This description of an ideal school computer laboratory focuses on physical characteristics and includes guidelines for floors, walls, ceilings, doors, wiring, seating configurations, and furniture. (LRW)

Describes system developed at Drexel University to support faculty, students, and staff when the decision was made to require students to purchase microcomputers. Highlights include financial support; physical support, including equipment repair and security; service support, including consultation and training; software support; and moral…

If school districts are to capitalize systematically on the power of computers to improve instruction, they should carefully consider instructional problems, develop precise goals, and test applications to see if they achieve these goals. (TE)

Describes the current educational videodisc market and analyzes the present growth trend. Highlights include software availability, hardware costs, microcomputers in public schools, the integration of videodiscs into public schools, and suggestions to interactive videodisc industry professionals for continuing the growth of the videodisc market.…

An obervational study of micro-educational environments and microcomputer use within these environments was conducted in special day classes, resource rooms, and mainstream classrooms (N=90). Mildly handicapped students in special education settings had less variety to their instructional experiences than did either handicapped or nonhandicapped…

Describes one teacher's approach to desktop publishing. Explains how the Macintosh and LaserWriter were used in the publication of a school newspaper. Guidelines are offered to teachers for the establishment of a desktop publishing lab. (ML)

Students from six fourth-grade classes were paired and randomly assigned to computer or worksheet treatments on multiplication and division. Those using computer-based drill-and-practice programs made greater gains on some tests of basic facts, but had no higher retention of algorithms. (MNS)

Discusses the history and development of teaching machines, invented to restore the important features of personalized instruction as public school class size increased. Examines teaching and learning problems over the past 50 years, including motivation, attention, appreciation, discovery, and creativity in relation to programmed instruction.…

Suggests programming structures of computer assisted instruction for teaching severely learning disabled students be related to an established educational model. Use of performance contoured programming (PCP), based upon behavioral model of precision teaching, is discussed and contrasted with cognitive programming approaches. PCP applications and…

Reflects on the use of microcomputers in the schools, shares personal experiences with computers, and outlines a project to develop instructional software designed to promote the development of basic reading and writing abilities among illiterate adolescents and adults. (FL)

Discusses Arthur Andersen and Company's reasons for using high technology in job training, including its ability to improve productivity, provide training on demand, reduce training costs, and keep educational quality consistent. A Life Cycle Model which is used to integrate high technology into this accounting company's educational programs is…

Discusses essential commands of the BASIC programing language to help secondary school English teachers develop an understanding of the language and enable them to create programs to supplement English lessons. A core program that can be easily modified by teachers for developing a series of programs is described in detail. (MBR)

Examines capabilities of the computer as a tool for bibliographic instruction; how librarians can utilize the computers; and the effects of microcomputers on bibliographic instruction librarians. Three approaches to writing computer-assisted instruction (CAI) programs (CAI authoring system, special purpose CAI language, general purpose computer…

Field tests were conducted to evaluate theory-based computer-video instructional modules designed to teach or review concepts and operations for factors, prime numbers, and fractions. (MNS)

Describes a series of computer programs that use simulation and gaming techniques to present the basic principles of the central dogma of molecular genetics, mutation, and the genetic code. A history of discoveries in molecular biology is presented and the evolution of these computer assisted instructional programs is described. (MBR)