Recommendations regarding literacy and the responsibilities of science educators are reviewed. The opportunity for pioneering, base-line research studies on the use of microcomputers in the classroom is viewed to exist. Significant contributions science education can make to computer literacy are noted. (MP)

Included are abstracts of selected papers presented at the National Educational Computing Conference held in Baltimore in June 1983. The nine reports discuss varies computer uses at several levels, and includes a study of children's learning processes and software descriptions. (MNS)

Surveyed the entire middle school population of a rural-suburban school district to determine the general attitudes of students toward computers. Findings are reported for differences in general attitudes toward computers between boys and girls, seventh and eighth-graders, and those who had computers and those who did not. (JN)

Examined effects of beginning computer programing instruction, sex, and home computers on the attitudes of fifth-grade students (N=49). Results of this pilot study showed higher attitudes following instruction and no differences between the sexes or between those who had computers and those who did not. (JN)

Abstracts from eight papers presented at the June 1982 National Educational Computing Consortium (NECC '82) conference in Kansas City, Missouri are provided. It is noted copies of the conference proceedings may be purchased from the Department of Computer Science, University of Iowa. The papers examine a variety of educational aspects. (MP)

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)

Describes a two-semester computer science course, outlining course objectives and discussing classroom management techniques, software used, and courseware developed. Also includes table of contents for student manuals, and comments indicating that the course is meeting its objectives. (JN)

Surveys the present status of science instructional software in the United States. Describes project efforts at the University of Pittsburgh on the development of intelligent tutoring systems (ITS). Explains the major components and provides microworld examples of ITS. Includes the software evaluation instrument and summarizes the evaluation…

Cites need for properly integrating computers into curriculum, warning about past mistakes and looking at methods to promote curricular change. Identifies as important goals a clear definition of mathematics education and the benefits of a technologically integrated curriculum presenting ideas/strategies for achieving these goals. (JM)

Discusses artificial intelligence, its definitions, and potential applications. Provides listings of Logo and BASIC versions for programs along with REM statements needed to make modifications for use with Apple computers. (RT)

Describes establishment and operation of a university-based computer center at the New Jersey Institute of Technology, focusing on student/teacher programs and software development and use. The center offers a centralized source of information, training, and education in computer literacy and computer science for precollege students. (JN)

Reports on performance aspects of educators' person-environment congruence as defined by Holland's occupational classification system. Concludes that the majority were of the Social, Conventional, or Enterprising types and oriented toward non-classroom use of computer literacy developed in the course. (RT)

Describes a project aimed at examining the problems involved in a large scale integration of computerized simulations into the present structure of physics teaching in Israeli high schools. Assessment by students, teachers, and the project team indicated general satisfaction with the project. Discusses difficulties of implementing computer-based…