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Bridging the Gap in Elderly Care in Old Age Homes: An Automated Lighting and Handrail Solution


Affiliations
1 Department of Automation And Robotics, KLE technological university, Hubballi, India
2 Department of Biotechnology, KLE technological university, Hubballi, India
3 Center for Engineering Education Research, KLE technological university, Hubballi, India
4 School of Computer Science and Engineering, KLE technological university, Hubballi, India

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An old age home offers a place to live for the elderlyand those in need who have either been abandoned by their families or require nursing care. They encounter numerous issues in old age homes because of inadequate funding, a lack of infrastructure, mental illness, a lack of emotional engagement between the elderly, a lack of societal support, etc. However, lacking adequate infrastructure amenities might result in numerous illnesses and accidents. Consequently, their independence and standard of living at home are limited. Building an automatic lighting system with handrails as part of our firstyear course "Design Thinking For Social Innovation", allowed us to construct a modest prototype for a proper and simple lighting system to address this issue. We used the user-centered Design Thinking process to design this project, starting with accurate data collection and ending with developing a creative solution. This prototype has railings connected to infrared sensors, and numerous nearby ultrasonic sensors that can identify people and turn on the lights for any specified time when they are detected. The findings of this study show that the stakeholders' input on the solution was generally positive, and they even suggested several significant changes. Although this concept was not really implemented, it would be beneficial if it were in the future with more adjustments.

Keywords

Accidents; Design thinking; Handrails; Infrastructure; Lighting system; Old age home
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  • Bridging the Gap in Elderly Care in Old Age Homes: An Automated Lighting and Handrail Solution

Abstract Views: 117  | 

Authors

Shradha Nagur
Department of Automation And Robotics, KLE technological university, Hubballi, India
Muskan D Kalkeri
Department of Automation And Robotics, KLE technological university, Hubballi, India
Kedareshwaragouda N
Department of Automation And Robotics, KLE technological university, Hubballi, India
Varun Sagar D
Department of Biotechnology, KLE technological university, Hubballi, India
Radhika Amashi
Center for Engineering Education Research, KLE technological university, Hubballi, India
Vijayalakshmi M
School of Computer Science and Engineering, KLE technological university, Hubballi, India

Abstract


An old age home offers a place to live for the elderlyand those in need who have either been abandoned by their families or require nursing care. They encounter numerous issues in old age homes because of inadequate funding, a lack of infrastructure, mental illness, a lack of emotional engagement between the elderly, a lack of societal support, etc. However, lacking adequate infrastructure amenities might result in numerous illnesses and accidents. Consequently, their independence and standard of living at home are limited. Building an automatic lighting system with handrails as part of our firstyear course "Design Thinking For Social Innovation", allowed us to construct a modest prototype for a proper and simple lighting system to address this issue. We used the user-centered Design Thinking process to design this project, starting with accurate data collection and ending with developing a creative solution. This prototype has railings connected to infrared sensors, and numerous nearby ultrasonic sensors that can identify people and turn on the lights for any specified time when they are detected. The findings of this study show that the stakeholders' input on the solution was generally positive, and they even suggested several significant changes. Although this concept was not really implemented, it would be beneficial if it were in the future with more adjustments.

Keywords


Accidents; Design thinking; Handrails; Infrastructure; Lighting system; Old age home