Because technology is changing so fast, it is hard to plan for the use of computers. The author offers advice for schools planning to choose and implement computer technology. Considered are: classroom and administrative uses, peripheral equipment selection, and budgeting. (JMK)

An article on applications of personal computers for the learning disabled presents the rationale and components of a special education systems approach. A model for organizing information is followed by a review of personal computers as instructional management tools. Examples are cited of computer assisted individualized education program…

Ten guidelines for the reading teacher to aid in finding programs that will become an indispensable part of reading activities in the classroom. (CRH)

Art educators can use computers as an instructional aid, as a managerial aid, and as a tool for creating new art forms. To encourage the greater use of computers in art education, teachers should form art computer committees. The role of this committee is discussed. (RM)

The Teacher Authored Instruction Manager is a prototype Computer Managed Instruction system developed at the University of Alberta. By using two computer programs to store detailed student information and curriculum data, TAIM produces individualized lessons for students and diagnostic information for teachers. (Author)

Examines the educational potential of three categories of computer networks--(1) resource sharing networks for sharing expensive peripherals; (2) communication networks for transferring messages between microcomputers; and (3) interactive networks for student collaboration on multiuser tasks. Advantages and disadvantages of networking and the…

Discusses four modes in which computer assisted learning can be provided and analyzes the relationship between these modes and the types of client groups likely to employ computer assisted learning (CAL). Prepackaged CAI/CMI, auto-elaborative CAI, personally guided small group CAI, and gated cooperatively elaborated CAI are described. (JL)

Discusses five areas in which microcomputers have a major effect upon vocational education: computer literacy, computer assisted instruction, computer managed instruction, managing instructional resources, and applications in vocational fields. Also discusses the need for inservice education for vocational educators to keep abreast of the…

Presents a discussion of university role in an economically disadvantaged community in South Africa, and offers five recommendations on how to implement and maintain computer based instruction in a university outreach program. (MER)

Recommendations useful to individuals considering or planning the development of a computer based instruction project in higher education are given. Covers a variety of planning aspects, ranging from types of staff needed, on-the-job training, and the need for a funded planning and recruitment phase. (RAO)

The authors cite specific ways that the classroom computer can aid the teacher, by providing a wide variety of independent instruction for students and by cutting down the time required for recordkeeping, testing, and other administrative tasks. (Author/SJL)

Five methods--final examination, attitude questionnaire, naturalistic observation, interview, and archival data analysis--of evaluating computer-assisted and computer-managed instruction are considered. The use of multiple methods has distinct advantages over the use of only one method. (Author/IRT)

Numerous studies clearly indicate that Computer Assisted Instruction (CAI) is a successful teaching technique; students respond favorably and it saves learning time. A computer center director offers planning and buying criteria. (Author/TG)

Examines the effectiveness of the computer component of a cost effective college course in economics. The main computer ingredients consisted of seven instructional lessons, three one-hour exams, a sophisticated record-keeping system, and note-writing capability. Tables are included. (Author/CHC)

Described is a computer program used to calculate d-spacings (corrected for film shrinkage) and a weighting factor for measurements made on a Debye-Scherrer film. Two purposes are listed for the computer program: time reduction and increase of computer competance. (Author/DS)