While there are a variety of available Augmentative and Alternative Communication (AAC) devices available for individuals with Autism Spectrum Disorder in the United States, these devices are infrequently found for users in Japan especially in their native language. A culturally appropriate AAC system for use with Japanese children will be designed using participatory design workshops with stakeholders from Hiroshima University. During this project she will come to better understand the process of designing assistive technology as it occurs between local stakeholders in Japan and American researchers and to create a framework to help facilitate this kind of work in the future.
My name is KateRingland and I am a PhD student in Informatics at the University of California, Irvine. I will be conducting observations of players in Minecraft. For the most part, this will just look like I’m playing the game like everyone else. However, I will be taking notes of my experiences and possibly screen shots. I will not be recording any identifiable information. I will not record any real names or real screen names. If I take a screen shot, I will blur out anything that would identify an individual player.
What are you looking for during your observations? I am mostly just watching to see how players on Minecraft interact. I would also like to explore the various ways in which players communicate during game play. I am hoping this research leads to helping children with Autism Spectrum Disorder have a supportive, fun environment to play in.
Many children with neurodevelopmental disorders, such as autism spectrum disorder, have sensory processing disorders (SPD), which can lead to inappropriate behaviors and impairments. One therapeutic approach to the kinds of SPD frequently observed in children with neurodevelopmental disorders involves the use of a variety of tools including objects with various textures and tactile sensations, mirrors, and Multisensory Environments (MSE) saturated with visual and audible stimuli and specialized equipment for sensory stimulation. However, children with SPD each have a unique prescription for the amount of stimulation they require for the therapy to be effective. MSE must be physically altered before each child receives therapy.
SensoryPaint is an interactive surface with the capability of superimposing the user’s reflection on a projected surface and “painting” this surface with balls of different textures and colors, which was designed to augment traditional therapies. This software uses a Kinect to detect the movements of the user and the balls. The user’s image is reflected on the screen, as well as their shadow superimposed on their reflection. SensoryPaint is a software originally developed at CICESE in Ensenada, Mexico.
Initial studies of the SensoryPaint system are focused on uncovering the potential of this technology to support sensory integration, including stimulus sensitivity, body awareness, motor functioning, and attention and engagement.