Previous psychological, neuroscientific, and educational research indicates that a focus on individual haptic modes of learning (touch, body movement, gesture, tracing), and on the development of emerging mathematical and scientific drawing, can enhance children's learning in mathematics and science. However, most of these studies have focused on…

Science and technology education necessitates teaching and learning experiments involving electronic circuit construction and measurements using experimental equipment. In this study, a novel cross reality system for learning physical circuit construction and performing virtual experiments using virtual experimental equipment with mid-air haptics…

Virtual reality applications for blind people in smartphones were used to make virtual visits in advance to unknown spaces; these need to include a set of cognitive and sensitive interfaces that allow users to use their other sensory capabilities to understand information about their environment and facilitate the interaction with the application,…

Skill in reading comprehension requires reading sentences to understand an intention embedded between the lines. In the case of narrative, it is particularly necessary to read a narrative and find essential concepts such as emotions of the characters embedded between the lines for comprehending an intention of the narrative. In this work, we focus…

This paper updates the efforts to educate blind students in higher education in the digital age and describes how to support the development of mental models in learning through tactile learning and 3D-printing technology. It cites research documenting a drop in Braille literacy along with the growth in use of digital technologies by blind…

Visualizing the structure and relationships in three dimensions (3D) of organs is a challenge for students of anatomy. To provide an alternative way of learning anatomy engaging multiple senses, we are developing a force-feedback (haptic) interface for manipulation of 3D virtual organs, using design research methodology, with iterations of system…

A quasi-experimental action research with a pretest-posttest same subject design was implemented to determine if there is a different effect of the flash card method and the multisensory approach on kindergarteners' achievement in sight word recognition, and which method is more effective if there is any difference. Instrumentation for pretest and…

The authors review their work on the role of attentional variables, such as in exploratory hand movements, selection and pickup of haptic shape information in the education of blind students. Efforts to design a technology to permit unobtrusive study of hand movements during braille reading and to link observed differences in scanning to reading…

The paper reports on two experiments in Braille learning which compared blind and sighted subjects on the immediate recall of haptically-examined Braille symbols. In the first study, sighted subjects (N=64) haptically examined each of a set of Braille symbols with their preferred or nonpreferred hand and immediately recalled the symbol by drawing…

In order to test detection thresholds and discrimination for certain speech sounds, 10 individuals received tape recorded programs of speech signals transduced into vibrotactile information. Stimuli were presented to the fingertip, palm, wrist, forearm, and thigh. Results indicated that thresholds of detection could be elicited at all five body…

The study involving 96 undergraduates with no previous experience with braille investigated variables (such as size of the braille symbols) affecting the learning of braille. Data were analyzed in terms of the number of correct responses, item difficulty, and error patterns. Visual Ss did better than haptic Ss on the regular bralle items but not…

Two experiments were conducted with 80 college students to examine factors associated with the crossmodal facilitation of learning Braille symbols when the visual modality is utilized. In Experiment 1 subjects using the haptic mode were informed of both the structure of the braille cell and the range of dot numerosity of the symbols to be…

The paper reports on a study of Braille learning in which subjects (N=96) were provided with information about the structure of the Braille alphabet and expressly instructed to use that information during learning. A previous experiment had found that merely providing subjects with information about Braille alphabet structure had no effect on…

The study examined modality effects in the learning of Braille through providing a variety of either study or test trials in either the visual or haptic modalities. Subjects were 144 right handed college students. Results supported previous experiments demonstrating the visual modality superior to the combined visual-haptic or the haptic modality…

Two experiments, each involving 96 sighted undergraduates, investigated the effects on braille learning of presenting information about the number of dots a symbol contains at the beginning of the study interval (prompting condition). In study 1, prompting was compared with presenting no information during the study interval. In experiment 2,…