This paper explores three components of academic computing--programming, productivity tools, and computer-based education--by reviewing the past, evaluating the present, and considering the future possibilities of the field. It is suggested that the future growth of academic computing depends upon the resolution of a number of issues: (1)…

Describes Mountain Bell's Computer Managed Instruction Development project; how the computer is being used to develop any type of instruction, to assist with management of course development projects, and to direct training of course developers; project field trial goals and results; project benefits; and future project orientation. (MBR)

The controversy over appropriate educational uses of computers is framed along a continuum based on the amount of support provided to the user. Software programs in which the user's role is to respond in a pre-determined structure (program controlled software) anchors one end of the continuum, while software which empowers the user to create new…

Reviews research on the efficacy of word processing programs in teaching students how to revise their papers and speculates on what kinds of programs will be available in the future. (JC)

Much of the computer software currently available for English teachers fails to assess adequately computer strengths and weaknesses. Labeled "wimpy software," these products are often little more than animated textbooks whose lesson formats exercise little higher-order reasoning. The future for good quality software, therefore, rests with English…

This overview of computer based education (CBE) in China mentions pioneering work before describing recent activities in university-based research and development and the expansion of CBE into primary and secondary education. Developments in authoring and word processing systems in Chinese characters and problems to be faced are also discussed.…