Explores how instructional design can contribute to building powerful learning environments. Highlights include a history of instructional design; personalized computer environments; collaborative learning; interaction and student-centered, knowledge-centered, assessment-centered, and community-centered learning environments; and the importance of…

Outlines five student characteristics (age, expectations, ability, cognitive style, and affect) that may be important for examining computer materials and suggests how teachers and researchers can observe students' use of computer-assisted language learning to make appropriate instructional decisions. (Author/CB)

This theory-based article describes how data analysis tools, simulations, and modeling software, when used in the proper instructional contexts, provide young learners with rich intellectual environments for inquiry in science learning. Highlights include inquiry learning; abilities of learners; and the integration of technology within classroom…

Describes a study of Australian secondary school students that identified the conditions and individual characteristics that would best support learners' acceptance of control within hypermedia, based on evidence from the learner control literature. Investigated effects of prior domain knowledge, learning activity structure, ability, and attitudes…

The Ann Arbor Public Schools and University of Michigan partnership created the Foundations of Science (FOS) course, designed to integrate the high school science sequence into a three-year project based upon real-life science investigations. Specially designed software, information technology, and Internet resources were utilized. Student…