Describes a package of computer programs developed to implement an oil exploration game that gives undergraduate students practical experience in applying theoretical principles of petroleum geology. The programs facilitate management of the game by the instructor and enhance the learning experience. (Author/MBR)

Topics discussed in 14 papers concerned with software design, curriculum development, evaluation, and intelligent systems include teaching and learning systems, development of computer-assisted learning (CAL) courseware (music and reading), evaluation of CAL packages for mastery learning and modelling, assessment of CAL in physics and the primary…

The microcomputer used as a closed-circuit television typewriter and graphics generator is suggested as an alternative visual teaching strategy for lecture or discussions. The use of such a system in an introductory biology course for nonmajors is discussed. (JN)

Identifies recurring limitations of instructional technologies often overlooked by proponents, examines barriers to educational innovation and the political context of change, and presents guidelines for optimizing instructional technologies and consolidating change. References are made to educational technology articles and texts throughout.…

Provides examples which illustrate how microcomputers can facilitate various aspects of chemistry instruction, focusing on computer assisted instruction (CAI) and on the simulation of chemistry experiments. Brief comments on writing CAI programs are also included. (JN)

Reviews research on effective teacher characteristics and generalizes them to effective microcomputer instruction. Characteristics discussed include allocating adequate time for academic tasks, curriculum pacing, providing supportive and efficient learning environments, use of group management procedures, teaching skills before drill and practice,…

Discusses three main aspects of developing effective computer-assisted-instruction (CAI) materials. These include beginning with a complete model of teaching, including certain minimum components and characteristics in a lesson, and evaluating and revising a lesson until it is successful. (JN)

Outlines the variety of ways computers can be used in the classroom, computer literacy/awareness objectives, and proposed guidelines for use of computers in mathematics courses. Comments on research with computers, selecting a microcomputer, and software considerations are also provided. (JN)

Lists and briefly describes computer programs recently added to those currently available from Project SERAPHIM. Program name, subject, hardware, author, supplier, and current cost are provided in separate listings for Apple, Atari, Pet, VIC-20, TRS-80, and IBM-PC. (JN)

Provides an overview of recent developments in interactive video, including information on hardware requirements, federal programs to promote courseware development, implementation in the classroom, and currently available software. Emphasis is given to the perspective of the classroom teacher who wishes to explore this development further. (MBR)

Discusses the potential of microcomputers for accomplishing educational goals beyond drill and practice software. Describes a program in which students have access to a computer-based network that connects classrooms in four states, which allows peer response, develops a sense of audience, and gives students greater control over their literacy…

Points out that with LOGO, children can teach a computer to make shapes and patterns, including patterns with language, such as poems and sentences. (FL)

Identifies several issues related to the evaluation of educational software and offers some suggestions to help teachers learn more about how computers can be used to improve the teaching of English (HOD)

An intensive study of nine elementary classrooms over a three-month period was conducted to analyze the extent to which teaching and learning behaviors change when computers are used for instruction. Findings are reported for both directive (computer-assisted instruction) and interactive (programing) learning experiences. (TE)

High technology is a valuable educational tool, not a goal. Therefore, implementation must accord with primary purposes of education. An approach is described based on seven critical assumptions about education for the information age, followed by plans derived from these assumptions. (TE)