In a seminal article published in 2006, Jeanette Wing described computational thinking (CT) as a way of "solving problems, designing systems, and understanding human behavior by drawing on the concepts fundamental to computer science." Wing's article gave rise to an often controversial discussion and debate among computer scientists,…

This is a must-have resource for all K-12 teachers and administrators who want to really make the best use of available technologies. Written by Doug Johnson, an expert in educational technology, "The Classroom Teacher's Technology Survival Guide" is replete with practical tips teachers can easily use to engage their students and make their…

After reviewing several assumptions that support the future ubiquitousness of computers in society and in scholarly research, summarizes three interrelated frameworks for developing instructional computing. (GC)

The article discusses the characteristics of expert systems (computer programs designed to replicate human expertise in a variety of areas), describes recently available expert system development tools, suggests applications within the field of special education, and reviews recent efforts to apply expert systems technology to special education…

Guidelines are offered to help teachers plan computer assisted instructional programs for gifted students. The flexibility of the computer enhances potential for academic acceleration. Examples of an alternative strategy for reviewing problem solving using BASIC are given. (CL)

Until recently, computer technology has been used as a glorified worksheet, word processor, and CD-ROM interactive reader. Now, technology can move well beyond these basic functions into improving literacy skills and strategies, problem solving, and communication. This paper addresses methods in which a balanced literacy program, wherein the…

A program called SemCalc is detailed that enables people to use the computer as a tool to solve word, story, estimation, and simple algebra problems. SemCalc is seen as an example of a computer program that is a tool, with no curricular agenda of its own. (MP)

Described are random, systematic, and guided trial-and-error strategies for problem-solving with a computer. (JH)

Questions the justification of competency based teacher evaluation as it is presently used and recommends that the education profession establish a peer group rating system which would consider a teacher's record as it has accumulated over a period of time. (Author/DB)

The author emphasizes the importance of understanding the value of computer technology in special education, specifically in developing expressive and receptive language, in providing opportunities for real-life problem-solving experiences through simulations, in facilitating basic functioning, and in providing recreational alternatives.…

Argues that computers are not the inhuman devices stereotyped in the popular media but valuable tools which can humanize education and help develop basic human traits by enhancing autonomy, individuality, rationality, affectiveness, responsiveness, and creativity. (DC)

Potential uses for computers include: programing the solutions to problems; simulating situations in order to test hypotheses; gaming, as a study of probability and statistics; and practicing, testing, and tutoring. (MP)

Presented is research designed to find ways to capitalize on the potential benefits of computers for hyperactive and attention deficient children. The results indicated that children did almost twice as many problems on the computer as they did with paper and pencil. (MP)

The use of the Computer to Help In Problem Solving (CHIPS) is described, along with Small Computers Aiding Mathematical Problem-solving and Investigations (SCAMPI). Sample activities involving combinations and "shuffles" of elements are used to highlight the use of computers, with the BASIC programing language featured. (MP)

The need for incorporating algorithmics into mathematics instruction is presented. The proliferation of computers is seen to have made the designing of algorithms an essential skill. Examples are given, and the view that mathematics will lose much prestige and importance if algorithmics is not integrated into it is presented. (MP)