This paper reports on a ten-week course, taught twice since the 1972 fall quarter, at the University of California, Irvine, where the computer served extensively as a teaching device. The primary intent of the course was to use the computer not as a resource for learning but rather as a resources for learning about learning. (Author)

Acquaints the reader with the personal computer, emphasizing its use as an aid in the learning process; considers the types of hardware available and software related to educational uses; and offers advice to those just entering this area. (Author)

The phrase "student computer dialogs" refers to interactive sessions between the student and the computer. Rather than using programing languages specifically designed for computer assisted instruction (CAI), existing general purpose languages should be emphasized in the future development of student computer dialogs, as the power and…

A review of computer equipment for immediate response interactive systems. CRT display instrumentation is explained, as is additional computer hardware that has direct application to student users. (RAO)

Computer-based education provides adult educators with an interactive and self-paced medium which has pedagogical and cost advantages. Applications of such educational technology must be an integral part of the instruction process. (Author/SK)

Sections of this article deal with (1) the first quarter of a beginning mechanics course, (2) development of computer based learning materials in other parts of physics, (3) production strategies, and (4) the future of computer based learning in physics and other areas. (Author/CMV)

Reviews the role of computers, particularly the personal computer, in the learning process, discusses the many ways of using the computer to assist learners, and considers the advantages of personal computers over time-sharing computers. (Author/IRT)

Details the assembly and operation of two interactive computer-student dialogs developed for use primarily with elementary and secondary teachers. The dialogs use graphic facilities for teaching about the sky as seen from the earth and about the phases of the moon. (Author/CP)

By the year 2000 the major way of learning at all levels, and in almost all subject areas, will be through the interactive use of computers. Many of the factors involved in this revolution in education are reviewed. (BB)

This paper describes three interactive computer programs used with personal computers to present science learning modules for all ages. Developed by groups of teachers at the Educational Technology Center at the University of California, Irvine, these instructional materials do not use the techniques of contemporary artificial intelligence. (GDC)

The potential of the computer usage in instruction is discussed. A project was initiated to identify areas where the computer might yield significant advances in teaching. (DF)

Reviews advantages of computer-based instruction in physics. Discusses ways computers can aid individual students; the computer as an intellectual tool; the computer controllable world; the computer as a testing and diagnostic aid; the Socratic dialog on computers; and various aspects of computer-based instruction for the future. (SK)

This paper describes the present practical use of computers in two large beginning physics courses at the University of California, Irvine; discusses the versatility and desirability of computers in the field of education; and projects the possible future directions of computer-based learning. The advantages and disadvantages of educational…

Describes a project designed to assist 12- to 14-year-old students in developing abstract reasoning skills in math and science via interactive computer programs. Examples of learning modules designed to be run on microcomputers are included. Seven references are listed. (MER)