Examines the design of a graduate-level unit of instruction for distance education via the Internet. Discusses the analysis, design, development, and formative evaluation of the interactive World Wide Web site, illustrating how models and theories of human learning (including active learning) and instructional design were used. (Author/LRW)

Reconsiders and affirms the general model of factors that influence the portability potential of educational software by summarizing the articles in this special issue. Factors that received the most attention include software design and development; overall instructional approach; teacher training; and cultural assumptions. Areas for further…

Discussion of the philosophies and theories of language learning focuses on the development of a hypermedia language program. Levels of knowledge analysis are discussed, communicative language proficiency is described, learner interactions with the hypermedia program are examined, and the relationships of communication and culture are discussed.…

Describes study conducted at the University of Toronto that assessed the attitudes of student teachers toward computers by using a multicomponent model, the Computer Attitude Measure (CAM). Cognitive, affective, and behavioral attitudes are examined, and correlations of computer literacy, experience, and internal locus of control are discussed.…

Describes a study of 120 second-grade and fourth-grade students that explored a self-regulatory approach to problem solving by providing pairs of students with the IDEA model to identify, define, explore, and assess progress in solving computer problems. The use of student journals, classroom debriefings, and observations are discussed. (LRW)

Describes the development of the Mentor Teacher Model that trained middle school and high school mathematics teachers in New Jersey as mentor teachers in the effective use of computer-based technologies for teaching mathematics. Highlights include student-centered teaching methods; cooperative learning; problem-solving activities; and technology…

Describes a study of high school students that presents two exploratory path analyses of potentially relevant variables influencing both computer course enrollment and self-perceived computer proficiency. Computer attitudes and computer attributions are investigated, and implications for designing educational strategies are discussed. (25…

Describes two experiments, one with undergraduates and one with high school students, that tested instructional strategies for teaching computer programing. The cognitive styles of impulsivity and reflection are examined, completion strategy versus generation strategy is tested, and results support a preferential model rather than a compensatory…

Describes a study that examined the effect of computer programing experience on the mathematical problem solving achievement of high school students. The variables studied are discussed, including gender, ability, socioeconomic status, prior math experience, and access to a home computer, and a path analysis model is explained. (34 references)…

Describes a study of elementary school students that investigated a model of computer-based cooperative learning, the Cooperative Learning Intergroup Competition (CLIC) model, used in an interactive video. Highlights include ability grouping, gender differences, student opinions, and a comparison of results with those from other cooperative…