Describes the integrated Intelligent Tutor, Environment and Manual for Introductory Programing (ITEM/IP), which supports a course on computer programing based on the minilanguage Turingal. Discussion covers system design, including design philosophy, system overview, concepts included and information structure, programing laboratory mode,…

Describes British investigation conducted to discover patterns in the background and attitudes of teachers who are computer users and to derive strategies that may be used to encourage wider use of computers in secondary education. Highlights include software evaluation, in-service training, and the role of computer studies. (35 references)…

Discusses the place of computer science education in the high school curriculum and reports on a survey of schools in five states that investigated computer science teaching responsibilities, hardware and software use, programming languages, how teachers rank instructional resources, and how teachers rank opportunities for their own skill…

Discusses results of a survey of Virginia's public high schools that was conducted to determine the progress that had been made in integrating computers into the classroom based on the 1984 guidelines released by the Virginia Department of Education. Difficulties with hardware and software, teacher characteristics, and teacher training are…

This document provides guidelines for the preparation of school district plans for implementation of the microcomputer instructional programs recommended for Arkansas high schools. Introductory materials include a history and description of the Instructional Microcomputer Project for Arkansas Classrooms (IMPAC), results of a state-wide…

Presents an overview of an interactive videodisc courseware project that was designed to train teachers and to develop videodisc courseware modules in physics. Chronicles the progress made, describes the course content, and discusses the ramifications of the participants' attempt to put the training into practice. (ML)

Proposes using computer programing teaching problem solving. Describes the problem-solving technique of Top-Down Design, discusses its application to LOGO, and provides examples of programs using LOGO. (MDH)