Presents evaluation guidelines for educational software for educators with limited knowledge of computers. (MD)

The future of computers in education today will be similar to that of television in education 30 years ago, unless educators begin to play a major role in bringing computer technology into the schools to stay. (MD)

Reviews the current status of educational software. Only a small percentage of programs available is of high quality. The potential of educational computing is at a crucial juncture during the next two years. (MD)

Describes how a Minnesota high school developed the use of microcomputers throughout every facet of the school during the past decade. (MD)

While disputing the exaggerated claims for computerized teaching symbolized by Time Magazine's choice of a computer for its 1982 "man of the year," this paper argues that since the technology is omnipresent, and that since it can facilitate learning under certain conditions, teachers should be as informed about it as possible. A discussion of…

Describes laboratory-oriented software programs that are short, time-saving, eliminate computational errors, and not found in public domain courseware. Program availability for IBM and Apple microcomputers is included. (RT)

Outlines the current status of computer hardware and software available to educators. Presents two very different, but possible, scenarios for the future of computers in education. (MD)

Describes several ways to build data collection devices for microcomputers. The interface devices connect with either the computer's game port or an analog-to-digital converter. Discusses how teachers have designed the equipment and appropriate software to use with the computer in biology teaching. (TW)

Provides ideas for using the same port connection of personal computers to interface with laboratory instruments. Contains specific instructions on how to build transducers. Includes plans and diagrams for thermistors and light meters as well as computer programs for displaying instrument readings on monitors. (TW)

This discussion of the application of computers and telecommunications technology to distance learning begins by describing a workstation equipped to produce "lessonware" in such formats as audiocassettes, videocassettes, diskettes, and voice messages. Such workstations would be located in classrooms equipped with two-way reverse passes to a cable…

The guide to courseware for computer-assisted instruction and computer-managed instruction in bilingual education, English as a second language, and second language instruction contains entries from the National Clearinghouse for Bilingual Education's database and selected courseware for the related areas of special education, vocational…

Targeted at special education administrators who are involved in making decisions regarding the use of microcomputers in instructional programs for handicapped students, this document offers guidelines which synthesize relevant data on computer technology in special education and provide a framework for implementing classroom use of the…

Discusses the need for quality computer software for science instruction. Argues that very little software is currently available that uses the computer's capabilities to provide quality science instruction. Describes microcomputer tutoring systems under development at the University of Pittsburgh that are intended to significantly add to the…

Describes a chemistry lab experiment in which a microcomputer is used to graph data. In the experiment a catalyst is used to decompose a commercial bleach. The computer's game port is used with a potentiometer to plot the volume of oxygen gas produced versus elapsed time. Courseware information is included. (TW)

Explores the decision-making process that went into producing the Blossom computer-assisted instruction (CAI) materials for French instruction at Pennsylvania State University. Some of the attributes, limitations, and questions concerning the user, validity, and usefulness of CAI materials are also discussed. (Author/SED)