[A study on a design guide for detached houses with home-elevators for aged and physically handicapped persons]

Area of Science:

• Architecture
• Gerontology
• Rehabilitation Engineering

Context:

• Designing accessible housing for aging populations and individuals with physical disabilities presents unique challenges.
• Traditional housing designs often fail to meet the specific needs of these demographics, impacting their independence and quality of life.
• The integration of home elevators offers a potential solution to enhance accessibility within multi-story dwellings.

Purpose:

• To extract design guidelines for detached houses equipped with home elevators, specifically for aged and physically handicapped persons.
• To analyze the composition of living spaces, daily activities, and resident evaluations in four case studies.
• To identify optimal design strategies that improve the usability and comfort of homes for individuals with mobility impairments.

Summary:

• Home elevators provide flexibility in room placement, allowing aged and physically handicapped individuals to occupy higher floors with better views and sunlight, particularly in space-limited townhouses.
• Essential design features include floor heating in corridors and sanitary spaces due to their increased width for wheelchair accessibility, and level-access garages with ample space for wheelchair maneuverability.
• While home elevator noise is not an issue for users, its sound provides comfort to family members by indicating the resident's activity.

Impact:

• Provides actionable design recommendations for architects and builders creating inclusive housing solutions.
• Enhances the independence, safety, and quality of life for aged and physically handicapped residents.
• Contributes to the growing body of research on universal design principles and assistive technologies in residential settings.