Soft robotic modules have potential use for therapeutic and educational purposes. To do so,
they need to be safe, soft, smart, and customizable to serve individuals' different preferences …

This study explores non-verbal co-design techniques with multisensory wearables to give
the body a voice. Sessions were led with professional caregivers, parents, and clients with …

Multisensory stimulation in older persons is an effective practice that helps to train the mind
and motor skills through elements that stimulate the senses of the people. The spaces where …

In this paper we outline the initial stages of a human centered design process aimed at the
design of novel technology (tangible interactive objects) for stroke survivors. We found it …

We report on the design research process of a game as experimental model to support a
ludic context between an occupational therapist and a child with intellectual disability …

This paper presents the process and results of a set of studies within the ABBI EU project,
with the general aim to co-design wearable technology (an audio bracelet) together with …

Multisensory stimulation therapy involves the simultaneous stimulation of several senses in
a relaxing environment to achieve a variety of therapeutic outcomes for clients with …

Persons who have survived a stroke might lower the risk of having recurrent strokes by
adopting a healthier lifestyle with more exercise. One way to promote exercising is by fitness …