Based on questionnaires sent to educational software companies in January 1988, this directory lists 78 companies. Information given includes company address, curriculum subject areas for which the company publishes software, types of machines and operating systems on which the software operates, and grade level for which it is targeted. (LRW)

Reviews some of the problems involved in the evaluation of educational software, and describes a classroom-based case study approach to software evaluation intended for application by autonomous self-programming groups of teachers. (20 references) (Author/CLB)

This discussion of the design of data files for databases to be created by secondary school students uses AppleWorks software as an example. Steps needed to create and use a database are explained, the benefits of group activity are described, and other possible projects are listed. (LRW)

Discussion of local area networks (LAN) includes use in elementary and secondary education and in higher education. Topics addressed include cost of software, instructional advantages, administrative considerations, effective use of computer labs, and computing capacity of microcomputer workstations. A list of LAN vendors and their products is…

Reports on how experts in special education approach the problem of software selection. Offers guidance in examining if the software is modifiable and if it offers record-keeping options. Also contains a listing of sample programs that are suitable for special education students in language arts, mathematics, and problem solving. (ML)

Describes the "Computer Software Inquiry Inventory" (CSI), which was designed for content analysis of inquiry-based science computer software. Explains the five basic features of the instrument. Includes analyses of two programs using the CSI categories of evaluation. (ML)

Introduces the range of computer software currently available to aid in developing children's basic skills in reading, including programs for reading readiness, word recognition, vocabulary development, reading comprehension, and learning motivation. Additional information on software and computer use is provided in sidebars by Gwen Solomon and…

Surveyed currently available software in the physical sciences, biological sciences, and earth/space sciences. Also examined interdisciplnary and remedial programs. One finding is that the emphasis in science education software is for high school and college students with little software for junior high school teachers or students. (JN)

Promotes the use of the microcomputer in mathematics instruction, reviewing approaches to teaching nonlinear equations. Examples of computer diagrams are illustrated and compared to textbook samples. An example of a problem-solving program is included. (ML)

Briefly examines the components of mathematical problem solving instruction, suggests seven guidelines for computer assisted instruction software in mathematical problem solving, and examines three commercially available examples of such software. (MBR)

Discusses learner/computer interaction, learner control, sequencing of instructional events, and graphic screen design as effective principles for the design of instructional software, including tutorials. (MBR)

Presents a list of published (or soon to be published) computer assisted instructional programs for biology. The programs vary considerably in terms of intended age/ability level, complexity and depth, and in content. No attempt is made to judge the quality of items in the list. (JN)

Suggestions are made for overcoming the problem posed by available mathematics computer software, which is primarily drill and practice and intended for use by one student at a time. Three commercial software programs are reviewed. (JD)

Describes laboratory-oriented software programs that are short, time-saving, eliminate computational errors, and not found in public domain courseware. Program availability for IBM and Apple microcomputers is included. (RT)

Reports on a study that investigated the effectiveness and efficiency of computer classroom drill for learning bass clef notes. Compared posttest results among students with differing cognitive styles. Concludes that computer assisted instruction is an effective way to teach music skills, allowing teachers to focus on teaching aesthetic aspects of…