Develops a heuristic device called the Formative Evaluation Outcomes Matrix that systematizes the data from three commonly used formative evaluation instruments for the purpose of diagnosing faults in products of the design process. (Author)

Presents guidelines for the evaluation of instructional materials beginning with the first phases of development and continuing until they are finally replaced. (JY)

Describes special considerations to be accounted for by evaluator of computer assisted instruction (CAI) materials, outlines a recommended approach to formative evaluation of CAI (one-to-one evaluations, small group evaluations, field tests), and offers suggestions to evaluators of CAI concerning how process can be simplified. Five references are…

Describes a method for videodisc courseware development utilized by the University of Notre Dame Interactive Videodisc Laboratory staff, which includes production of a storyboard as the final component of the design phase. The three steps of group storyboarding, formative evaluation, and generation of production documents are discussed in detail.…

Guidelines are provided for evaluation during four stages of curriculum development: evaluating the feasibility of a project, evaluation during formative design and development, summative evaluation during curriculum transitions, and maintenance evaluation of curriculum change. (RAO)

The guidelines suggested in this article have evolved from the development of nationally distributed instructional systems over the past seven years at SWRL, a National Institute of Education-sponsored educational research and development laboratory. (Author)

Discusses the prescriptive propositions underlying the analytical approach to instruction, including emphasis on the identification of valid instructional needs, use of content experts, and the accurate classification of instructional objectives in determining effective instructional strategy. (RAO)

Presents an instructional development model that incorporates formative evaluation techniques, and explores the possible application of the model in developing computer-assisted instruction courseware. Advantages and disadvantages of this approach are identified and implications for research on formative evaluation are discussed. (31 references)…

Describes a new method designed to identify defects in existing instructional programs so that ineffective parts may be repaired, and poor programs may be replaced with better ones. Four references are listed. (MER)

Discusses linear, or systematic, instructional design and development, including a 15-step model. Topics include needs assessment; formative evaluation; performance objectives; instructional materials development; pilot testing; design alternatives that challenge linear instructional design, including constructivism, anchored instruction, and…

A discussion of goal specification and evaluation as a beginning point for the formative evaluation of a university course for departmentalprogram. (Author)

Compares the analysis, design, development, and evaluation of electronic performance support tools and systems to a traditional instructional systems design model. Topics discussed include indeterminate outcomes; rapid prototyping; front end analysis; intervention strategies; sequencing; user control; media selection; formative evaluation; and…

Describes two experiments on computer-assisted instruction (CAI) interaction in which interactional analysis is utilized to provide information on the interaction of students with microcomputers. It is suggested that interactional analysis is the key to improving the design and application of CAI materials. (MBR)

Discusses three phases of instructional design (ID)--definition of instructional parameters, analysis and synthesis of instructional alternatives, and implementation of instructional plan--and presents a 15-step ID model. Included for each step are a descriptive name, boxed example, and rationale and (as applicable) current state of technology for…

Discusses what is known about programed instruction as that knowledge relates to the avoidance of planning and design errors which limit the effectiveness of instructional programs. A 17-item reference list accompanies the text. (Author/JL)