USING NEUROSCIENCE TO DESIGN INTERIOR SPACES TO ENHANCE SENSORY AND FUNCTIONAL EXPERIENCES

Shakour, Sadeka; Youssef, Nermine

doi:10.47436/jaars.2025.370817.1246

	USING NEUROSCIENCE TO DESIGN INTERIOR SPACES TO ENHANCE SENSORY AND FUNCTIONAL EXPERIENCES
Journal of Arts & Architecture Research Studies
Volume 6, Issue 11, June 2025 PDF (1.93 MB)
Document Type: Specialized scientific research papers
DOI: 10.47436/jaars.2025.370817.1246
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Authors
Sadeka Shakour ¹; Nermine Youssef²
¹Professor at Interior Design Department, College of Art and Design, MSA
²Department of Interior Design and Furniture, Faculty of Applied Arts, Helwan University, Egypt
Abstract
Neuromorphic Interior Design integrates neuroscience and psychology into spatial planning to enhance sensory, cognitive, and emotional experiences. This research explores the impact of lighting, color, materials, textures, spatial organization, and furniture on brain function, emotional regulation, and cognitive performance. It delves into the neurological mechanisms underlying environmental perception, examining how interior spaces influence mental health and well-being in both the short and long term. By analyzing sensory processing and psychophysiological responses, this study establishes an evidence-based approach to designing spaces that optimize human interactions with their surroundings. The research also investigates the role of emerging technologies such as artificial intelligence, biometric analysis, and virtual reality in advancing neuromorphic design strategies. A comparative analysis between conventional and neuromorphic interiors assesses their effects on stress reduction, productivity, focus, and emotional stability. Particular attention is given to furniture design, emphasizing its influence on posture, sensory integration, and neurophysiological comfort. By bridging neuroscience with interior design, this study provides a scientific framework for creating intelligent, human-centered environments that enhance cognitive efficiency, mental well-being, and overall quality of life.
Keywords
Neuromorphic Interior Design; Cognitive Function; Color Psychology


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