Design
Chermesh, Ran – Educational Technology, 1978
A course and instructor evaluation model, developed at Ben Gurion University, is discussed in terms of its use as a diagnostic tool for the improvement of teaching. The evaluation model is presented as a theoretical basis for teaching diagnosis. (RAO)
Descriptors: Course Evaluation, Flow Charts, Higher Education, Models
Marsh, Richard L. – Educational Technology, 1979
Based upon objectives mutually agreed upon by faculty member and department chairperson, the model involves evaluation by (1) faculty member (self-evaluation), (2) chairperson, (3) student, (4) peers, and (5) postgraduates. (RAO)
Descriptors: Faculty Development, Faculty Evaluation, Management by Objectives, Models
Wilson, Brent G. – Educational Technology, 1999
Discusses three evolving paradigms for supporting learning and work performance: instructional design, performance support, and network systems. Describes an overall trend toward greater flexibility and empowerment, and shows how each paradigm reflects the technologies available at the time of its initial development. (AEF)
Descriptors: Change, Computer Assisted Instruction, Computer Networks, Information Networks
Mitchell, Ruth – Educational Technology, 1992
Examines the power of performance assessment to influence learning and to effect change in the educational system. A vision of education in the near future is presented that addresses standards, the impact of constructivist psychology, administrative organization of education, student and program assessment, a community of learners model of…
Descriptors: Academic Standards, Educational Administration, Educational Assessment, Educational Change
Becker, Henry Jay – Educational Technology, 1992
Discusses methods of improving the performance of integrated learning systems (ILSs). Topics addressed include the theoretical basis of ILSs; appropriate level of instruction; academic learning time; motivation; quality of instruction; a study of elementary students' use of ILSs; individualized and homogeneous group activities; mixed-ability…
Descriptors: Computer Assisted Instruction, Computer Managed Instruction, Cooperative Learning, Courseware