Recent technological developments in interfaces, programing philosophy, and artificial intelligence may invite the participation of women programers, who find a concrete, intuitive, and informal style of programing more congenial than the hierarchical, rule-driven style heretofore pervasive in computer culture. (DM)

Discusses women's central role in the development of the computer and their present day peripheral position, a progression paralleled in the fields of botany, medical care, and obstetrics. Affirms the importance of computer education to women. (DM)

Some computer education goals, such as computer-assisted instruction, are very expensive and difficult to meet. Programing, computer literacy, and word processing are less expensive computer education areas, and programs are easier to implement. (PGD)

Judah Schwartz, co-director of the newly National Institute of Education-funded Educational Technology Center (which will investigate ways various technologies can have positive effects on K-12 mathematics, science, and computer science), offers his views on various topics and issues related to computer science education. (JN)

If teachers are to use computers in the classroom or train students to use computers, they must first be trained themselves. This training should provide knowledge of educational computer applications, computer terms and operations, courseware evaluation techniques, and elementary programing skills. An ongoing staff development program should also…

Finds that computer and mathematics avoidance among women is the result of attitudes, expectations, and discrimination. Present-day creative computing relies upon skills not limited to those with a math and science orientation, and should prove a rewarding occupation to women. (DM)

Provides answers to nine myths about computers, including computers are invaluable for school and home use; programing experience means job security; teachers will develop their own software; computers make good teachers; computer experts will form an elite social class; and computers increase student achievement. (JN)

The gap between male and female participation in elective mathematics is now being replicated in computer classes. School districts implementing computer education programs should take action to ensure sex equity. (MLF)

Offers a framework for thinking about teacher education in computer use. Includes brief descriptions of suggested courses for a teacher education program and types of teacher education activities. (IRT)

Courseware (computer based curriculum materials) development should follow the lessons learned by software engineers. The most important of 28 principles of software development presented here include a stress on human readability, the importance of early planning and analysis, the need for independent evaluation, and the need to be flexible.…

Joseph Weizenbaum (author of the computer program ELIZA) discusses his views about educational computing, pointing out why he is not convinced that children below the tenth grade benefit from the introduction of computers into the curriculum, and why larger educational issues must be addressed. (JN)

Seven graduate students in a seminar on classroom computing received instruction in LOGO programming. Programming protocols were collected periodically and examined for errors and misconceptions; in-depth interviews were conducted in order to understand specific misconceptions better. As novice students transit from instruction to experience in…

Mathematics teachers should be teaching computer science and using the computer to enhance their teaching of mathematics. Furthermore, the computer mandates curricular reform in mathematics. (MNS)

Technicians and scientists seem to have lost their ability to communicate across specializations and with the general public. A study was conducted at McDonnell Douglas Corporation, in Missouri, to assess differences in communicative ability among accountants and computer programmers. The present study sought to determine the effects of a liberal…

In exploring the impact of microcomputers and the future of the university in 1985 and beyond, a distinction should be made between computing literacy--the ability to use a computer--and computer literacy, which goes beyond successful computer use to include knowing how to program in various computer languages and understanding what goes on…