Three new developments are sparking renewed enthusiasm for microcomputers among science teachers: teacher-designed software, more powerful hardware, and increased access to teacher inservice and coursework for computer-assisted instruction. Central to tomorrow's science curriculum will be teachers' acting as mentors, facilitators, and…

Contends that computer software development has fallen far behind progress in hardware development. Explains how to evaluate courseware critically. (Author/JM)

One way to entice students into high school journalism courses is to integrate desktop publishing (via microcomputers) as a vehicle for type-setting, design, and pagination of school publications. Desktop publishing also saves time, cuts costs, and provides vocational training. (MLH)

Dicusses Modesto City (California) Schools' successful planning process for integrating a computer education program into the curriculum. Planning focused on six basic questions the district asks about any curriculum area reviewed. Generic skills needed for decision-making and other academic and occupational pursuits were targeted. (MLH)

Using an Oklahoma intermediate school program as an example, this article advises a laboratory approach to teaching computer literacy. Suggests nine-week minicourses linking computer and curriculum basics and wider student access to computers. (MLH)

Presents an eight-step model for introducing computers into an educational program. Emphasizes advance planning, which includes developing a theoretical basis, specifying a mission, defining measurable outcome, refining evaluation criteria, preparing a program, and implementing, evaluating, and recycling the results. (MLH)

Since LOGO was introduced at a 1981 National Council of Teachers of Mathematics conference, this computer language has spread through the schools and spawned Young People's LOGO Association groups throughout the United States and Canada. Teaching LOGO like other languages might alienate youngsters already at home with computer technology. (MLH)

Educators must think clearly about how they want students' education to improve, what computers can do to help, how that assistance can be accomplished, and whether any of this is affordable. (Author/JM)

Answers teachers' hypothetical objections to computers in the classroom, especially their concerns about programing skills, time limitations, software, suitability, and proper usage. Compares future societal impact of computers to that of earlier technological advances like automobiles, telephones, and mass communication systems. (MLH)

Broken Arrow Public Schools (Oklahoma) planned and implemented a successful computer education program for students at elementary, middle, and high school levels within a modest budget. After resolving four basic questions concerning goals, integration, responsibility, and implementation, the district developed overlapping programs in computer…

A superintendent explains the administrator's role in integrating computers into the instructional program. Lists factors to be kept in mind. (Author/JM)

A teacher's description of how the microcomputer was integrated into her school, first in programming courses and later into other curriculum areas. (Author/JM)

Examples of innovative applications of telecommunications are cited, and the importance of school administrators' acquiring computer literacy emphasized. What educational leaders should know about telecommunications and the computer age is outlined. (MJL)

Describes one school district's system for evaluating and selecting microcomputer software for computer assisted instruction. The process includes a computer technology council in charge of evaluation and a software evaluation form (reproduced here in its entirety). (Author/JM)

Provides some "dos" and "don'ts" for school administrators contemplating holding inservice programs on using microcomputers in the classroom. Suggestions concern ordering hardware, selecting software, scheduling sessions, grouping participants, and designing the course. (Author/JM)