This courseware evaluation rates the Nutri-Calc microcomputer program developed by CAMDE of Tempe, Arizona. (The program--not included in this document--consists of Nutri-Calc, which calculates total nutritional intake and Recommended Daily Allowances, and Calorie-Magic, which calculates individual ideal caloric intake.) Part A describes…

Describes the inadequacies of the current software for computer-based instruction, and presents a framework of instructional components to guide the design of such software. A taxonomy of design considerations is then discussed, including instructional context, strategies, and technical capabilities that can be used to enhance instruction. (4…

Reviews the principles of the behavioral model of learning and discusses the need to incorporate these principles in the development of educational software programs. Criteria for evaluating software programs based on their inclusion of behavioral principles are provided, and the evaluations of six available programs based on these criteria are…

The future of computers in education today will be similar to that of television in education 30 years ago, unless educators begin to play a major role in bringing computer technology into the schools to stay. (MD)

This guide is intended for use in a course to help students become familiar with computer disk operating systems and the applications of various types of computer software. The first third of the guide contains the following: a profile of the critical skills required for the Canadian work force, a flowchart of the recommended sequence of studies…

This handbook is intended to guide the vocational educator through the task of selecting and evaluating software for the vocational curriculum. Section 1 focuses on computer-based education. Chapter 1 defines computer-based education and the hardware and software required when the computer is used as an educational delivery system. Chapter 2…

This courseware evaluation rates the Orthographic Projection program developed by Hobar Publications. (The program--not contained in this document--uses computer graphics to present abstract visual concepts such as points, lines, and planes.) Part A describes the program in terms of subject area and hardware requirements (Apple II), indicates its…

The intent of this project was to develop a course for mathematics graduate students at Iowa State University. They would design and write computer programs for use by undergraduate mathematics students, and then offer the course and actually produce the software. Phase plane graphics for ordinary differential equations was selected as the topic.…

This paper presents examples of effective uses of microcomputers to support basic statistics instruction. All programs are written in Applesoft BASIC for Apple II Plus microcomputers and compatible equipment. They have been field tested in statistics courses at the University of Maryland. Microcomputers can be used with color monitors for…

Reviews the concepts and techniques used in developing textual materials that teach, focusing on those that have evolved during the trend toward programmed instruction. The possible application of cognitive psychology concepts to instructional material design is discussed. (21 references) (CLB)

Presents some rules of thumb for parents and teachers who are developing software libraries. Includes comments on drill and practice software, programs (simulations and adventure games) that teach thinking/problem-solving skills, and programs that foster creativity. Also includes list of resources for selecting software. (JN)

Discussed are the basic and specialized skills needed for graphing exercises. Suggests approaches and activities that can be used in the teaching of graphing skills. Includes a listing of software programs for both teaching graphing and for analyzing data. (ML)

Effectiveness of microcomputer-assisted instruction is based on availability of quality instructional programs. Important characteristics of high quality instructional software is offered for health educators. (Author/DF)

Describes a computer-assisted instructional (CAI) program to accompany a 15-week, college-level, introductory lecture course on the scientific principles of mammalian nutrition. The nature of the program is discussed, and examples of how it operates are provided. Comments on the evaluation of the program are also provided. (JN)

Computers can be used to help develop physical proficiency in the handicapped student if appropriate software is used. Suggested computer use for various educational purposes includes sports games, assessment, simulation, and accommodation of severe disabilities. (DF)