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Gropper, George L. – Educational Technology, 2015
There are inevitable challenges standing in the way of the success of any approach to Instructional Design. Some are being faced up to. Some are not. Not least among them is the absence of empirically established principles undergirding Instructional Design prescriptions. The challenge it poses is to their reliability and validity. Nothing that…
Descriptors: Instructional Design, Instructional Effectiveness, Learning Motivation, Thinking Skills
Gropper, George L. – Educational Technology, 2015
This article takes a contrarian position: an "instructional design" or "teacher training" model, because of the sheer number of its interconnected parameters, is too complex to assess or to compare with other models. Models may not be the way to go just yet. This article recommends instead prior experimental research on limited…
Descriptors: Instructional Design, Models, Teacher Education, Differences
Gropper, George L. – Educational Technology, 2015
Instructional design can be more effective if it is as fixedly dedicated to the accommodation of individual differences as it currently is to the accommodation of subject matters. That is the hypothesis. A menu of accommodation options is provided that is applicable at each of three stages of instructional development or administration: before,…
Descriptors: Instructional Design, Individual Differences, Student Needs, Remedial Instruction
Hannum, Wallace H., Ed.; McCombs, Barbara L. – Educational Technology, 2008
Providing a research-validated, evidence-based framework for designing effective distance learning experiences and environments is a current challenge to those interested in using this technology effectively with adolescents. This article offers the Learner-Centered Psychological Principles (LCPs) developed and disseminated by the American…
Descriptors: Distance Education, Models, Adolescents, High Schools
Clark, Mical C.; Merrill, M. David – Educational Technology, 1972
Descriptors: Cybernetics, Individual Differences, Individualized Programs, Instructional Systems
Wang, Margaret C.; Fitzhugh, Robert C. – Educational Technology, 1978
Description of a program designed to provide an environment that is adaptive to individual differences, combining the advantages of a structured curriculum for basic skills development and an open learning environment for personal and social development. (Author)
Descriptors: Class Activities, Computer Assisted Instruction, Individual Differences, Instructional Programs
Throne, John M. – Educational Technology, 1975
Descriptors: Cognitive Processes, Genetics, Individual Differences, Intellectual Development
Pagliaro, Louis A. – Educational Technology, 1979
Briefly reviews the literature on instructional interactions and introduces the Mega Interactive Model of Instruction, the variable dimensions of which are instructor, learner, instruction/content/context, and time. (RAO)
Descriptors: Aptitude Treatment Interaction, Individual Differences, Instruction, Instructional Design
Good, Thomas L.; Brophy, Jere E. – Educational Technology, 1971
The author argues that "to answer certain research questions the individual student (rather than the classroom) is the proper unit of analysis." Appended are approximately 38 references. (Author/AK)
Descriptors: Bibliographies, Classroom Observation Techniques, Educational Research, Individual Differences
Rowland, Gordon; Hetherington, John; Raasch, Jennifer – Educational Technology, 2002
Discusses factors that contribute to powerful learning experiences based on the results of two studies that examined diverse groups and more coherent groups of individuals. Topics include the highly individual nature of learning; problems that can create for instructional designers; relevance of learning to life and/or work; active learning; and…
Descriptors: Active Learning, Individual Differences, Instructional Design, Learning Experience
Harley, Shaun – Educational Technology, 1993
Discussion of situated learning focuses on classroom instruction. Topics addressed include individual uniqueness; a knowledge community, including the process of knowledge acquisition; situated instruction, including the role of the teacher; authentic activity, including teacher-student interaction; and implications for educational technology. (26…
Descriptors: Educational Technology, Experiential Learning, Individual Differences, Learning Activities
Jonassen, David H. – Educational Technology, 1979
Discusses cognitive style (the degree to which perception is influenced by environmental variables) and cognitive control (which focuses on the regulation of perception by the ego). Concepts addressed include field dependence-independence, field articulation, conceptual style, cognitive tempo, intrusive information, focal attention, and…
Descriptors: Cognitive Processes, Cognitive Style, Comprehension, Concept Formation
Stoloff, David L. – Educational Technology, 1980
Discusses four alternative ways to look at television's effects on the viewer rather than the simplistic model of television as the input and the viewer's reaction as output: types of television and their educational applications; characteristics that determine programing, forces shaping program development, and the individual's reception of…
Descriptors: Broadcast Television, Commercial Television, Educational Planning, Educational Television
Burnett, Ron – Educational Technology, 2002
Discusses the growth of educational institutions and the need for new paradigms of learning to keep pace with change. Topics include context; communication; the use and adoption of different technologies; shared knowledge; and the personal nature of the learning experience. (LRW)
Descriptors: Adoption (Ideas), Communication (Thought Transfer), Context Effect, Educational Change
Norris, Cathleen; Shin, Namsoo; Soloway, Elliot – Educational Technology, 2007
This article proposes three guidelines for mobile technology design that address the needs and goals of teachers who are considered mainstream with regard to technology use. Devices should be easy to learn and use, focused on the curriculum, and instruction-friendly. Only if the three guidelines are followed by hardware and software developers…
Descriptors: Guidelines, Educational Technology, Computer Software, Computers