Immersive learning is one of the leading trends in education. Immersive learning uses a simulated or artificial environment for a better learning experience. Design of intelligent learning platform and motivating content development is one key aspect of immersive learning. In this article, we propose an intelligent computer-assisted learning…

This descriptive case study examined the first year of iPad-supported teaching and learning in a high school modified biology class. Results revealed that the iPad practices replaced, amplified, and transformed pedagogy and learning, but they predominantly supported general learning or instructional practices with little science specificity. A…

The purpose of this study was to develop a framework for analyzing and evaluating student-constructed models of physical phenomena and monitoring the progress of these models. Moreover, we aimed to examine whether this framework could capture differences between models created using different computer-based modeling tools; namely, computer-based…

Two grade 5 classes (11-12-year-olds) were introduced through an inquiry-based pedagogy to scientific ideas and concepts within a 3D game-like multi-user virtual environment (MUVE). This article explores how a particular set of strategies and conditions might encourage and sustain the use of the MUVE, Quest Atlantis (QA), as a problem-based…

Students learned about electrical circuits in an arcade-type game consisting of 10 levels. For example, in one level students saw two circuits consisting of various batteries and resistors connected in series or parallel, and had to indicate which one had a higher rate of moving current. On levels 1-9, all students received a correct tone and had…

Within the field of education, there has been an increasing recognition of the importance of formative assessment and of structural knowledge. In an effort to fill needs in each of these areas, this article describes an innovative feedback strategy intended to improve students' structural knowledge. Twenty-four high school physics students were…

Introduces the Inventive Model, a constructivist approach to conceptual change, as a theoretical base for science instruction and for software development in science education. Highlights include the hesitancy of some school systems to implement computer-assisted science instruction, student misconceptions, and cognitive approaches to conceptual…

Sixty-two high-school biology students, paired heterogeneously based on prior knowledge, learned about genetic using GenScope, a computer-based learning environment (CBLE), over four 90-minute class periods. Differences between low and high prior knowledge students emerged with convergence of verbal process data and pre- and post-test product…

Investigates how the design, creation, and revision of animated models that tell a science story can assist young bilingual children in science learning. Findings show that the animated software provided students with access to a world that is normally unavailable in real time; they were also able to manipulate science concepts and connect…

Examines how elementary school students improved their scientific discourse on a computer-networked database environment called Computer-Supported Intentional Learning Environments (CSILE). Results showed that system affordance specially designed for jointly written discourse in the discussion-note based (D-CSILE) configuration significantly…

Describes a study of 107 sixth graders that investigated the effects of learning strategy training intervention and the incorporation of learner control on achievement, learning efficiency, and instructional choice while subjects learned from a computer-based science tutorial. Principles for instructional design incorporating learner control are…

A meta-analysis compared the academic achievement of students (grades 6-12) who received traditional instruction or traditional instruction supplemented with computer-assisted instruction (CAI) in science, reading, music, special education, social studies, math, vocational education, and English. The study determined that students receiving…

Describes study that was conducted to examine the effects of animation and practice on factual and application learning in elementary science computer-based instruction (CBI). The extent to which animation and practice promoted near and far transfer of learning outcomes is explored, and effects on processing time are examined. (31 references) LRW)

Describes a study that investigated whether second grade students internalized content and concepts embedded in a science computer simulation as opposed to treating it as a game to be played. Discusses cognitive outcomes and processes, thinking skills, use of scientific language, transfer to other contexts, and partner and gender considerations.…

Based on classroom observation, interviews, and student and teacher surveys, this study examined student interaction and participation within a computer-mediated communication (CMC) environment in a college-level plant science lab course. The CMC discourse encouraged experimentation, sharing of early ideas, increased and more distributed…