This document comprises the entire output of the journal for 1997. In the first article, "How Can Educational Psychology Be Meaningful?," E. Jensen's 1995 book, "Brain-Based Learning and Teaching," is reviewed, concluding that the book would be valuable for any teacher who wants to improve the level of students' learning. "Accelerative Learning…

This paper presents an outline and a discussion of the philosophy and rationale for a course taught on Web design and production for teachers at the University of Nevada, Reno. Concepts illustrated on the demonstration page are listed, as are sites to which the main course page has links. Aids and cautions for instructors are provided. The problem…

Of primary concern is the ability of students high school age to be able to conceptualize what actually goes on in electronic circuitry in order for them to be able to build and troubleshoot with precision skill. The Fault Assisted Circuit Electronic Trainer (FACET) was used on three students to determine if this electronic computer-aided…

Factors in selecting and using microcomputers for school, business, and industry are outlined. Considerations include: (1) computer literacy; (2) networking; (3) training of handicapped people; (4) training and work applications; and (5) technology developments. (FG)

The concerns of two teachers at a school where computer-integrated instruction was being used in five second-year algebra classes were studied. High levels of personal and management concerns, coupled with low refocusing concerns, were found. Both teachers were judges as mechanical users of computer materials. (MNS)

Evaluates the effectiveness of student interaction in computer assisted instruction (CAI) in enhancing achievement in chemistry laboratories. One group of students interacted with the computer in simulated laboratory activities; a second group did not interact. Advantages of interactive CAI were found for tasks requiring interpretation and…

Describes the use of computers in special education to provide new learning opportunities and better teaching strategies for handicapped students. Indicates that computers can teach cursive writing, test the effectiveness of a teaching method, and simulate systems such as tune-composing and sentence generating. (DC)

Describes six basic steps in designing the instructional content of computer assisted instructional materials. (DC)

Discussed are several suggestions for the maintenance of a science self-paced classroom. Topics include the use of computers for student self-assessment, teachers and students roles in the self-paced classroom, and laboratory setup and packaging in the self-paced science laboratory. (Author/DS)

For college students learning concepts, the advisement condition resulted in better performance than the learner control condition and needed less instructional time than the adaptive control condition. Results also indicated that students given concepts simultaneously performed better and needed less instruction than those who received concepts…

Originally part of a symposium on educational media for the deaf, the article describes the use of computer-assisted instruction to teach young deaf and multiply handicapped children. The microcomputer/videodisc interface is explained and the method of captioning the videodisc is discussed. Diagrams illustrate the process. (PHR)

The problems of teaching process design to an entire class of senior undergraduate students using industrial computer-aided design tools are described, and some solutions are offered. (Author)

A collection of six papers presented at Queen Elizabeth College of University of London in February, 1979. Techniques presented on role of computer models and data bases, tapes/booklets, games and models, and audio tutorials as an alternative to practical teaching, television and videotapes, and computer graphics. (SA)

Describes on-the-job training models developed by the Pilot Mini District of the Cincinnati Public Schools for integrating computer technology into classroom instruction: (1) Shadowing; (2) One-on-One for One; (3) Rotating Topics; (4) Walk-in Clinics; and (5) Student Exchanges. (AEF)