Improving resident care in aged care.
As part of Aalto University’s global Product Development Project (PdP), a team of students from Aalto Design Factory and Design Factory Melbourne developed ‘Carelink’, a smart mattress to detect and prevent incidents in Aged Care Homes. Their solution uses Graphene – a smart material produced by industry partner Imagine Intelligent Materials that can detect pressure, movement, heat and moisture.
Carelink aims to improve the quality of life for elderly people in aged care facilities and reduce the healthcare burden of ageing populations with a simple, easily-integrated mattress and software solution. Carelink uses a mattress with a Graphene-based sensing material which can detect proximity, pressure, rapid movement (indicating seizures or pain), moisture (indicating incontinence) and heat. Via a software application, aged care staff can receive notifications for any alerts detected through the mattress (i.e. a resident falling out of bed). A web application allows the facility’s management to download reports of data input, allowing incident trends to be discovered and therefore the development of tailored preventative solutions for the residents.
The Carelink solution can provide a better quality of care for aged care residents, with faster detection of incidents leading to faster response times.
Concept by Jessica Kearney (Occupational Therapy), Liana Stratsianis (Occupational Therapy), Jessica Wright (Occupational Therapy) and students from Aalto University; Ilari Tillikainen (Mechanical Engineering), Aleksi Huttunen (Mechanical Engineering), Laura Kytömäki (Industrial Design), Pin Tian (HCI & Design) & Uyen Truong (Environmental Engineering)
Industry Partner: Imagine Intelligent Materials.