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Fulgham, Susan M.; Shaughnessy, Michael F. – Educational Technology, 2014
John R. Savery is Professor of Education and Director of Instructional Services at the University of Akron. His research and teaching interests focus on problem-based learning and technology-rich learning environments. As Director he supports faculty integration of instructional technology across the spectrum, from traditional classrooms to…
Descriptors: Interviews, Higher Education, Technology Uses in Education, Influence of Technology
Mong, Christopher J.; Ertmer, Peggy A. – Educational Technology, 2013
STEM (science, technology, engineering, and math) disciplines are considered key to the scientific and economic improvement in the United States. As noted by the Carnegie Corporation of New York (2011), we
need a nation in which "all" teachers and thus, all students, are "STEM-capable" (p. 2), that is, equipped with a broad…
Descriptors: STEM Education, Problem Based Learning, Teaching Methods, Relevance (Education)
Myers, Kenneth L. – Educational Technology, 1999
Describes the NETg (National Educational Training Group) approach to instructional design where training products and content are developed to meet clearly defined learning objectives. Illustrates how "instruction" is more than "information." Discusses implications of learning in the Information Age and what is in store for the…
Descriptors: Educational Objectives, Educational Technology, Information Technology, Instructional Design
Shin, Minhee – Educational Technology, 1998
Defines the components of self-regulation ability--learners' ability to participate actively in their learning: as strategic knowledge, self-efficacy, ownership, mastery orientation, and self-reflection. Presents guidelines for promoting self-regulation ability through instructional design that incorporates these components. (AEF)
Descriptors: Active Learning, Cognitive Development, Guidelines, Independent Study
de Caprariis, Pascal – Educational Technology, 2000
Examines constructivism in online learning, suggesting that part of the cause of the gap that exists between educational theorists and science instructors about how subjects can be taught appears to be due to different beliefs about what it is possible to learn. Illustrates a scientist's approach through examples of an online course designed by…
Descriptors: Computer Assisted Instruction, Constructivism (Learning), Distance Education, Educational Theories
Oliver, Kevin M. – Educational Technology, 2000
Outlines steps instructors must undertake to prepare for constructivist activities. Presents two categories of constructivist activity supported by the Web. Students may construct advanced mental models by: cooperating with peers, and/or connecting personal conceptions with expert conceptions. Online environments that allow learners to perform…
Descriptors: Computer Assisted Instruction, Constructivism (Learning), Cooperative Learning, Internet
Berge, Zane L.; Muilenburg, Lin – Educational Technology, 2000
Focuses on designing the right questions for promoting discussion in online adult learning environments. Discusses levels of questions; purposes of questions; tips for online questions; principles for designing an online discussion; preparing learners for discussions; and managing the discussion in process. (Contains 9 references.) (AEF)
Descriptors: Computer Assisted Instruction, Computer Mediated Communication, Discussion (Teaching Technique), Distance Education
Reigeluth, Charles M.; Squire, Kurt – Educational Technology, 1998
Elaborates on the nature of the new paradigm of instructional theories (May-June 1996 issue) by summarizing 21 theories that are described in "Instructional-Design Theories and Models: A New Paradigm of Instructional Theory." Divides theories into seven broad categories: understanding, problem-based learning, community of learners,…
Descriptors: Classification, Classroom Techniques, Diversity (Student), Educational Development