What is it about?

The importance of designing architecture and physical environment using the Universal Design method so that all people have the opportunity to reside and participate in the environment has long been recognised. This design approach is even more important in housing for older adults and people with disabilities. However, even in environments designed according to universal design principles, the assistance of human staff is often necessary. We consider some of the routine and physically demanding activities of caregivers could be possibly replaced by robots. This would offer people who require care a greater degree of independence and relieve the burden on staff to give them more time for activities that robots cannot yet do. Robotics is a discipline covering various aspects of robot design and use. Apparently, numerous robots and robotic devices being developed for the social or healthcare sector, called Assistive Robots, are still in the concept, design or testing phase. However, this may change with the increasing investment in robotics and there is a need to be realistic about their possible use in the near future. Another considered robot type is a Butler or Service Robot which helps with delivering various objects including food or medicine. These types of robots require a barrier-free, accessible space to move around, similar to what people in wheelchairs or bedridden persons need for their movement and transfer. This paper publishes the results of a simulation of Assistive and Butler Robots in an extra-care housing facility, where social services with the help of robots are to be provided in the future. Manoeuvring of people and robots is simulated in a floorplan of the chosen model project of a family type house. Research aims to investigate the robots’ spatial requirements in a building project designed in accordance with universal design principles. The paper concludes with several answers to the questions posed and recommendations for the creation of residential buildings that support the symbiosis of humans and robots.

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Why is it important?

The current question is: can robots replace the hard work of carers and caregivers? Population ageing is a serious problem, as confirmed by the re-sults of all known national and international population projec-tions. The negative impact of population ageing is manifested inalmost all areas, especially threatening the sustainability of socialand economic systems. From the point of view of public policiesaimed at supporting the development of social services, it is notonly the indicators of the growing number of older adults in thetotal population that are crucial, but also their health indicators,which determine their self-sufficiency and independence, or de-pendence on the help of another person in everyday life. (PDF) Universal design and social care: Assistive robots as other users of the built environment?. Available from: https://www.researchgate.net/publication/373901984_Universal_design_and_social_care_Assistive_robots_as_other_users_of_the_built_environment [accessed Mar 01 2024].

Perspectives

THE POTENTIAL OF ROBOTS IN SOCIAL CARE BUILDINGSWhen investigating the relationship between robots and the builtenvironment, it is necessary to analyse the robots' ability to movein the environment, and also the possible ways of handling vari-ous objects, studying the robots' possible actions in the environ-ment in which social services are provided. It is also important tocreate an infrastructure for locating robots in the indoor environ-ment, recharging them, and ensuring the appropriate type ofwireless communication between the robot and the building's in-frastructure. (PDF) Universal design and social care: Assistive robots as other users of the built environment?. Available from: https://www.researchgate.net/publication/373901984_Universal_design_and_social_care_Assistive_robots_as_other_users_of_the_built_environment [accessed Mar 01 2024].

Natália Bošková Filová
Slovak University of Technology

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This page is a summary of: Universal design and social care: Assistive robots as other users of the built environment?, Architecture Papers of the Faculty of Architecture and Design STU, September 2023, De Gruyter,
DOI: 10.2478/alfa-2023-0015.
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