Collaborative learning provides students with vital opportunities to create and build knowledge. Existing technologies can facilitate collaborative learning. However, barriers exist to enacting collaborative practices related to the coverage of material for assessments and classroom management concerns, among others. Teachers can overcome these…

The widespread availability of high-quality Web-based tools and content offers new promise and potential for supporting teachers as creators of instructional activities. When coupled with a participatory Web culture and infrastructure, teachers can share their creations as well as leverage from the best that their peers have to offer to support a…

Discussion of inquiry and technology within elementary and secondary school science curriculum focuses on WISE (Web-Based Inquiry Science Environment) that was developed to provide effective designs for inquiry activities and assessments, technology supports for students and teachers, authoring partnerships to create a library of inquiry projects,…

Some guidelines for facilities for independent learning and instructional development. (Author)

Describes "Placemark," an online tool for creating and managing Web pages within a school or district Web site. Topics include interviews with teachers to determine their needs, which centered around creating instructional materials and activities; online newsletters for parents; feedback to test the interface; formative evaluation; and…

This instructional design sought to create an easily graspable application of physics principles. It took an engineering slant on the content, asking students to investigate physics by attempting to increase the productivity of a "Splam-canning" plant. Design strategies are outlined for six science principles and eight product utilization…

Describes how to integrate Web-based learning activities into school curriculums. Provides an overview of instructional materials development and defines related terms; outlines the attributes of the World Wide Web and the design of Web-laced spiral curriculums; discusses types of Web-based learning activities, how to conduct them, and evaluating…

This instructional design looks at momentum in physics through railroading, to assist students in developing appropriate mental models that will enable them to solve problems relevant to the process or principle being taught. A PEAnet (process, entity, activity network) relationship enables an instructional visualization (simulation) in which…

The intent of this article is to: (1) characterize appropriate content for drill activity, and (2) describe various cognitive levels of drill exercises that may be used in a learning situation. The overall purpose is to establish a rationale and guidelines for the appropriate use, rather than misuse, of drill exercises. (Author/ER)

Article examines the various philosophical aspects of the "Tyler rationale," and attempts to weight support and criticism in light of current thought on the matter. (Author/HB)

This instructional design blends a structured learning environment (the physics lesson) with an engaging, playful, simulated environment (roller coaster construction), putting into operation ideas from both cognitive and constructivist theories. Two instructional models are used: a general design model for creating instruction and a lesson design…

These designers approaches their physics lesson design task from the viewpoint of play. The designs, all having strong gaming influences, aim to be flexible enough to take advantage of the experience and ideas of a teacher working with a standard curriculum, yet interesting enough for students to want to continue exploring resources on their own…

Five areas are suggested for individualized instruction. (HB)

A look at how developing countries, specifically Korea, are beginning to look to educational technology as a partial solution to their educational problems. (Author)