The development of computational thinking is a major topic in K-12 education. Many of these experiences focus on teaching programming using block-based languages. As part of these activities, it is important for students to receive feedback on their assignments. Yet, in practice it may be difficult to provide personalized, objective and consistent…

While "mobile learning" has gained recognition in K-12 as a category in educational technology, the authors argue that, between 2010 and 2015, at least, its impact hasn't matched the hype. But between 2015 and 2020, hardware, software, and network technologies will mature sufficiently such that educational technology's Holy…

Software available to physical educators both for general or administrative purposes and for educational purposes is discussed. Appended is a list of software with availability information and a list of vendors. (MT)

Presents several computer-oriented activities dealing with electronic dice, reading menus, rhyming words, and a high-technology version of musical chairs. Although these activities assume a certain level of computer expertise, each one can be easily adapted in any grade. (JN)

Provides an overview of the educational software market by listing and describing representative software packages from 54 manufacturers. The descriptions (based on information supplied by the manufacturers) covers all subject areas and educational levels. (JN)

Presents a list of favorable reviewed microcomputer software for K-12 student instruction. It is not a buying guide, but an aid in locating programs for review. Software are listed under such headings as computer awareness, advanced mathematics, algebra, arithmetic, problem-solving/logic, biology, astronomy, chemistry, environmental…

Outlines how the National Education Association's Educational Computer Service program for evaluation of educational software is run, and responds to critics of the program. (MD)

A recent survey found many teachers are selecting instructional software programs without sufficient research. Outlines four areas to consider when buying instructional software. (MD)

Presents and evaluates the National Education Association's for-pay software review program. Also reviews the 98th Congress's legislation relating to school software. (MD)

Provides an annotated list of suggested readings relating to schools and computers. (MD)

Explores the use of microcomputers in readability calculation. (DF)

The home computer must be outfitted with high quality software to be a valuable educational tool. Suggestions on where to look for software and standards to use in evaluating materials are offered. (DF)

Describes eight characteristics of good educational software. They are: (1) educational soundness; (2) ease of use; (3) "bullet" proofing (preventing a program from coming to a premature halt); (4) clear instructions; (5) appropriate language; (6) appropriate frame size; (7) motivation; and (8) evaluation. (JN)

This article describes the Software Evaluation Clearinghouse for Educators of the Hearing Impaired at Gallaudet University (Washington, DC). Software compatible with Apple and IBM hardware is collected, rated by clearinghouse members, and described in a printed catalog. Tips on starting a software lending library are offered. (PB)

This document contains three position papers concerned with copyright, cataloging, and software standards for educational software. In the first paper, "Cataloguing Educational Software: Is There a Problem?" R. N. Tucker advocates the cataloguing of educational software in the same way and in the same place as other materials in a…