The learner-centered paradigm of instruction differs in such fundamental ways from the teacher-centered paradigm that it requires technology to serve very different functions. In 2006, a research team at Indiana University began to work on identifying those functions and published their results in 2008. Subsequently, the team elaborated and…

In educational environments, it is desirable to support the mechanism by which people can participate in interesting communities without any trouble and also to promote successful learning activities. Now that Web-based environments have been successively organized under a virtualized communication network or a logical interaction space, the…

An English instructor notes that educators must re-examine their methodology and allow for students to be engaged as full partners in the learning process. She provides examples of activities and projects from a course about the intersection of language and culture and suggests that self-directed learning will equip students for college level…

Investigates students' perceptions on learning through Web technology. Results suggest that Web-based instruction permitted the students to control their own learning and empower individual learning activities; provided meaningful learning and flexible practice; and provided greater accessibility to learning materials. Concerns and suggestions by…

This document combines a students' manual and a manual for teachers. The students' manual is a self-teaching guided discovery manual for junior high, high school, and college students that provides self-paced explorations into recursion. It includes a disk with lessons that are to be used with the written material. There are eight lessons…

Student-centered learning environments provide interactive, complimentary activities that enable individuals to address their unique learning interests and needs, examine content at multiple levels of complexity, and deepen understanding. This paper provides a brief overview of learning environments and identifies the foundations and underlying…

Discusses the need for educational environments that allow for authentic learning. Shows how the Internet enables practice in which students are able to manipulate concepts for the sake of getting things done and receiving feedback regarding how well the application of an understanding worked. Provides examples of three learning activities on the…

This study adopts innovative self-study research methods to explore the effectiveness of teachers' use of self-referenced activities designed for the development of personal teaching portfolios. Two short video presentations, along with participant and instructor workshop guides provided necessary instructions and materials. Personalized classroom…

This book is based on training sessions conducted by the author that focused on key issues in the design of self-instructional materials, including an awareness of the distinctive features of self-instructional materials, characteristics of the target audience, and coming to grips with the resources and constraints within which one must work.…

Discussed is the classroom suitability of an open learning computer microworld centered around families of quadratic equations that provides a framework for exploring questions about parabolas to establish the link between the graphical and the algebraic representations of quadratic equations. (JJK)

In this paper, we present a web-based educational setting, referred to as SCALE (Supporting Collaboration and Adaptation in a Learning Environment), which aims to serve learning and assessment. SCALE enables learners to (i) work on individual and collaborative activities proposed by the environment with respect to learners' knowledge level, (ii)…

This paper presents a framework for producing learning environments (LEs) on the World Wide Web that improves productivity and quality at a reduced cost for both designers and learners. The resulting LEs are germane to fractals. Changes in scale are likened to levels in LEs; each level expresses a given viewpoint on knowledge. Self-similarity…