Recounts the history of a project which brought instructional systems development to the training schools of the U.S. armed forces. Included are the problems faced, the choices made, the focus chosen, the difficulties encountered, the product that resulted, and the outcomes of the project. (Author/CHC)

Reports heuristic observations on how to conduct effective instructional development at the college level. Based on a 2-year study of instructional development at four major universities, the 18 heuristics listed cover objectives, software development, student involvement, relations with faculty, use of models, and management cautions. (BK)

Presents papers on four different instructional development models currently in use either in a university or a business setting. All phases of systematic development are covered, including project selection, production, implementation, performance analysis, constraints, and unusual features that distinguish each model. References are listed. (BK)

Focuses on alternative paradigms to experimental inquiry useful to instructional systems researchers, including quasi-experimentation, meta-analysis, case study and ethnography, systems-based evaluation, and technique and model development. Each is discussed in terms of how it generally applies in the field and how it has been employed by…

Presents personal and professional considerations for instructional systems graduates for defining, seeking, and following a career in business and industry. Highlights include defining employment goals, internships, salary considerations, fringe benefits (including moving expenses, vacation and compensatory time, and travel), the importance of…

This description of a formative evaluation of the instructional systems doctoral program at Florida State University includes a mail survey of program graduates who were asked to rank instructional systems competencies, the questionnaire and evaluation methodology used, results of the study, and subsequent modifications to the program. (MBR)

Reviews educational applications of artificial intelligence and presents empirically-based design variables for developing a computer-based instruction management system. Taken from a programmatic research effort based on the Minnesota Adaptive Instructional System, variables include amount and sequence of instruction, display time, advisement,…