Briefly discusses current views of the way anxiety decreases students' learning from instructional software and describes ways software designers might compensate for the learning problems of anxious students. (MBR)

Presents an approach to microcomputer courseware design that follows the engineering systems model and discusses areas of expertise needed by courseware designers, key courseware design questions, the accompanying teacher's guide and its components, and evaluation criteria teachers need to remember before purchasing instructional programs. (MBR)

Reviews possible sources of reinforcement in computer assisted instruction and systematic utilization of these sources in courseware design. Sources reviewed include reinforcement from the machine itself; from the content of the instructional modules and its arrangement in a learning sequence; and from sources external to the modules. (MBR)

Argues that software for electronic boards should address a variety of teaching styles, student abilities and ages, class textbooks, teaching objectives, and learning environments for flexibility of use. The software features that contribute to flexibility include frequent stops, options for going backwards, inter- and intra-unit jumps, and…

This booklet is designed to help users understand the skills and concepts needed to develop effective computer assisted instruction (CAI) programs in any computer language and to polish and extend BASIC language programming skills. It assumes some idea of CAI and some BASIC programming (but not fluency), and can be used for self-study, in a…

Briefly describes stages of the systematic design process for educational software including learning goals identification; considering medium suitability; developing performance objectives, criterion-referenced tests, and instructional strategies; and product evaluation and dissemination. Events of instruction are discussed in detail as they…

Color monitors are in wide use in computer systems. Thus, it is important to understand how to apply color effectively in computer assisted instruction (CAI) and computer based training (CBT). Color can enhance learning, but it does not automatically do so. Indiscriminate application of color can mislead a student and thereby even interfere with…

Instructional design considerations involved in using level four videodisc systems when designing simulations are explored. Discussion of the hardware and software system characteristics notes that computer based training offers the features of text, graphics, color, animation, and highlighting techniques, while a videodisc player offers all of…

This report describes the development of a Drexel University electrical and computer engineering course on digital filter design that used interactive computing and graphics, and was one of three courses in a senior-level sequence on digital signal processing (DSP). Interactive and digital analysis/design routines and the interconnection of these…

Discusses computer assisted instruction (CAI) from perspective of artificial intelligence researchers and describes program features of intelligent computer assisted instruction (ICAI) that researchers feel will improve on deficiencies of CAI. Program descriptions and sample interactions from several tutorial and expert system ICAI programs are…

A brief review of shortcomings of commercially available computer assisted instruction (CAI) programs, is followed by a description of Wordsworth II, a sophisticated interactive CAI program written at Michigan Technological University for teaching English composition. Criteria met by each of the program's eight process-based modules are discussed…

The Macintosh microcomputer was selected by Drexel University as part of a program that requires all freshman to have access to a personal computer. Because of a lack of good courseware for the chosen microcomputer, especially in electrical engineering, Drexel has provided faculty release time, several development systems, computer assisted…

Discusses the use of artificial intelligence systems in process engineering. Describes a new program at the Massachusetts Institute of Technology which attempts to advance process engineering through technological advances in the areas of artificial intelligence and computers. Identifies the program's hardware facilities, software support,…