The digital revolution has hit education, with more and more classrooms plugged into the whole wired world. But are schools making the most of new technologies? Are they tapping into the learning potential of today's Firefox/Facebook/cell phone generation? Have schools fallen through the crack of the digital divide? In "Rethinking Education in the…

In earlier times, practically everything was taught by apprenticeships. Schools are a recent invention that use many fewer teaching resources, but the computer enables us to go back to the resource-intensive mode of education, in a form called cognitive apprenticeship. This involves the use of modeling, coaching, reflecting on performance, and…

Introduces epistemic game theory as a framework for thinking about the design of "constructivist" learning environments, and offers examples and suggestions for epistemic games in classrooms. Discusses epistemic complexity, epistemic game theory, the development of epistemic fluency, and the role of technology in the development of…

Noting some of the major problems with current design experiments in education, a project has been undertaken with the long-term goal of constructing a systematic science of how to design educational environments so that new technologies can be introduced successfully. This paper outlines several factors considered to be critical in developing a…

Discusses principles of goal-based scenario (GBS) learning environments based on an examination of situated and unsituated knowledge. Topics addressed include flexibility; learning strategies; transfer of training; motivation; retention; and the use of GBS for professional development courses. (seven references) (LRW)

This paper discusses systemic problems with testing and outlines two scenarios for reformulating testing based on intelligent tutoring systems. Five desiderata are provided to underpin the type of testing proposed: (1) tests should emphasize learning and thinking; (2) tests should require generation as well as selection; (3) tests should be…

A framework is described for extending the principles of apprenticeship to teaching such subjects as reading, writing, and mathematics. Such a cognitive apprenticeship is aimed at teaching students the processes experts use to handle complex tasks. Conceptual knowledge and factual knowledge are illustrated within the contexts in which they are…

The apprenticeship model can be adapted to teaching and learning cognitive skills in reading, writing, and mathematics, as illustrated by three successful examples. A cognitive apprenticeship framework is presented for the design of learning environments incorporating content taught, pedagogical methods, sequencing of learning activities, and…

Noting that skills and knowledge taught in schools have become abstracted from their uses in the world, this paper clarifies some of the implications for the nature of the knowledge that students acquire through a proposal for the retooling of apprenticeship methods for the teaching and learning of cognitive skills. The paper specifically proposes…

Because of its ability to record and represent process, the computer can provide a powerful, motivating, and as yet untapped tool for focusing the students' attention directly on their own thought processes and learning through reflection. Properly abstracted and structured, the computational medium can capture the processes by which a novice or…

This paper explores issues that designers of learning environments should consider, omitting issues about knowledge learned and the social settings in which learning occurs that are addressed elsewhere. The perspective taken on design is to think of each decision in terms of its costs and benefits, an approach that may allow designers to minimize…