This article discusses how a school in Minnesota centralized its computer program into a lab situation taught by a teacher-computer specialist. Entire classes were instructed in word processing, programing with Logo, and modified drill and practice. Teachers were also involved in workshops to further computer literacy. (DF)

Twelve elementary children with reading and writing difficulties substantially improved their reading and writing skills and strategies through a microcomputer project. Four software factors in successful applications were noted, including the use of microcomputers to lower risks encountered in making errors. (CL)

SPELL MASTER, a microcomputer-based spelling instruction system, provides the basis from which teachers can individualize learning disabled students' spelling lessons. Additional features include provision of daily and cumulative reports and establishment of criterion-referenced tests to place and monitor spelling performance. (CL)

The future of computers in education today will be similar to that of television in education 30 years ago, unless educators begin to play a major role in bringing computer technology into the schools to stay. (MD)

Current resources in microcomputer use in special education are identified. Names and addresses of producers of hardware, peripherals, software, reviewers, and information exchange systems (both human resource networks and electronic networks) are listed. (CL)

Argues that computers can be used in schools or reading clinics to maintain skill banks for organizing information about materials, tests, and prescriptive recommendations. (FL)

Three aspects of Piagetian theory are explored in this article and are then related to the use of computers in the education of young children. The computer tends to disrupt the development process by ignoring action and assimilation processes necessary for child development. (DF)

Points out why drill work has a role in the language arts classroom, explores the possibilities of using a microcomputer to give children drill work, and discusses the characteristics of a good software program, along with faults found in many software programs. (FL)

Provided are descriptions of programing languages (BASIC, LOGO, Pascal, FORTH, Savvy). Included are two lists, one presenting sources of programing language tutorials (includes computer needed, price, language, additional hardware needed, special features) and the other presenting a buyer's guide to programs that teach programing. (JN)

Offers a personal perspective on the use of computers in English instruction. (FL)

Describes and critiques four computer assisted instruction software packages designed to teach typing skills--TYPING TUTOR, MICROTYPING, TYPE-IT, and MASTER TYPE--and their prices and the microcomputers on which they can be used. A summary suggests eight improvements that could be made on some or all of the packages. (EAO)

Provides an introductory overview of articles included in this journal issue, which is devoted to the topic of microcomputers and children. (MP)

Computer based education (CBE) and some possibilities for use of such systems are described. Considers instructional materials (computer programs/PLATO), benefits of CBE, recent CBE developments (focusing on PLATO), a case study of PLATO courseware development in Lower Division Engineering Curriculum, CBE authoring capabilities, CBE effectiveness,…

Describes a study that assessed the impact of microcomputer use on the computer literacy of high school accounting students. Results indicated that the computer literacy of the group exposed to microcomputers changed more from pre- to posttest than it did for the group not exposed to microcomputers. (NRJ)

In Sunnyvale, California (the computer industry's "Silicon Valley") two teachers of elementary learning disabled (LD) students took a course in microcomputers, acquired three microcomputers with a grant, and trained the students to use computer-assisted instruction, with such results as that in one year, 37 LD students tutored 100 primary…