Disability innovation is more than a product, service, or policy, it is a way of thinking to address disability challenges by co-designing solutions and sharing knowledge.GDI Hub is a multi-sector, multi-partner, inter-disciplinary UCL research centre, bringing together diverse and cross-disciplinary expertise to leverage international partnerships for global reach, led by Academic Director Professor Cathy Holloway.
We are very keen to have a mixture of academic and non-academic papers at this workshop therefore, we would like to invite additional contributions in the format of a social paper OR a standard 4-page CHI extended abstract. Social papers are maximum one page in length and act as a CV for networking. These can be submitted by anyone interested in the area of accessibility and gaming. We have extended the deadline to the 1st of October.
The aim of this project to build new low-cost approaches to more reliable mental wellbeing measurements using mobile sensing technology, supporting unconstrained and potentially a variety of everyday situations.
Fit-for-purpose, affordable body-powered prostheses is designing upper limb prostheses that are both low cost and fit for their purpose and circumstance. The project is funded through the Engineering and Physical Sciences Research Council (EPSRC) and National Institute for Health Research (NIHR) Global Challenges Research Fund.
Researchers from the Development Planning Unit at UCL, along with Leonard Cheshire, are working with the GDI Hub to undertake an exciting programme working with communities living in conditions of informality (often referred to as slums) in Freetown, Sierra Leone and Banjarmasin, Indonesia.
An EPSRC GCRF project the project tested a new methodology for creating accessible maps for fast changing cities like Delhi. Using embedded sensors attached to wheelchairs, we mapped accessible and difficult to access routes. Initially, the project also aimed to capture rehabilitation metrics whilst pushing a wheelchair beyond a clinical environment, but instead the community of wheelchair users we worked with preferred to use the tool as an advocacy tool.
A research project to understand how and when manual wheelchair users need and use power assistance and to determine if fuel cell technology is suitable for the power requirements of assistive technology, specifically wheelchairs.
Ongoing research where we have developed a new technique for wheelchair localisation and surface determination using a fusion of GPS/IMU information and machine learning. Data captured helps wheelchair users travel in a more effective ways and share data to demonstrate accessibility issues and encourage improvements.
To address the need gap and significantly scale up the provision of affordable and appropriate Assistive Technology, this sub-programme will test market shaping methodologies which include research, scoping, and future planning; the creation of market shaping tools; and pilot testing of market interventions. This sub-programme is led by the Clinton Health Access Initiative (CHAI).
Funded by UK AID this focused on mapping and analysis of the innovation landscape around Assistive Technology globally with a focus on low and middle-income countries to highlight potential market failures and to scope out possible solutions.
The project focuses on the impact of assistive technology and accessible learning materials in promoting participation of children with disabilities in Uganda. This project aims to provide support to overcome barriers to education through assistive technology and to develop the evidence base for how technology helps inclusion in the classroom.
The PrimeVR2 project is a Horizon 2020 project where commercial, academic and research teams are building a virtual reality platform that will allow people with a hyperkinetic movement disorder, people who have had a stroke, and people with a sports injury to play games and interact in a virtual environment for rehabilitation.
The dynamic aspects of living with disability, life transitions, including ageing, psychological distress, long-term conditions such as chronic pain and new conditions such as long-COVID affect people’s abilities. Interactions with this diversity of embodiments can be enriched, empowered and augmented through using multisensory and cross-sensory modalities to create more inclusive technologies and experiences. This workshop will explore three related sub-domains: immersive multi-sensory experiences, embodied experiences, and disability interactions and design. The aim is to better understand how we can rethink the senses in technology design for disability interactions and the dynamic self, constructed through continuously changing sensing capabilities either because of changing ability or because of the empowering technology. This workshop will: (i) bring together HCI researchers from different areas, (ii) discuss tools, frameworks and methods, and (iii) form a multidisciplinary community to build synergies for further collaboration.
Research that focuses on understanding technology and how it could be used to empower people with disabilities who live in the Global South is sorely needed, yet conducting and planning studies in the field is often challenging.
We want to co-create a long-lasting, sustainable and creative community, made by and for researchers and practitioners from academia, NGOs, and the private sector who are interested in conducting work around technology for people with disabilities living in the Global South. Our unique workshop is designed to support this aim through synchronous and asynchronous activities. Our vision is to spark engagement beyond the boundaries of this CHI2021 workshop.
AT2030 (Assistive Technology 2030) brings together partners who haven’t traditionally focused on assistive technology (AT), with experts, innovators and AT users to experiment with new ideas and thinking.
GDI Hub Academic Research Centre provides robust evidence of the effectiveness of the AT2030 projects to drive evidence and knowledge.
Designing a new way to produce erasable tactile drawings and graphics to present visualisations to blind and partially sighted students and professionals. The project uses smart materials and research on ways to make them operational. The final output will be particularly useful to understand STEM subjects and to express and communicate ideas and creativity.
PhD student Kate Burton is conducting research on using 3D imaging and printing from microscopic images to provide tactile representations for visually impaired people. The aim is to take the world seen through a microscope and make it accessible to those with visual impairments using tactile 3D printed models.