Telepresence Robots Help Chronically Ill Kids Maintain Social, Academic Ties at School

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“Every year, large numbers of K-12 students are not able to go to school due to illness, which has negative academic, social and medical consequences,” says UCI doctoral student Veronica Newhart, lead author of a study on the benefits of telepresence robots, such as the one shown. Credit: Steve Zylius / UCI


By University of California, Irvine / 09.04.2016

Chronically ill, homebound children who use robotic surrogates to “attend” school feel more socially connected with their peers and more involved academically, according to a first-of-its-kind study by University of California, Irvine education researchers.

“Every year, large numbers of K-12 students are not able to go to school due to illness, which has negative academic, social and medical consequences,” said lead author Veronica Newhart, a Ph.D. student in UCI’s School of Education. “They face falling behind in their studies, feeling isolated from their friends and having their recovery impeded by depression. Tutors can make occasional home visits, but until recently, there hasn’t been a way to provide these homebound students with inclusive academic and social experiences.”

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Credit: Steve Zylius / UCI

Telepresence robots could do just that. The Internet-enabled, two-way video streaming automatons have wheels for feet and a screen showing the user’s face at the top of a vertical “body.” From home, a student controlling the device with a laptop can see and hear everything in the classroom, talk with friends and the teacher, “raise his or her hand” via flashing lights to ask or answer questions, move around and even take field trips.

However, the robots have gone straight from production to consumer, the researchers noted, and there is great need for objective, formal studies in order for schools, hospitals and communities to responsibly engage in this innovative educational practice.

The exploratory case study – co-authored by Mark Warschauer, UCI professor of education and informatics – involved five homebound children, five parents, 10 teachers, 35 classmates and six school/district administrators. The students – four males and one female – ranged in age from 6 to 16, and their chronic illnesses included an immunodeficiency disorder, cancer and heart failure.

Getting to see their friends and staying socially connected was what they said they liked best about using the robots. The school day felt more normal, they reported, because they were able to participate in discussions, interact with peers and undergo new experiences with their classmates.

“Further research is required to determine the impact of robot utilization on students’ health and well-being, as well as the most effective ways to implement this technology in various settings,” said Newhart, who presented the findings at the 23rd International Conference on Learning, held in July at the University of British Columbia.

“Collaboration among education, technology and healthcare teams is key to the success of virtual inclusion in the classroom for improved learning, social and health outcomes for vulnerable children.”

This fall, telepresence robots will become available on the UCI campus – a gift from the class of 2016. “This is a solution for any student who’s prevented from completing a course or degree program because of a long-term injury or illness,” said Newhart, who will soon launch additional studies in school districts across the country.

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