The Computer Assisted Spanish English Transition Sequence (CASETS) Project used a developmental research approach to design and adapt curriculum materials for computers; the approach involved a continuous process of materials design, classroom implementation, evaluation, and modification. During the first year of the project, sets of 26 lessons…

This teacher's guide contains computer programs, written in BASIC, for use in Iowa secondary school industrial arts programs. The programs were developed in two 2-week workshops by industrial arts teachers who had little or no previous experience with computers; the programs have been classroom tested and refined for publication. The programs are…

The process presented for monitoring the development of individualized learning materials is a basic two-component system comprised of a brief progress report form and a computer program for summarizing the responses to these forms. (Author)

A modified set of criteria based on sociology is suggested as a framework for evaluating the social implications of educational software. Six analytic categories are discussed: language usage, knowledge, ideology, profit, culture, and ethics. Procedures for applying the critical framework are outlined, and 32 references are listed. (MBR)

Following a discussion of drill/practice and tutorial programing techniques (SE 533 144), this part focuses on techniques dealing with text problems. Various listings are included to demonstrate such methods as the READ/DATA approach in presenting questions to students. (JN)

With support from the National Science Foundation and the University of California, the Physics Computer Development Project have produced in the last six years computer based material in a wide variety of modes. Among the major products are science learning dialogs, graphic additions to APL (A Programming Language), the underlying software, and…

Provides a checklist of stylistic elements to consider when writing simulation programs for use in computer assisted instruction. Subtopics include setting simulation parameters, questioning the user, displaying the results, and overall simulation organization. (JJD)

Presents an overview of Instructional Programming System, an authoring tool used for production of programs for computer-assisted instruction, including its language, structure, and mode of operations. Illustrative examples of use and results of initial investigations of its potential as tool in open-learning environment are given. Eighteen…

Microcomputer assisted instruction for the vocational education of special needs students is in the formative stage. Computer programmers do not understand educational processes well enough to produce effective software, while the majority of special needs educators lack computer training. Special needs educators need to use existing knowledge in…

During the period from May, 1971 until June, 1973, the Off-Line Computer Aided Learning Project of Havering Borough, London, England, continued to generate, implement, and evaluate computer-based instruction programs. Trials were conducted to test the effectiveness of modifications to computer programs and to assess the educational, psychological,…

Discusses various techniques for writing educational programs, focusing on "drill and practice" and mathematics programs. Includes listing for a mathematics tutorial dealing with simple division problems. The program contains multiple-response subroutines, scoreboard, and tutorial subroutine that is displayed whenever a given problem is missed…

Reviews an authoring system for courseware development (Applesoft Basic) consisting of a programed template allowing preparation of instructional units composed of text, questions, and graphics. A higher-priced version includes a game. Geology, oceanography, space science, meteorology, human/plant anatomy, and cells/genetics diagrams are available…

The television screen under computer control is seen as a very compelling focus of attention that can be harnessed and used to good educational effect. It is stated that the most vital and difficult task in curriculum development is to make useful material accessible to teachers. (MP)

Discusses four phases in the development of a simulation. These include a definition of the simulated universe (including parameters and boundary conditions), mathematical description of the mode, and programing and testing the simulation. Also discusses the development of a physics simulation, focusing on each of the four phases. (JN)

Reviews some of the assumptions underlying authoring guides and evaluation instruments for computer assisted instructional materials and recommends that software design and evaluation criteria be derived from a consistent learning theory base which considers the type of learning, type of learner, and instructional context. (Author/JJD)