A case study discusses factors influencing the selection of microcomputer instructional software for a cerebral palsied 6-year-old boy. Complete descriptive information is provided for 25 software programs selected in language arts, mathematics, problem solving, communication, and music. (JW)

The development of rudimentary programing skills during preservice and inservice teacher education programs appears to have substantial personal, educational, and professional benefits for teachers. This paper argues for the inclusion of programing skills as part of the effort to reform the teacher education curriculum. (Author/MT)

Reviews the concepts and techniques used in developing textual materials that teach, focusing on those that have evolved during the trend toward programmed instruction. The possible application of cognitive psychology concepts to instructional material design is discussed. (21 references) (CLB)

Presents an instructional development model that incorporates formative evaluation techniques, and explores the possible application of the model in developing computer-assisted instruction courseware. Advantages and disadvantages of this approach are identified and implications for research on formative evaluation are discussed. (31 references)…

Discusses the list processing capabilities of Logo. Describes some examples of how to use this aspect of Logo to enhance computer literacy and English-language skills. (TW)

A computer software graphics/text program was used with a group of behavior-disordered and learning-disabled students (ages 10-13) to design and produce Christmas cards and related print products as a class project. Sample lesson plans and products, as well as sample order forms and price lists, are given. (JW)

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)

The author reports on a survey of secondary school pupils' attitudes regarding computer-assisted instruction and specific software packages in their English classes. The students concentrated more on learning issues than technological concerns in their comments. (CH)

Combines a software review with a suggestion for a format that will allow a fair comparison between similar software packages and will also be more complete, accurate, and meaningful to the potential user of the software. The software package "Le Francais Par Ordinateur" is reviewed by this method. (SED)

Discussed are the basic and specialized skills needed for graphing exercises. Suggests approaches and activities that can be used in the teaching of graphing skills. Includes a listing of software programs for both teaching graphing and for analyzing data. (ML)

Addresses cognitive style and visual literacy in use of instructional computing, focusing on learner interaction with screen displays and ways cognitive style and visual preferences facilitate or inhibit learning, and asks whether having computers in classrooms is only a case of utilizing another form of television. Research areas are suggested.…

Teachers often have difficulty finding the time to develop or find quality software for classroom use. One solution to this problem is to have advanced microcomputer students produce software. Suggestions for teachers to use in implementing microcomputers into the classroom are offered. (DF)

A direct-instruction approach to computer-assisted instruction is proposed, with the corrective feedback paradigm. Features of the paradigm include adaptive feedback techniques with discrimination training and increasing ratio review. An experiment where 102 undergraduate students learned English-Japanese (transliterated) word pairs demonstrated…

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…

Reviews two science computer software packages (on time and seasons and on maps) and three mathematics packages (on solving equations and inequalities, an algebraic coordinate game, and statistics). In addition to descriptions of the contents of each, comments indicate weaknesses and strengths. (MNS)