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Subject Area

Architectural Engineering

Article Type

Special Issue Original Study

Abstract

This research investigates the critical role of lighting design in hospitals environments, focusing on its impact on patient outcomes and environmental sustainability. By integrating energy-efficient LEDs and natural light, the study aims to enhance patient well-being and staff performance. To achieve this, the research explores aligning artificial lighting with circadian rhythms to improve both patient outcomes and staff performance. Using mixed-methods approach, the research includes a literature review, case studies, and analysis using DIALux simulation software. The literature review achieves a framework for sustainable, human-centric lighting, while case studies provide practical insights into effective designs in patient rooms. DIALux simulations assess lighting for energy efficiency, comfort, and visual quality. Findings reveal a significant 60% improvement in lighting quality at the One-Day Surgery Hospital case study, highlighting the benefits of adopting advanced lighting technologies. This study offers guidelines for optimizing hospital lighting, promoting patient well-being and environmental stewardship. Future research could explore quantifiable measures of patient recovery and staff performance to further validate the impact of lighting design in healthcare settings.

Keywords

Lighting Optimization, Sustainable Lighting Design for Hospitals, Human-Centric Design, Patient Well-Being, Circadian Rhythms, DIALux Simulations, Patient-Centered Lighting

Creative Commons License

Creative Commons Attribution 4.0 License
This work is licensed under a Creative Commons Attribution 4.0 License.

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