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Gobel, Peter; Kano, Makimi – International Association for Development of the Information Society, 2016
Digital storytelling projects provide a variety of opportunities for learning in the language classroom, but along with these opportunities come a number of challenges for both pedagogy and technology. This presentation describes an ongoing multi-method study into factors involved in task-based learning using digital storytelling. Using intact…
Descriptors: Story Telling, Performance Factors, Electronic Publishing, Statistical Analysis
Peer reviewed Peer reviewed
Rockwell, Dale L. – American Annals of the Deaf, 1982
Task analysis can be applied to the design of computer assisted instruction programs for handicapped students through determining the task specification, identifying decisions and steps, classifying the task according to learning skill, identifying the enabling objectives, identifying entry behaviors, and evaluating achievement of the objectives.…
Descriptors: Computer Assisted Instruction, Disabilities, Program Design, Task Analysis
Sanders, James R.; Cunningham, Donald J. – 1974
After reviewing the literature, the authors defined a two dimensional framework comprising formative evaluation activity as one dimension and source of information as the other. Four types of formative evaluation activity were identified and defined. Three primary sources of information-internal, external, and contextual-were identified for…
Descriptors: Content Analysis, Data Collection, Design, Educational Assessment
Waller, Patricia F. – 1983
Because it is a well-accepted fact that young persons have more than their share of automobile crashes and because the task of driving is a complex one that requires practice to be mastered, it is proposed that a careful human factors analysis of the task of driving be undertaken based on empirically demonstrated differences among driver groups.…
Descriptors: Age, Curriculum Development, Driver Education, Educational Technology
Norton, Robert E. – 1993
The Systematic Curriculum and Instructional Development (SCID) model provides a tested procedure for developing high-quality, low-cost competency-based education and tech prep curriculum and instructional materials. It consists of 5 phases--analysis, design, development, implementation, and evaluation--and 23 components. The analysis phase…
Descriptors: Behavioral Objectives, Competency Based Education, Curriculum Development, Formative Evaluation