Presents an outline for the ideal computer system for schools from a management point of view. Includes a discussion of new trends in the design and implementation of computerized management systems. (MD)

One way to entice students into high school journalism courses is to integrate desktop publishing (via microcomputers) as a vehicle for type-setting, design, and pagination of school publications. Desktop publishing also saves time, cuts costs, and provides vocational training. (MLH)

To avoid microcomputer software copyright infringement, administrators must be aware of the law, read the software agreements, maintain good records, submit all software registration cards, provide secure storage, post warnings, be consistent when establishing and enforcing policies, consider a site license, and ensure the legality of currently…

Provides a step-by-step approach for administrators to follow when becoming aquainted with their first computer. (MD)

Principals should consider whether their school's student information system is performing all the needed functions. A typical SIS addresses the following broad categories: biographical, demographic, and health records; attendance records; student and resource scheduling; grade reporting; and discipline reporting. Advice for integrating systems…

Computer-generated report cards must be analyzed, evaluated, explained, and acted upon in the same manner as any other professional report. Followup with analysis and recommendations combining information and professional advice must occur. Five helpful suggestions are included. (MLH)

Computer-based management systems offer an efficient means of recording, categorizing, and summarizing data on student discipline. This article furnishes basic information on developing student files, entering data, and generating meaningful reports, such as individual student profiles, date and period frequency, student referral distribution, and…

Presents an eight-step model for introducing computers into an educational program. Emphasizes advance planning, which includes developing a theoretical basis, specifying a mission, defining measurable outcome, refining evaluation criteria, preparing a program, and implementing, evaluating, and recycling the results. (MLH)

Describes a computer program developed by an assistant principal in Maryland that tracks and analyzes student discipline referrals. It has been helpful in developing an action plan that has reduced referrals to the assistant principal's office. Includes two figures. (MD)

Mechanical examples of musical technology, like the Steinway piano, are well known and accepted. Use of computers and electronic technology is the next logical step in developing art of music. MIDI (Musical Instrument Digital Interface) is explained, along with digital devices (such as synthesizers, sequencers, music notation software, multimedia,…

Six computer applications in education are word processing, computer-assisted instruction, computer-aided design, computer authoring systems, computer data systems, and computer storage. Computers may assist students with three learning stages: acquisition, transformation, and evaluation of information. Advances in computer programing, software,…

High technology is transforming the American economy from an industrial to an information base. Outlines ways business educators can incorporate these changes into business curriculum. (MD)

Small rural schools can use telecommunication and educational networking to gain access to information and extend curriculum. Provides a model plan for developing a technology cooperative. (MD)

Offers modest predictions concerning technology's role in the 1990's English curriculum. Forecasts are confined to teaching composition with computers and use of desktop publishing, video technologies, and new educational software. Enthusiasm over good software must not diminish commitment to productive talk in the classroom. Includes nine…

Rapidly changing technology affects not only teaching techniques, but also the kinds of skills taught. New mathematics software such as the Geometric Supposer and Mathematica can function as "learning ramps" or "intellectual sandboxes" for secondary students. Videodisks, telecommunications,and expert systems will be more widely available in…