Presents highlights from the "Wingspread Conference on Microcomputers in Education," held to evaluate the role of microcomputers in instruction and to develop guidelines for the introduction and use of this new technology in the elementary and middle grades. (Author/MLF)

The computer has not yet reached its full potential in the secondary school. Besides instructional usage, present usages of the computer include computer-managed instruction, acquisition of basic skills, teaching computer literacy, evaluating occupational information, and providing data about colleges and universities. (Author/JN)

The evolution of computers for instructional purposes in the Indianapolis Public Schools system is traced through a look at the progress of the system from the transporting of students to a college computer facility for instruction to the current explosion of microcomputers. Major problems involved teacher training, acquisition of equipment, and…

Techniques of competency identification, module preparation, and learning management are discussed in "An Effective Measurement of Performance" by Kenneth Allen; "The Making of a Module" by Jan Danford; and "Managing a CBVE Classroom" by Sonja Irlbeck. (SK)

Suggests that microcomputers can improve instruction/learning because they are rapid calculators, word processors and data storage devices with color and black/white graphics capabilities and can be used in one of three instructional modes: computer assisted instruction, computer assisted laboratory investigations, and computer managed…

Administrative and instructional uses of microcomputers with hearing impaired students (infants to junior high level) are described. Uses include data storage and retrieval, maintenance of student history files, storage of test data, and vocabulary reinforcement for students. (CL)

Describes the application of computer based instruction (CBI) to prepare adult learners for new roles as managers in the acquisition of major defense systems. CBI efficiency and effectiveness are considered in terms of their potential to contribute to organizational performance needs and goals. (MER)

Advances in technology have encouraged educators to devise ways to make the educational experience more efficient and productive. The computer is a dynamic new tool for developing a range of cognitive skills. (JN)

Four systems for computer-assisted instruction are explained and compared here: the PLATO, the TICCIT, the TRS 80, and the Apple II. (JM)

Computer-managed instruction (CMI) refers to the management of information relating to the instruction of individuals and the delivery of information to instructors, administrators, and students. A meta-model for the possible use in the design of a CMI system and a framework for analysis and planning are described. (JN)

Reviews the applications of the computer in teaching biology, with special reference to Computer Assisted Learning (CAL) in biology. Examples of available teaching materials are given. Computer Managed Learning is discussed as it relates to the Havering project. (Author/SA)

Considers the design and production of a computer assisted learning (CAL) or computer managed learning (CML) package from the point of view of a programer assisting the teacher who is willing to use it. The stages of production are illustrated by reference to two case studies. (Author/CMV)

Selecting a type of computer system for instructional purposes does not depend upon the kind of instruction to be provided but on the features of the maxi- and minicomputer systems themselves. The features of each system must be considered in the context in which it will be used. (Author/CMV)

Discusses gradebook programs, both for schools with electronic administrative programs and those without. Outlines problems and benefits of selected programs, focusing on intuitiveness (ease of use for those with little training); report generators and customization abilities; and graphing and attendance-keeping capabilities. (AEF)

Investigated the effectiveness of guided practice in teaching reading comprehension to 31 sixth, seventh, and eighth grade students in a remedial reading class. Guided practice led to superior results in rule-based inference comprehension activities, but did not enhance student performance on QAR2 (a metacognitive strategy) activities. (RJC)