Answers to questions about how children successfully use computers were found by identifying computer skills and concepts achieved by children attending the 1984 Computer Camp for Young Children at the University of Delaware. A total of 43 children from 4 through 7 years of age attended 1-1/2 hour sessions each day for 4 weeks. Computer activities…

New instructional delivery systems are needed to individualize instruction, relieve the teacher's burden as sole information provider, and meet the challenge of student diversity. Microcomputers, optical memory devices, videodiscs, and hypermedia programs are being combined to create integrated learning systems, multimedia work stations, and other…

Describes the use of computer networks and integrated learning systems (ILS) in education. File servers are explained; operating system software is discussed; hardware differences between local area networks (LANS) and integrated learning systems are described; criteria for purchasing ILS are presented; and initial costs are mentioned. (LRW)

This article discusses steps in incorporating computer technology into activity-based thematic units in a preschool classroom for children with and without disabilities. The discussion focuses on teaching young children to learn together, choosing appropriate software, and selecting activities to generalize computer learning. (JDD)

Maintains that the use of a microcomputer data base is useful for developing integrative learning activities with social studies as the core. Defines a data base and recommends ways to help children create and use one, giving an example of a data base project. Reviews appropriate software programs and outlines various levels of activity…

When computers are relegated to a single room in a school where children use them only occasionally, their potential impact on children's learning is minimized. When computers are integrated into the curriculum and are applied to real problems, however, children gain the ability to use computers as natural tools for learning. For example, when a…

Contrasts spontaneous and reflective knowledge integration instruction delivered using a computer learning environment to enhance understanding of displaced volume. Distinguishes the impact of instruction on students who believed scientific phenomena are governed by principles (cohesive beliefs) versus students who believed that science is a…