Examines the issue of help devices for students in hypermedia environments according to the learning context and cognitive processes involved. Describes three main types of learning situations--learning-by-doing, learning-by-instruction, learning-by-exploring--and explores the main cognitive processes involved in them. Discusses specific types of…

Discusses cognitive load theory and describes a study that investigated how undergraduates learned the basic commands of a CAD (computer-assisted design) software package using manuals with different formats of presentation of instructions. Results show that graphical interface, using a manual that juxtaposes text and screen images, was most…

Discussion of learning a new computer software program focuses on how to support the joint handling of a manual, input devices, and screen display. Describes a study that examined three design styles for manuals that included screen images to reduce split-attention problems and discusses theory versus practice and cognitive load theory.…

This paper focuses on the effectiveness and feasibility of two different kinds of individual learners' support in software training in undergraduate classroom settings. Describes varied user interfaces, including a training wheels interface; compares tutor instruction versus self-learning material; and considers learning time, learning outcomes,…

Discusses the contributions to this special issue within an instructional design framework; examines three major trends that indicate a shift in focus; and concludes that software training is at an end since it is no longer fundamentally different from regular professional skills training. (Author/LRW)

Discusses online help systems in application software design and describes two experiments in which adult computer novices learned to use experimental graphics software by task-based exploration. Topics include operative help; function-oriented help; effects on learning performance; schemata; mental models; and implications for the design of…

Describes the development and evaluation of coMentor, a virtual-learning environment that supports student discussion and debate through the World Wide Web, particularly for theoretical subjects. Discusses its use in an undergraduate philosophy course and reports results that indicate higher levels of learning among students who used the system.…

Describes the Vicarious Learner Project, a project which investigates the fundamental role of dialog for learning, specifically the benefits to learners of being able to observe others participating in discussion. Theoretical aspects of the work, a high-level process model of learning, and a more detailed logic model of what happens in educational…

Presents insights gained by studying media use in existing distributed research communities. Describes the "Virtual Mobility and Distributed Laboratories" research project and three naturalistic case studies, highlights the concepts of activity theory and media-richness theory and suggests an integration of the two, and addresses the applicability…

Describes the basic mechanisms of the SimQuest, an authoring system for designing/creating simulation-based learning environments. The functionality authors have in providing the learner with guidance and experiences on how authors use opportunities and learners employ the cognitive support are reported.(Author)

Compares the impact of two different computer-mediated communication (CMC) systems, with different prescribed guidelines for use, on the per-person volume of online interchanges in two graduate classes. Hypothesies a relationship between system characteristics, guidelines for use, and the perpetuation of verbal interaction in settings where CMC is…

Discusses the issues and problems involved in effectively preparing new teachers to integrate information technology into all aspects of teaching, especially curriculum development. Provides a list of suggestions and conclusions to aid in the integration and support of information technology training for teachers during their formal education.…

Describes the design principles of computer-assisted learning (CAL) environments in which the software is interactive yet adaptable to different styles of learning and teaching, illustrated with a mathematics application. Following implementation, initial evaluation data taken from students showed marked performance improvements, and indicated how…

Discusses instructional design and the integration of computer-assisted learning (CAL) into corporate training. Topics include the social context of learning in models of instructional design, and CAL as a substitute for other instructional media, as an enrichment, and as an organizational innovation. (LRW)

It is argued that science's reputation as a "hard" subject can be attributed to four intrinsic features of science and/or learners. The reasons for a link between abstraction and difficulty are briefly explored. It is suggested that certain extrinsic features of science education, resulting from choices by science educators, exacerbate these…