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Gropper, George L. – Educational Technology, 2015
Proliferation of prescriptive models in an "engineering" field is not a sign of its maturity. Quite the opposite. Materials engineering, for example, meets the criterion of parsimony. Sadly, the very large number of models in "instructional design," putatively an engineering field, raises questions about its status. Can the…
Descriptors: Instructional Design, Models, Engineering, Research Needs
Reeves, Thomas C.; Reeves, Patricia M. – Educational Technology, 2015
The status of educational technology research in a VUCA world is examined. The acronym, VUCA, stands for "Volatility" (rapidly changing contexts and conditions), "Uncertainty" (information missing that is critical to problem solving), "Complexity" (multiple factors difficult to categorize or control), and…
Descriptors: Educational Technology, Educational Research, Technological Advancement, Problem Solving
Sherman, Janice; And Others – Educational Technology, 1985
In a study to determine whether a male/female difference existed in the type of software preschool children selected and preferred (drill and practice or problem solving), results indicate no preference by sex was expressed; rather, there was an overwhelming preference for problem solving software by both males and females. (MBR)
Descriptors: Comparative Analysis, Computer Software, Drills (Practice), Preschool Children
Allocco, Lisa; And Others – Educational Technology, 1992
Discusses the use of the LOGO programing language as a problem-solving tool for elementary school students. Papert's theory is explained; the integration of LOGO into the language arts and math curricula is discussed; LOGO research is reviewed; and recommendations for future work are offered. (18 references) (LRW)
Descriptors: Computer Assisted Instruction, Curriculum Development, Elementary Education, Elementary School Mathematics