A study of six distinguished clinical teachers in internal medicine investigated how they made rapid instructional decisions in response to each case presentation in teaching rounds. Results indicated these characteristics: substantial planning before rounds; quick, simultaneous diagnosis of patient problems and learners' level of understanding;…

Describes a HyperCard-based simulation/tutorial for the Macintosh that is designed to teach users to search the Medline CD-ROM database on an IBM microcomputer. Results of a user survey are reported, and the potential of HyperCard for bibliographic instruction, including the use of the tutorial to develop transparencies, is discussed. (MES)

Examines evaluation in a situated learning context. Topics discussed include a model for evaluation in a computer learning environment; portfolios, including written, electronic, and video formats; summary statistics; diagnosis; reflection and self-assessment; story construction or scenario design; learners as designers of instruction; and…

Describes the theoretical models which suggest different "levels" in memory processing, corresponding to the short-term and long-term storage of information. Reviews studies substantiating this perspective and outlines strategies for the use of "levels" in developmental education design, as an alternative to rote memorization. (PAA)

Stresses the importance of metacognitive skills (knowledge of one's own cognitive processes) in mathematical performance. Discusses the differences between metacognitive thinking and metacognitive experiences and the ways they each influence performance. Describes how accurate metacognition improves students' mathematical performance, and outlines…

Discussion of involving teachers and students in the learning process focuses on an approach that combined microcomputers, video cassette recorders, and print materials to design a high school algebra class. Course design is explained, software and hardware are described, improvement in student motivation is reported, and costs are considered.…

Examines the pedagogical implications of redesigning instruction for Web-based delivery through a case study of an undergraduate computer science course. Initially designed for a traditional learning environment, this course transformed to a Web-based course using WebCT, a Web-based course authoring tool. Discusses the specific features of WebCT.…

A non-science undergraduate course provided an opportunity for constructivist design, (i.e., provide learners with personal control, authentic learning contexts and diverse personal interactions including collaboration) using the World Wide Web, e-mail, and video. Describes the course design, implementation, and evaluation. Concludes authentic…

Describes the Network-Based Instructional Systems Development model for developing Web-based virtual training courses that incorporate social interaction and collaborative learning strategies in a self-directed learning environment within a Korean corporate context. Topics include problem-based learning; constructivism; resource-based learning;…

Explores the compatibility of computer-mediated communication (CMC) with two basic objectives of modern foreign language curricula: development of functional and pragmatic abilities, and instructional materials informed by what is known about cognitive processes responsible for acquisition. It is suggested that CMC is particularly compatible with…

Lists educational media-related journals, books, ERIC documents, journal articles, and nonprint resources classified by Artificial Intelligence, Robotics, Electronic Performance Support Systems; Computer-Assisted Instruction; Distance Education; Educational Research; Educational Technology; Electronic Publishing; Information Science and…

This instructional design blends a structured learning environment (the physics lesson) with an engaging, playful, simulated environment (roller coaster construction), putting into operation ideas from both cognitive and constructivist theories. Two instructional models are used: a general design model for creating instruction and a lesson design…

Recommends that teachers prompt intellectual preparation of adolescents by asking intriguing questions, presenting captivating tasks, opening compelling investigations, or assigning appealing roles. Discusses discipline-based inquiry by young students in science, mathematics, social studies, English, and the fine arts. Challenges teachers to…

Describes an innovative instructional paradigm for teaching business statistics in higher education which integrates classroom technologies with principles of learning. Highlights include recommendations from the National Research Council of the National Academy of Science; active student participation; student feedback; allowing for…

Compares the relative effects of cognitive style and training method on high school students' computer self-efficacy and learning performance. Explains measures used and statistical techniques, and discusses results that suggest gender, cognitive style, training approach, and training objective should be taken into account to assist students…