GERIATRIC SUPPORTIVE BUILD ENVIRONMENT IN HOSPITALS- A CASE STUDY OF DELHI

Abstract

India's elderly population is anticipated to reach 194 million by 2031, highlighting an urgent need for healthcare systems to evolve and adequately meet the specific needs of this group. This study investigates the crucial elements of hospital environment design that affect the well-being and satisfaction of geriatric patients during their hospitalizations. By examining the connections between environmental factors and outcomes in geriatric care, this research aims to provide practical insights and recommendations to improve healthcare facilities, thereby better accommodating the elderly population. The primary aim of this study was to assess the environmental components of hospital wards that influence geriatric comfort and stress levels in hospital settings. Specifically, the research focused on evaluating how spatial arrangement, sensory stimuli, perceived control, safety measures, and privacy affect the overall comfort and psychological well-being of elderly patients. Employing a stringent cross-sectional methodology, the study exclusively utilized quantitative analyses across a variety of healthcare environments in Delhi, India. It included a wide range of hospitals, from government to private sectors, to ensure a thorough understanding of different geriatric care settings. Utilizing an extensive meta-analysis of secondary data along with primary data gathered from 100 elderly inpatients, this study thoroughly evaluated multiple facets of the hospital environment. Patient perceptions were quantitatively measured utilizing a specifically designed 5-point Likert scale, while environmental characteristics of hospital wards were documented through detailed observational survey forms. Moreover, the emotional states of the patients were assessed using a modified version of the Spielberger State Trait Anxiety Inventory, providing a comprehensive measure of stress levels induced by the hospital environment. The findings of the study were revealing. Geriatric patients displayed a marked preference for hospital wards that provided enhanced privacy and autonomy, underscoring the detrimental effects of overcrowded and noisy conditions on geriatric care. Specifically, patients preferred wards with fewer occupants and more space, which directly correlated with decreased stress and improved comfort. The availability of natural light and the capability for patients to personally adjust lighting and temperature settings were also recognized as significant factors contributing to sensory comfort. On the level of social comfort, easy access to social amenities such as visitor facilities and proximity to nurse stations markedly influenced patients' social comfort and perceived support. The study revealed a complex interaction between control and stress; while greater control over environmental settings was linked with increased comfort, it paradoxically led to elevated stress levels, suggesting that excessive control might impose an additional cognitive burden on geriatric patients. The regression analysis revealed a statistically significant model, demonstrating that hospital design is a critical element of patient well-being. Notably, the study's regression coefficients showed that higher hospital ratings and increased personal control correlate with elevated stress levels. These results underscore the importance for healthcare facilities to prioritize patient-centric designs that foster comfort and minimize stress among the elderly, thereby optimizing the quality of geriatric care. Further findings from the regression analysis indicated significant correlations: enhanced control and privacy within hospital settings were associated with increased patient comfort but also higher stress levels, suggesting a delicate balance between autonomy and anxiety. Spatial comfort, derived from ward configurations that provided adequate personal space and reduced occupancy, directly influenced patient satisfaction and reduced stress. Sensory comfort, particularly through controlled lighting and noise reduction, was essential in promoting a therapeutic environment. However, the data showed that while specific safety measures like handrails and appropriate flooring contributed to safety perceptions, these factors were statistically less significant compared to social and control aspects. Conclusively, the research emphasizes the imperative for hospital designs to achieve a harmonious balance among various environmental factors—spatial, sensory, and social—to optimize geriatric patient care. The findings advocate for architectural innovations that incorporate flexible, patient-centred designs, which not only meet clinical needs but also enhance the psychological comfort and emotional well-being of geriatric patients. The study posits that thoughtful, evidence-based enhancements to the physical layout and amenities of hospital wards can significantly improve the quality of care provided to the elderly, thereby contributing to better health outcomes and greater patient satisfaction. This research constitutes a significant contribution to the fields of architecture and healthcare by illuminating how strategic design elements in hospital settings can profoundly impact geriatric patient experiences. Future directions entail extending this research framework to other geographical regions to validate and refine the guidelines further, and exploring innovative technological solutions that can enhance patient safety and comfort. The insights gleaned from this study pave the way for redefining healthcare environments, ensuring they are better equipped to meet the growing needs of the elderly population, ultimately leading to an enhanced standard of care and quality of life for this vulnerable demographic.