Describes: (1) the equipment used to develop instructional films using computer graphics; (2) how the films are constructed; and (3) the resulting modules. The modules focus on concepts students find difficult (such as operation of a simple latch), functional relationships, and dynamic problems. (JN)

Learning how to create smooth animation on the computer is a two-step process. Step one (discussed in SE 539 133) involves creating shapes. In the second step, students animate their newly created shapes. The programing necessary to accomplish the animation is discussed. (JN)

The author presents suggestions concerning the use of video in training programs. Suggestions involve viewing angles, use of humor or animation, models, subtitles and repetition, note taking, feedback, number of viewers, visual and auditory distractions, and use of data. (CT)

This paper provides a short review of the following basic approaches for generating animations so that teachers can determine the way best suited for them and be better prepared to select a tool addressing their needs: (1) using classical presentation tools such as PowerPoint; (2) visual editing using drag and drop or selection of options; (3)…

Discussed is the confusion of the human perceptual world with the perceptual environment of other organisms and possible effects of anthropomorphism on ecological principles. (CP)

Aspects covered include introducing the equipment, planning the movie, shooting the picture, editing the film, recording the sound track, and presenting the finished film to an audience. The steps involved in making an animated film are also outlined. (DLS)

The article provides teachers of elementary students with suggestions for incorporating the Super 8 movie camera in the classroom and for teaching simple filmmaking techniques as animation and special effects. (CL)

Describes a simple process for making an animated film by moving sand patterns on a lighted surface. (SJL)

Today's designers deal with a range of communication modes. These modes vary from hand gestures to sketches, physical models, and computer-generated images. It has been the norm to use these mediums throughout the process to visualize the intended design so that the potential users, designers, team members, and clients can understand the end…

As algorithms have been seen to be hard to teach and learn, teachers have tried to look for help in algorithm animation. While the effect of algorithm animation on learning has been studied, but not reliably evidenced, this study tries to approach the problem from a different perspective. Sixty hours of assignment sessions in an introductory…

Addressing the problems of bullying in schools, this paper presents a novel and highly innovative pedagogical approach, building on the immersive power of virtual role-play. Educational role-play is widely accepted as a powerful instrument to change attitudes and behaviour, but faces some difficulties and disadvantages when applied to sensitive…

Recent years it has an explosive development of IT technologies. However, the problem of natural integration of modern technologies in teaching and learning mathematics is far from its final solution. In teaching mathematics at universities, these capabilities either are ignored or have extremely limited applications. In our study, we consider…

This paper covers an experiment designed to investigate the relationship between the didactical setting and learning effects with animations. We investigated whether the cognitive load imposed by animations could be reduced when the students could control the flow of the animation. We did not find an effect due to the fact that the students did…

Animations of molecular structure and dynamics are often used to help students understand the abstract ideas of chemistry. This qualitative study investigated how the features of two different styles of molecular-level animation affected students' explanations of how sodium chloride dissolves in water. In small group sessions 18 college-level…

Mathematics can be perceived as being a difficult subject to learn due to the conceptual leaps required to understand particular mathematical topics. In some areas of mathematics, part of the difficulty may be associated with applying sufficient imagination to visualize a particular mathematical concept, and applying sufficient visio-spatial…