Presents research in physics education whose main aim is to design hypermedia software dedicated to science teaching on the basis of learning hypotheses related to the knowledge to be learned. Includes a theoretical framework; design principles; and an example of the application of the framework. (Author/LRW)

Describes experiences of the Computers in Teaching Initiatives (CTI) centers for chemistry and physics which provide support to academic staff in universities in the United Kingdom who are using communications and information technology. Topics include funding by the Teaching and Learning Technology Programme (TLTP); courseware development; and…

Discusses the evaluation of SToMP (Software Teaching of Modular Physics), a project that uses hypermedia to provide the resources an undergraduate student needs to study physics courses via a computer. Findings show that SToMP allows students to have individualized self-paced learning environments and offers better tutor-student contact. (JMV)

Describes study that investigated teachers' criteria for the use of courseware packages in Dutch junior high school physics classes. The development of a courseware evaluation instrument is described; drill and practice, simulation, and tutorial courseware packages are evaluated; motivating elements are considered; and implications for the design…

Suggests that intuition and visualization are effective methods of introducing engineering principles to pre-engineering students. Describes the development of computer simulation software as part of a "Pre-Engineering College On Disk" course. The computer game helps students visualize the relationship between shell trajectory and its…