The most common approach to computer education is the computer literacy model which suggests that students need some basic familiarity with computers to compete in the job market or to become informed citizens. Discusses why this model for computer education should be rejected by professional educators. (JN)

Responds to comments in March/April issue of this journal on use of microcomputers in elementary/junior high schools, focusing on use in elementary schools. Addresses issues of funding for microcomputer purchases, availability of software, and teacher/student training. Suggests that programing is not an essential requirement before purchasing…

The nature of computer instruction that emphasizes student programing in elementary school settings is detailed. Several reasons for the approach taken are given and constraints that those who want to start elementary computer programs must deal with are noted. The receptiveness of girls to computers in elementary grades is noted. (MP)

Views of Arthur Luehrmann, an individual who has become known as one of the most vociferous advocates of computer literacy in educational computing, are presented. Spending four out of five days in a computer literacy course on computing and one out of five on awareness issues is advocated. (MP)

Describes growth of computer science program in Chetek Junior High School (Wisconsin), from having a single DecWriter II terminal to 14 microprocessors, electronic training devices, and a sequence of computer science courses. Students learn about basic computer literacy, hardware, software, programing, and computer technology. (EAO)

Some procedures for an inservice education program on computers are proposed. The program goal is to bring teachers to understand the microcomputer as a tool-making technology that asks people to learn how to teach it to do something. An inservice syllabus is presented in the form of a program. (MP)