Abstract
Falls pose an important public health risk for elderly individuals because they frequently result in severe injuries and diminished quality of life and heighten mortality rates. Chronic conditions such as Parkinson’s disease and osteoporosis are well-recognized contributors to fall-related incidents but independent elderly individuals without chronic diseases also experience an important number of falls. Falls are often caused by factors such as balance issues and muscle weakness, and improper use of mobility aids. This study examines the causes of non-chronic disease-related falls in the elderly and finds gaps in current solutions. The project uses industrial design to create groundbreaking strategies that prevent falls and reduce injury risk. Empathetic, user-centered design and biomimicry principles are zeroed in on in the approach to develop a walking aid that improves balance and stability while increasing user confidence and functioning as an injury prevention tool for better fall management. This research contributes to improving mobility and independence for elderly individuals, aligning with broader goals of healthy aging and fall risk reduction.
Details
Presentation Type
Theme
KEYWORDS
Industrial Design,Fall Detection,Elderly mobility Aid,Injury Minimization
