This description of computer science and engineering education in Iran focuses on the effects of the cultural revolution on academic curricula. Computer use in Iran is described, integrated hardware and software educational programs are discussed, and curriculum plans for various levels of expertise from technician to master's degree are…

Two participants in a delegation of computer professionals who observed computer education in China's primary and middle schools report on the status of computer equipment and books; the development of instructional technology; the teaching profession; and the role of computer centers and institutes in computer literacy and teacher training. (43…

Discussion of human-computer interaction (HCI) as an essential part of the design of computing systems focuses on incorporating HCI into university computing courses. HCI training needs for various career profiles are given; and an outline of the contents of the Open University postgraduate module on HCI is appended. (nine references) (LRW)

Describes the history of computer science departments at universities in China. Educational principles that characterize Chinese computer science education are discussed, selection of students for universities is described, and curricula for both undergraduate and graduate computer science studies are outlined. (LRW)

Describes a national project on computer and information literacy in the Netherlands for all students in lower secondary education, i.e., the 12- to 16-year-old age group. Curriculum development is discussed with emphasis on equal participation by female students and teachers, and hardware and software specifications are noted. (LRW)

Describes how informatics is being integrated into the Bulgarian schools' curriculum through the use of microcomputers, Logo, and appropriate software. A set of problems that could be used for introducing informatics is presented which is based on the programming notions of cycle, recursion, and coding. (LRW)

Discusses the history of educational computing in England, which started about 1970 when the government-funded Microelectronics Education Programme began. The Programme's main areas of activity are outlined and the role of the Council for Educational Technology in these activity areas is described. (Author/MBR)

Describes a course in educational informatics for preservice teachers and students in educational software development that emphasizes the use of LOGO, and summarizes course modules that cover tools and methods for teaching informatics, informatics curriculum design, introducing the basic notions of informatics, integrating informatics into the…

Discussion of information technology focuses on the future needs of computer science education. Information processing as an economic force is described; the relationship of information processing with other disciplines is examined; audiences for computing education are considered; and two examples of curriculum requirements implied by computing…

Describes four areas of educational change: (1) the curriculum, (2) the role of the teachers, (3) the school structure, and (4) student learning. The impact of intensive computer use on each of these areas is examined using observations from a "technology-enriched" school project that is currently underway (1989-92) in the Netherlands.…

Three articles address different uses of computers in education. British inservice training for primary school teachers using microcomputer-based adventure software is described; fundings of two Canadian projects using computer teleconferencing are reviewed; and the use of computer-assisted instruction for primary school mathematics education is…

Discussion of integration of microcomputers into the elementary school curriculum emphasizes teacher training, and presents a multiple perspective model for designing computer education courses based on teacher concerns regarding innovations. Introductory courses for preservice teachers and graduate courses for inservice teachers are described.…