Paper presented at the Education and Information Science Symposium," Sponsored by the Ohio Chapters of the American Society for Information Science in cooperation with The Department of Computer and Information Science, The Ohio State University, June 23 and 24, 1969. (MF)

Computers have been misused in education for several reasons, including lack of high-quality software and of new content or instructional methodology. Examples of misuse include drill and practice and tutorial programs. Appropriate uses include programming, writing, access to databases, and simulations. Computers should complement, not replace,…

Simulation as a mode of computer use in instruction has been neglected by educators. This paper briefly explores the circumstances in which simulations are useful and presents several examples of simulation programs currently being used in high-school biology, chemistry, physics, and social studies classes. One program, STERIL, which simulates…

Computers can be programed for humanistic objectives.

Elements of computer use in teaching are explored. They include equipment expense; availability of quality software; development of interactive instruction; use of graphics, color, flashing, and sound; learner response; and feedback. (CT)

Presents justifications for computer-assisted instruction (CAI) in debate. Suggests programs that could be written. Discusses one CAI application: the use of CAI drills to train negative team members and to instruct in cross-examination skills. Includes the "Listing of CAI Drill for 1st Negative Debater." (PD)

Pocket computers are promoted as an inexpensive means of teaching computer programing, particularly in today's world where there are increasing difficulties of obtaining funds for new curriculum materials. Samples of programs written in BASIC that can be run on pocket computers are presented, and instruction in elementary grades is promoted. (MP)

A general interface was planned to aid students in a course on computer design. Basically, the system is an electronic/logical device which provides 24 input-output channels for the attachment of logical components to a time-sharing computer. The device is useful in the design and development of computer-oriented modules. The costs of such an…

The first article, "LOGO and von Neumann Ideas," deals with the creation of new procedures based on procedures defined and stored in memory as LOGO lists of lists. This representation, which enables LOGO procedures to construct, modify, and run other LOGO procedures, is compared with basic computer concepts first formulated by John von…

A discussion of the problems of initiating teachers to computer assisted instruction, in particular programing languages. (Author/HB)

Two large, modularized, computer programs were developed to explore the possibilities for utilizing the processing speed and power of digital computers in interactions with students designed to teach them procedural and diagnostic tasks. (Author)

Points out that the secret of successful Logo teaching appears to lie in knowing when to intervene and when not to. Sample programs and instructional sessions are included to illustrate when to intervene without intercepting student discovery. (JN)

A teaching strategy for problem solving with computers is detailed. The approach provides a "midline" level of help that encourages exploratory activity yet provides enough guidance to increase chances of pupil success. (MP)

A microcomputer for use in industrial education programs is described. The system has wide application and does not require programing skills. Graduate students may purchase disks formatted to do word processing and statistics then proceed to do the thesis or dissertation final copy at the keyboard of the terminal. (CT)

Claims that computers and other high technology can replace teachers and staff, thereby reducing educational costs, are unwarranted for several reasons. First, most cost analyses focus on hardware costs, which are not the major factor directing the cost of computer assisted instruction (CAI). Second, technology is more likely to change the skill…