Describes four stages of multimedia development: (1) preparation; (2) instructional design; (3) production; and (4) evaluation. Discusses strategies and recommendations for each of the steps as identified by the staff of the Educational Technology Laboratory at the Medical University of South Carolina. (AEF)

Reviews literature relating to educational courseware evaluation and the need for context-bound evaluations. Highlights include the promise of educational technology; implications for online learning; technological developments, including use of the Internet in education; comparing modes of delivery; examples of context-bound evaluations; and the…

Describes a study that used a Web-based survey and a modified Delphi technique to identify criteria important to multimedia instructional courseware evaluation, validate them with a panel of instructional technology experts, and examine the effect of conducting panel discussions online. Shows information accuracy and reliability as the most…

Discusses an old technique going back to Euler for accelerating the convergence of an alternating series. Uses a computer algebra system such as Derive, Maple, or Mathematica to implement this method called Eulerization. Argues that investigations using this technique will improve a student's understanding of infinite series. (ASK)

Baroma (Balance of Rotating Machinery), the Web-based educational engineering interactive software for teaching/learning combines didactical and software ergonomical approaches. The software in tutorial form simulates a problem using Visual Interactive Simulation in graphic display, and animation is brought about through graphical user interface…

Presents a draft for a principle-centered position statement of a Montessori early childhood program in central Pennsylvania, on the pros and cons of computer use in a Montessori 3-6 classroom. Includes computer software rating form. (Author/KB)

Reviews the research literature about cooperative learning and technology, describes role-playing software programs designed for cooperative learning, and shows how Web pages built on a WebQuest model can be used to augment these programs. (AEF)

Describes a teacher networking project using My Make-Believe Castle, an adventure program developing problem solving skills, that involved 100 elementary teachers around the country and demonstrated the utility of listservs. Discusses teacher observations of problem solving, peer teaching, one-computer classrooms, and deeper learning. (PEN)

Describes two activities that led students to contradictions between conjectures and findings. Analyzes the conjectures, working methods, and explanations given by students when faced with the contradictions that arose. (Author/MM)

We describe 3 computer-based neuroscience laboratories. In the first 2 labs, we used commercially available interactive software to enhance the study of functional and comparative neuroanatomy and neurophysiology. In the remaining lab, we used customized software and hardware in 2 psychophysiological experiments. With the use of the computer-based…

The purpose of this article is to provide an overview of technology that can enhance learning in physical education and exercise science instructional programs at the K-12 level and in colleges and universities. Although technology is widely used in physical education programs, it is generally limited to software and equipment that assesses…

A visit to most any technology education laboratory or classroom will reveal that computers, software, and multimedia software are rapidly becoming a mainstay in learning about technology and technological literacy. Almost all technology labs have at least several computers dedicated to specialized software or hardware such as Computer-aided…

The dilemma is one that most public librarians know well. The interlibrary loan (ILL) service over the past seven years had increased by almost 72 percent--with no end to the upward spiral in sight. Borrowing had increased 23 percent, but lending to other libraries had seen the largest growth: 106 percent. ILL staffing hadn't increased and…

Can second-grade students construct an understanding of sophisticated science processes and explore physics concepts while creating their own inventions? Yes! Students accomplished this and much more through a month-long project in which they used Legos and Robolab, the Lego computer programing software, to create their own inventions. One…

Creating inquiry- and standards-based science curricula that meet wide-ranging learner needs and preferences requires strategic planning and organization. The common practice of retrofitting or modifying existing instructional and curriculum materials to accommodate individual learner needs too often overshadows the concept of designing universal…