Argues that interactive geometry computer software connects visual justification and empirical thinking to higher levels of geometric thinking with logical justification in formal proof. Presents classic geometry activities using The Geometer's Sketchpad interactive software. (ASK)

Adaptive technology offers people with disabilities the opportunity not just to use computers, but to use computers to complete tasks that were previously not possible for them. Computers can be used to assist individuals with speech or writing impairments, physical or mobility impairments, visual impairments, and learning disabilities. (Author/JL)

After reviewing 50 educational software titles produced by 21 companies to assess how thinking and thinking skills were developed, the author found most had similar methodological drawbacks. Describes the algo-heuristic methodological position and outlines drawbacks of current software. (PEN)

Notes that with computers and technicians in the schools, with public demand for teaching students to use computers effectively, and with the information that students can now access on the Internet, the roles of both teachers and students have changed drastically. Focuses on some specific software that may assist teachers in guiding students on…

Examines instances of "high" literacy, literate thinking, among elementary school students working with common computer software during their normal school day. Seven forms of engagement emerged to categorize students' work, and these were arranged in order of complexity: disengagement, unsystematic engagement, frustrated engagement,…

Examines how the use of server-based courseware development solutions affects the instructional design process when creating online distance education. Highlights include pedagogical, visual interface (e.g., visual metaphor and navigation layout), interaction, and instructional design implications of online courseware. (Contains 54 references.)…

Discusses the benefits and challenges of technology in the teaching of foreign languages. Benefits include accessibility in time and space and an accessible learning process. Challenges include providing sufficient access to learning for everyone who has adequate preparation, fostering the right kinds of learning outcomes for course graduates, and…

Reflects critically on pedagogical issues in the production of computer-assisted language learning (CALL) courseware and ways CALL has affected the practice of language learning. Concludes that if CALL is to reach full potential, it must be more than a simple medium of information; it should provide a teaching/learning process, with the real…

Argues that consideration of constructivism's epistemological implications suggests that educational technologists need to convince learners of a problem's authenticity rather than to promote environments that deliver "preauthenticated" problems. Proposes guidelines to assist developers of educational technologies in accommodating the essentially…

Explores the role of software tools in geometry problem solving and how these tools, in interaction with activities that embed the goals of teachers and students, mediate the problem solving process. Through analysis of successful student responses, shows how dynamic software tools can not only scaffold the solution process but also help students…

Outlines challenges to classroom technology use (unrealistic expectations; hardware, software, and network reliability; copyright considerations; service capability; technological literacy; technological limitations; time; facility limitations; maintenance; working hours) and argues that while technological developments outstrip education's…

Discusses the impact of technology such as graphing calculators or statistical software packages on statistics instruction and curriculum as it makes teaching some topics unnecessary, makes instruction in some topics better, and allows for the teaching of some topics that have never been taught. (ASK)

Introduces the computer software program Learning and Understanding through Computer-based Interactive Discovery (LUCID) which is designed to increase student engagement in the learning process. Evaluates the effectiveness of LUCID on student attitudes and grades. (YDS)

Most electrical engineering and computer science undergraduate programs include at least one course on microcontrollers and assembly language programming. Some departments offer legacy courses in C programming, but few include C programming from an embedded systems perspective, where it is still regularly used. Distributed computing and parallel…

In this paper, we report on a program of study called Adventures in Modeling that challenges the traditional scientific method approach in science classrooms using StarLogo modeling software. Drawing upon previous successful efforts with older students, and the related work of other projects working with younger students, we explore: (a) What can…