Sculpting Healing Spaces: Bridging The Gaps In Cancer Care Facilities

Healthcare environments become a vital component in patient outcomes, particularly in Cancer Care Facilities, where the emotional and physical requirements of treatment are profound. Exploring how the reconsideration of cancer care facilities can reshape the patient’s experience and improve the healing outcomes. Traditional clinical spaces, often sterile and impersonal, can increase patient stress, anxiety, and discomfort. Cancer care facilities in the Atlanta region are struggling to meet the demands of modern cancer treatment due to architectural limitations such as overcrowded spaces, inefficient layouts, and a lack of patient-centered environments. How can the integration and experience of Biophilic Design Principles bridge the gaps in traditional healthcare design, redefining Cancer Care Spaces to foster healing and support the recovery journey of cancer patients? Through the lens of examination and investigating how architectural features beyond the traditional healthcare design start to address and consider an advocative healing environment that caters to not only medical needs but emotional and psychological support. This research aims for architecture to transform the clinical experience by enhancing a biophilic healing approach toward the spaces that challenge the patient’s health and recovery journey. By proposing innovative solutions through flexible and scalable designs, integrated care hubs, and sustainable building practices. Through the Biophilia design principles, we can reimagine cancer care facilities by enhancing patient experiences, improving care delivery, and creating adaptable spaces that meet future healthcare needs by sculpting healing spaces.

Publication Details

Journal
DigitalCommons - Kennesaw State University (Kennesaw State University)
Published
2025-05-06
Primary Topic
Urban Green Space and Health
Type
article
Field-Weighted Citation Impact
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article

Sculpting Healing Spaces: Bridging The Gaps In Cancer Care Facilities

DigitalCommons - Kennesaw State University (Kennesaw State University)
Urban Green Space and Health
article

Sculpting Healing Spaces: Bridging The Gaps In Cancer Care Facilities

article en

Abstract

Healthcare environments become a vital component in patient outcomes, particularly in Cancer Care Facilities, where the emotional and physical requirements of treatment are profound. Exploring how the reconsideration of cancer care facilities can reshape the patient’s experience and improve the healing outcomes. Traditional clinical spaces, often sterile and impersonal, can increase patient stress, anxiety, and discomfort. Cancer care facilities in the Atlanta region are struggling to meet the demands of modern cancer treatment due to architectural limitations such as overcrowded spaces, inefficient layouts, and a lack of patient-centered environments. How can the integration and experience of Biophilic Design Principles bridge the gaps in traditional healthcare design, redefining Cancer Care Spaces to foster healing and support the recovery journey of cancer patients? Through the lens of examination and investigating how architectural features beyond the traditional healthcare design start to address and consider an advocative healing environment that caters to not only medical needs but emotional and psychological support. This research aims for architecture to transform the clinical experience by enhancing a biophilic healing approach toward the spaces that challenge the patient’s health and recovery journey. By proposing innovative solutions through flexible and scalable designs, integrated care hubs, and sustainable building practices. Through the Biophilia design principles, we can reimagine cancer care facilities by enhancing patient experiences, improving care delivery, and creating adaptable spaces that meet future healthcare needs by sculpting healing spaces.

DigitalCommons - Kennesaw State University (Kennesaw State University)
Industry, innovation and infrastructure
Openalex Percentile: Top 43%
Urban Green Space and Health
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