Factors to consider when selecting software include (1) current use in business, (2) curriculum needs, (3) availability, and (4) cost. Evaluation criteria include (1) copyright, (2) documentation, (3) compatibility, (4) vendor support, and (5) ease of use. (JOW)

The author submits that the question has changed from "What does it do?" to "How can I use this thing in my teaching?" He argues that teachers need time, training, and access to information about software and how it relates to the curriculum. (MT)

The secondary accounting curriculum must be modified to include computers and software. Educators must be aware of the computer skills needed on the job and of the accounting software that is available. Software selection must be tailored to fit the curriculum and the time available. (JOW)

Although many of the criteria used to evaluate traditional instructional materials can be applied to the instructional aspects of computer-assisted instruction, additional criteria must be considered. These include interactivity, individualized feedback, rapid calculation, graphics, and cost-effectiveness. (JOW)

A teacher turned software programer expounds on his computing background, the philosophy behind his games, and on the roles and uses of these games and other software in educational settings. Advice on selecting software is provided for administrators and parents. (JN)

Describes the use of microcomputers to teach number theory to college students. The design and development of a text and illustrative computer programs are explained; use of the programs in a mathematics course at the University of York is described; and the effects of the computing facilities that are available are considered. (two references)…

Describes four aspects of computer technology in education in the United States: (1) the number of computers available to students and teachers; (2) where the computers are located and how they are used; (3) the impact of computer use; and (4) hypotheses concerning nonuse, limited use, and inappropriate use. (Contains 13 references.) (LRW)

Describes the inadequacies of the current software for computer-based instruction, and presents a framework of instructional components to guide the design of such software. A taxonomy of design considerations is then discussed, including instructional context, strategies, and technical capabilities that can be used to enhance instruction. (4…

Reviews the principles of the behavioral model of learning and discusses the need to incorporate these principles in the development of educational software programs. Criteria for evaluating software programs based on their inclusion of behavioral principles are provided, and the evaluations of six available programs based on these criteria are…

Presents an approach to microcomputer courseware design that follows the engineering systems model and discusses areas of expertise needed by courseware designers, key courseware design questions, the accompanying teacher's guide and its components, and evaluation criteria teachers need to remember before purchasing instructional programs. (MBR)

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)

Explores specification and design procedures, functions, and issues in the development of intelligent tutoring systems (ITSs). Topics discussed include learning objectives; the target audience; types of training materials; format; software and hardware specifications; and individual ITS modules, including administrative, user profile, database,…

Observations in Australian classrooms suggest that for most teachers the content and method of curriculum has changed little as a result of the proliferation of new information technologies. In many instances there has been considerable resistance and reluctance to embrace the use of new technologies to support the teaching and learning process.…

Instructional designers who are asked to convert existing training materials into computer-based training (CBT) must take special precautions to avoid making the product into a sophisticated page turner. Although conversion may save considerable time on subject research and analysis, courses to be delivered through microcomputers may require…

Examines characteristics of the successful computer assisted instruction (CAI) author, including knowledge required and time for planning, developing, and testing. Obstacles to successful teacher-author are described, including need for extensive training and uninterrupted free time. An alternative approach of teamwork between computer…