Formulated as questions, these guidelines set forth criteria for use in determining the adequacy of an instructional software product. These questions are presented as they relate to five major areas: (1) the intended purpose of the software; (2) the intended audience; (3) the content of the program; (4) the quality of the instructions; and (5)…

Presents a set of guidelines for the display features and content of information that should be given to the learner in a computer-generated error message. Examples of common errors and suggested message displays are given. (8 references) (CLB)

This guide developed by MicroSIFT, a clearinghouse for microcomputer-based educational software and courseware, provides background information and forms to aid teachers and other educators in evaluating available microcomputer courseware. The evaluation process comprises six stages: (1) sifting, which screens out those programs that are not…

Criteria for software resource centers drafted by the International Council for Computers in Education focus on the responsibilities of: (1) centers, which should serve as links between publishers and educators; (2) software publishers, who should assist educators in previewing instructional software before purchase; and (3) schools, which should…

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…

The two interconnected problems of educational quality and piracy are described and analyzed in this book, which begins with an investigation of the accusations regarding the alleged dismal quality of educational software. The reality behind accusations of rampant piracy and the effect of piracy on the quality of educational software is examined…

Presents some rules of thumb for parents and teachers who are developing software libraries. Includes comments on drill and practice software, programs (simulations and adventure games) that teach thinking/problem-solving skills, and programs that foster creativity. Also includes list of resources for selecting software. (JN)

Suggests sources for reviews of available software, and provides seven guidelines for selecting appropriate software: know your objectives; check on software compatibility and available support; consider brand names first; check evaluations, copying restrictions, and documentation. Suggestions for taking care of software and a discussion of word…

Effectiveness of microcomputer-assisted instruction is based on availability of quality instructional programs. Important characteristics of high quality instructional software is offered for health educators. (Author/DF)

Briefly describes the benefits of computer-assisted instruction for library applications in bibliographic instruction and staff training and notes that little quality software is available that is appropriate. Detailed guidelines are provided for librarians to design their own courseware, including planning, designing, writing, programming, and…

Discusses topics and issues related to (1) international impact of microcomputers; (2) minimum guidelines for software development; (3) achieving minimum standards; and (4) accomplishments in the areas of introductory chemistry, organic chemistry, analytical chemistry, and physical chemistry. Challenges for the future are noted. (JN)

This document presents guidelines for evaluating computerized instructional materials. Included are reference sources, suggestions for evaluation criteria, guidelines for both software and documentation evaluation, and forms that can be used in the evaluation process. Five separately labeled reference lists contain citations for approximately 100…

Discusses standards developed by the Educational Computer Service of the National Education Association that incorporate technical, educational, and documentation components to guide authors in the development of quality educational software. (Author/MBR)

The two studies established an empirically derived set of guidelines for producing and evaluating microcomputer courseware for students with learning disabilities. About 100 teachers of learning disabled students in Pennsylvania and Virginia participated in field testing the guidelines. The first study was conducted in four steps: first,…

Presents a list of recommended practices for designing computer-based instruction courseware based on principles derived from learning research. Research-based principles and the corresponding design practices are outlined for the areas of stimulus design, learner responses, feedback, and lesson control. (6 references) (CLB)