This edited volume brings together researchers from various disciplines (i.e. education, psychology, sociology, economy, information technology, engineering) discussing elementary changes at workplaces occurring through digitalization, and reflecting on educational challenges for individuals, organizations, and society. The latest developments in…

In 1985, the Association of School Business Officials (ASBO) established a "Micro-Lab" at their annual meeting to provide members of ASBO with exposure to, and hands-on use of, various computer hardware and software. Provides a synopsis of several of the presentations made at the 1989 annual meeting. (MLF)

Written in simple language and designed in a large-print format, this short guide is aimed at teaching home economics teachers to use computers in their classrooms. The guide is organized in six sections. The first section covers the basics of computer equipment and explains how computers work while the second section outlines how to use…

Argues that most school systems in the United States fit into one of the five evolutionary stages of computer use: initial experimentation, state legislative involvement, search for software, initial computer integration, and full integration. These stages are described and tips on how to choose the best computer software are given. (MBR)

Judah Schwartz, co-director of the newly National Institute of Education-funded Educational Technology Center (which will investigate ways various technologies can have positive effects on K-12 mathematics, science, and computer science), offers his views on various topics and issues related to computer science education. (JN)

Highlights the major differences between software training and reference materials, examines the key features that should be present in both if they are to be effective, and presents a checklist for use in evaluating the documentation that accompanies microcomputer software. (MBR)

Ten teacher guidelines for selecting computer software programs for learning disabled students are outlined. (JW)

Knowing what different kinds of computer equipment can do is the first step in choosing the computer that is right for you. This digest describes a developmental progression of computer capabilities. First the basic three software programs (word processing, spreadsheets, and database programs) are discussed using examples. Next, an explanation of…

In April of 1984 the Aroostook (Maine) Computer Educators, in conjunction with the University of Maine at Presque Isle, conducted a computer programming contest for county students in grades 4-12. This document describes the structure of that contest, including grade level groupings (4-6, 7-9, and 10-12); rules for team membership; the schedule…

Suggests educators who are not yet computer literate choose an alternative focus by learning to evaluate software and determine its potential for use in specific educational settings. Questions which should be asked when reviewing software on appropriate use, content, and characteristics are presented, along with a software evaluation checklist…

The section includes four articles on the use of computers for gifted students. Topics covered include basic information for parents, care and operating routines, a curriculum guide for computer literacy, the computer's role in problem solving, and computer applications for mathematically gifted students. (CL)

Designed as a teaching script to introduce adults to computer operation and programming, this manual can also be used for self-instruction on Apple II or Apple IIe computers. BASIC programming language is used in the following lessons: (1) "Running the Machine, Print Command"; (2) "Giving the Computer Information"; (3)…

Presented are a discussion of the strengths and weaknesses of teaching programming with several programming languages. Suggestions for language selection are included. Arguments for a Logo-Pascal computer curriculum are indicated. (RH)

Describes several situations in which elementary and secondary school students successfully use adult level software in learning situations. Suggestions on how to teach students to use adult level software are presented and the advantages of such use are discussed. (MBR)

Considerations for faculty to make in choosing appropriate computer dealers, hardware, and software are outlined, with specific information given about system types, capabilities, compatibility, costs, and selection criteria for each. A brief reading list is included. (MSE)