Recommendations include: (1) the development of a computer-literacy course at the junior-high level to inform students about the nature of computers and their impact on daily life; (2) the development of an independent follow-up course designed to develop proficiency in the use of computers; (3) the development of short modules emphasizing the…

This progress report covers a two-year project which is part of a program that is exploring the value of computer aids in augmenting human intellectual capability. The background and nature of the program, its resources, and the activities it has undertaken are outlined. User experience in applying augmentation tools and techniques to various…

Indicates that the computer will become, over the next fifteen years, a revolutionary force in learning, completely transforming current processes and ways of operating. Discusses the current situation, the possibilities of developing technology, and several models of the future of education involving computers. (HM)

Explains how the computer was used in a high school physics course; Project Physics program and individualized study PSSC physics program. Evaluates the capabilities and limitations of a $600 microcomputer system. (GA)

Given the trends in technology and the resultant shift in cost patterns, the question arises as to the best role for the central computer center at a college or university. Managers should try to choose a strategy that enables the institution to exploit emerging technology while maintaining continuity in the provision of their services. (Author)

In the near future, minicomputers will be standard business machines and most office personnel will use or be directly affected by data processing terminology. Business teachers should begin preparing students for this data processing role. The typical minicomputer system is described and some business usage examples are given. (MF)

Critically analyzes recent research studies that examine background variables, cognitive style, and psychological type as influences on performance in college-level computer science courses. Implications for matching curriculum and instructional strategies with student characteristics are presented, recommendations for further research are made,…

Describes New Jersey Institute of Technology's (NJIT) comprehensive plan of becoming a computing-intensive campus. Explains how it provided full time freshmen with microcomputers, free of charge, and how use of computers was integrated into various courses at NJIT. Reviews accomplishments of the program. (ML)

Discusses the results of an ongoing research study to measure college students' microcomputer literacy before taking a microcomputer course. A brief review of the literature on computer literacy is provided, a comparative analysis of results is given, and a microcomputer literacy index is described that measures literacy and ranks students.…

Describes the planning, design, contents, and results of a series of computer literacy workshops that were designed for humanities faculty at Hunter College, New York. Offers ideas on how the model can be adapted for other college programs. (ML)

Traces the origin, changes, and current status of the PLATO system at the University of Illinois. Highlights the program's benefits to students, its adaptations, and its establishment of large networking systems. (ML)

Examines a project which involves the introduction of computer science into elementary schools to create an awareness of data processing as an intellectual, technological, and socio-cultural phenomenon. Concludes that the early computer experience and group work involved in the project enhances student social and psychological development. (GEA)

Describes computer curriculum designed for gifted middle school students that culminates in the eighth grade by having students prepare programs for elementary school students. Students either write their own programs or adapt public domain software, based on questionnaire responses from elementary school teachers indicating their needs. (LRW)

Presents an approach for the improvement of teacher performance through in-service programs related to computer science education. Identifies what teachers need to know about computers and offers a model for the planning, development, implementation, and evaluation of in-service programs for teacher computer literacy. (ML)

Contends that elementary principals must be computer literate to be effective instructional leaders. Points out that principals should be familiar with computer hardware, software, computer assisted instruction, and micro-based administrative operations. (ML)