Two mutually supporting computer programs for scheduling final examinations are described. One checks quickly for conflicts in course combinations for examination times, and the other generates a complete, conflict-free exam schedule with appropriate room sizes and types. (MSE)

Parent guidelines for selecting appropriate software for three- to five-year-olds address trying the software out, what to look for, and what to expect. Evaluation criteria cover appropriate vocabulary level, individual needs, child involvement, target audience, creative presentation, and useful feedback. (CB)

The authors identify several imperatives for counselors who are at the middle point in their professional encounters with computers. These imperatives include the following: don't expect miracles; examine software carefully; use software creatively; team with your client; optimize use of client data; capitalize on research capabilities; design…

Reviews copyright law and "contributory infringement" as it relates to computer software and possible student and staff violation in colleges and universities. Also discusses possibilities of "breach of contract" and "negligence" in computer software use. Provides a series of recommendations for universities and colleges to protect their…

Describes features of a macroeconomics model that runs on a microcomputer and its solution, sometimes called a simulation. Specific uses of the model in the teaching of introductory and intermediate/advanced levels of macroeconomics are discussed, as well as use by economic planners in running alternative forecasts. (MBR)

Schools need to press for higher quality software that creatively and richly applies sound educational learning theory in software design. (MD)

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)

Discusses several reasons for low levels of computer use among college psychology faculty, including lack of faculty time, training, and reward; lack of quality software and sufficient hardware; and lack of support staff. Concludes that these problems are being overcome and that computer-assisted instruction is becoming more common. (Author/JDH)

Explores some of the difficult areas of copyright protection for computer software including legal and illegal copying; values imparted to students if illegal software copies are used; and teacher and administrator responsibility. A suggested school district policy on software copyright is presented. (MBR)

Argues that most school systems in the United States fit into one of the five evolutionary stages of computer use: initial experimentation, state legislative involvement, search for software, initial computer integration, and full integration. These stages are described and tips on how to choose the best computer software are given. (MBR)

The author examines ways in which microcomputers can be used with gifted students, addressing the following topics: hardware, educational software, computer literacy, the computer as research tool, the computer and creativity, programing, and computers and the very young. (CL)

Offers 10 suggestions to help teachers avoid the pitfalls encountered by unknowing software purchasers. Suggestions include checking for compatibility, determining objectives, testing for material sequence, and reading the documentation. (FL)

To obtain software suitable for school personnel systems, school business officials should consider forming cooperative groups to develop software and should also encourage entrepreneurs to custom-design products. (MLF)

School computer networks range in size from a single-classroom link to a statewide arrangement. Experiences, advantages, and problems encountered in implementing a local area network are discussed. (MLF)

Offers a checklist to help adult educators make intelligent software selections. Stresses the need to try products before buying them, to have a grace period to test them with students, to look for reviews, and to get a detailed list of hardware requirements. (JOW)