While instructional design's technological roots have given it many approaches for process and product improvement, in most cases designers still rely on instructional forms that do not allow them to develop instruction of a quality consistent with that expressed by the field's visionary leaders. As a result, often the teachers and students using…

The author reviews various elements of what may be considered as evidence that the long-awaited shift in the education paradigm is actually happening. Concepts like student-centered learning, attainment-based evaluation, knowledge-based constructivism, and effort-based intelligence are growing, are being more widely recognized as important, and…

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…

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…

Examines the term interactivity as it is used in educational computing, and suggests that by applying deconstructive criticism new perspectives may be gained. Discusses learner control, non-linearity, and flexibility, and concludes that interactivity is not a conceptual unity. (LRW)

Describes electronic performance support systems (EPSSs) that can enhance performance and reduce training times and costs. Provides examples of EPSSs; explains why instructional designers and trainers should be interested in EPSSs; and discusses design considerations, including part task/whole task support, embedded versus linked, and user…

This second installment in a series of edited transcripts based on a conference held at Utah State University in 1987 reviews the main points of Merrill's Learning Theory. The performance content matrix is explained, primary presentation forms are described, and the concepts of student responsibility and learner control are discussed. (Three…

Discusses issues involved in the evaluation of hypertext computer software, including implementation considerations, documentation and packaging, control of instruction by learners, navigation aids for readers, linking mechanisms in hypertext applications, and curriculum development and classroom management considerations. A checklist summarizing…

Examines changes in the "supersystem" of instructional systems design (ISD) that indicate the need for a paradigm of training and education based on learning instead of sorting students. Emphasizes the necessity of developing initiative, teamwork, thinking skills, and diversity, as well as new learning-focused instructional theories and…

This fourth in a series of edited transcripts based on a conference at Utah State University compares Gagne's Conditions of Learning with Merrill's Component Display/Design Theory, and suggests a merging of the two. Topics discussed include content structures, learning hierarchies, learning theories, learner control, problem solving, cognitive…

Discussion of educational systems design describes four systems levels that can be emphasized: learning experience, instructional, administration, and governance levels. Factors to be considered in selecting a focus level and the implications of focusing on the learning experience level are discussed; and a table comparing instructional and…

Reviews articles in this issue that deal with theories of constructivism from the point of view of an instructional designer. Highlights include technology and constructivism; generative learning environments; learning processes; assessment; learning strategies; knowledge domains; learner control; and suggestions for both constructivists and…

Describes instructional transactions as patterns of learner interactions designed to enable learners to acquire certain kinds of knowledge or skill and identifies four primary components of an interaction shell: interactions and an interaction manager, instructional parameters, a knowledge base, and a resource database. Transaction shell authoring…

This third in a series of edited transcripts based on a conference at Utah State University describes Merrill's Component Design Theory (CDT) and compares it to his earlier Component Display Theory. Topics discussed include concept structures, knowledge acquisition, components of an instructional design system, and a new CDT matrix. (10…

Compares the analysis, design, development, and evaluation of electronic performance support tools and systems to a traditional instructional systems design model. Topics discussed include indeterminate outcomes; rapid prototyping; front end analysis; intervention strategies; sequencing; user control; media selection; formative evaluation; and…