Proposes using computer programing teaching problem solving. Describes the problem-solving technique of Top-Down Design, discusses its application to LOGO, and provides examples of programs using LOGO. (MDH)

Investigated the effects of studying an ecological system via computer simulation on 14- and 15-year-old students' (n=9) abilities to pose hypotheses; control and manipulate variables; and learn via icon, graph, and table display formats. Working with a simulation encouraged students to think hypothetically and test their hypotheses by controlling…

The potential abilities of microcomputers to respond to personal learning patterns and individual learning styles are discussed. (MP)

This study examines the literature in order to evaluate the use of microcomputers as educational tools in the classroom from kindergarten through the college level. Following a brief introduction, annotations for 38 articles are provided under the following topic headings: background articles containing statistics and examples of computer use;…

Computer programers need to understand educational theory about how children learn in order to devise software that will incorporate a multisensory approach for students' unique learning styles. (CL)

With minimal costs, desktop-presentation programs such as PowerPoint can be a first step in introducing computer technology into the college classroom. They offer visual appeal, capacity for organizing notes, animated graphics, more class time for interactive activities, up-to-date information through links to the World Wide Web, and the ability…

The purpose of this study was to adapt the Hidden Figures Test (a measure of field dependence/independence) to microcomputer display and to assess its alternate form reliability when compared to a paper and pencil test. Participants included 58 undergraduate and graduate students (91.4% female) at a southeastern university who were fairly normal…

The computer's role in matching instructional content and method to the learning disabled student's individual cognitive style is examined for the four phases of instructional delivery: assessment, prescription, evaluation, and instruction. (DB)

This review of the research on the cognitive effects of computer-assisted instruction begins with an overview of the ACCCEL (Assessing Cognitive Consequences of Computer Environments for Learning) research program at the University of California at Berkeley, which consists of several interrelated studies examining the acquisition of such higher…

Microcomputer versions of three commonly used cognitive style measurement instruments are described and demonstrated: the Leveling-Sharpening House Test (LSHT) (Santostefano, 1964); Lowenfeld's Successive Impressions Test I (SIT-I) (1945); and the Group Embedded Figures Test (GEFT) (Witkin, Oltman, Ruskin, and Karp, 1971). At present, many…

Describes the possibilities of hypermedia stackware with emphasis on applications for youth librarians. A model for the development and evaluation of stackware is offered, and an example of a proposed hypermedia product is provided. Differences in personal interest levels and learning styles are considered, and copyright concerns are discussed.…

This annotated bibliography is based on a literature search which was commissioned to complement the report on a conference hosted by Dartmouth University (New Hampshire) in October 1988. An introductory essay describes the conference, which brought together 30 educators from a wide variety of institutions for 3 days to reflect on the…

Five articles describe improvements in instructional software designed to enhance problem solving skills. Issues addressed include problem solving software to implement curriculum goals; problem solving theory and writing theory; software for elementary and secondary school science instruction; software for mathematics instruction; and cognitive…

Microcomputers in education are only valuable if there is software to stimulate each specific student. Teachers must understand each student's learning style then use computer software to meet individual needs. Students should become aware of their individual learning preferences and apply specific techniques to acquire knowledge more efficiently.…

Fourteen conference papers dealing with the effects of electronic information technology on social studies education are provided. Microcomputers received most of the attention, followed by satellite telecommunications, as the conference participants examined implications for student learning styles, student knowledge and attitudes, teacher…