Twelve factors which need to be considered when planning to use student feedback for improving instruction are discussed, including advantages and disadvantages, instrument selection and/or design, student attitudes, variables involved, teacher attitudes, and utilization of the data collected. (RAO)

Discussion of motivation in the instructional design process highlights an integrated affective domain instructional systems design model that integrates the work of Keller's ARCS (Attention, Relevance, Confidence, Satisfaction) model with a military instructional systems design model. Phases of the model include analysis, design, development,…

Instructional syntax analysis is one approach to evaluating how a technology-based training course will interact with the learner. By plotting fluctuations in engagement and feedback levels over time, general level of interactivity in a course can be analyzed. Basic principles of instructional syntax analysis are described, with an example of how…

Presents an instructional design framework that stresses the alignment of learning outcomes, learning activities, and evaluation and feedback. Focuses on student learning rather than instructional input; encourages faculty development to enable them to design their own courses; considers course resources, practice activities, and interaction; and…

Discusses adult learner characteristics, explains events of instruction, and describes how the characteristics of adult learners can be merged with these events of instruction to help facilitate instruction in software use. Highlights include gaining attention; motivation; stimulating recall of prerequisite material; feedback; performance…

Describes methods for using videodisc technology in training human service professionals for use in college curriculums or for inservice education. Methods explained include videotaping from the learner's point of view, using a Simulation System Trainer, and a programing technique that saves learner responses for later evaluation. (10 references)…

Examines how metacognitive theory can be integrated into the design of computer-based learning environments through the user interface. Highlights include interface design, metacognition and cognitive processes, using metaphors, user access to information, visual feedback, navigational tools, interaction styles, menus, and self-evaluation methods.…

Explains how to design, implement, and evaluate self-contained Web-based learning modules for university students. Discusses remote access for distance education; interactivity; multimedia; student control of learning; content; intended audience; scaffolding; individualized feedback via online assessment; navigation; collaboration and expertise;…