Neuroarchitecture & Neurodesign – Promoting Healthy Built Environments
As urbanisation increases, so does mental illness – a challenge that comes at a high cost to both individuals and society. Research shows that the built environment affects stress levels, immune function, cognition, and psychological well-being, yet this knowledge is rarely reflected in how cities are designed. Through neuroarchitecture and neurodesign, we can change this – by combining neuroscience, AI, architecture, and design to create environments that actively promote health, well-being, and sustainable development. We provide evidence based guidance from early ideas and concepts to completed buildings and environments.
This is how neuroarchitecture and neurodesign works
Neuroarchitecture and neurodesign are emerging research fields that integrate neuroscience, AI, architecture and design to support healthier built environments. Studies in the field show improved focus and productivity, reduced stress, and lower levels of inflammation. The approach has positive effects at both the individual and societal levels—for example, through reduced healthcare costs, lower absenteeism, and increased comfort in residential environments.
How we measure and design using evidence-based research
We help you create environments that strengthen health, wellbeing and performance by measuring how the brain responds to design and translating evidence‑based research into concrete architectural solutions.
Measurement – We use methods such as EEG, fMRI, and biomarkers to understand how environments affect people psychologically and physiologically. We also use the NeuroDesign & NeuroArchitecture Index (NDIX) – a standardised method for assessing how the built environment influences health, performance and wellbeing.
Analysis – AI and machine learning identify patterns between design and well-being.
Design – We translate research into tangible architectural solutions.
Follow-up – We measure outcomes and continuously optimise based on defined goals.
Scientific Analysis and Measurement
We use advanced methods to understand how environments affect people:
- Biomarkers and inflammation analysis
- Neurotech and brain imaging (EEG, fMRI)
- Physiological measurements of stress and well-being
- VR/AR simulations to test design concepts
Design Consultation Throughout the Process
For architecture teams and project managers, we offer integration of neuroscience into the design process:
- Assessment and analysis of existing environments
- Specialised expertise in applied neuroscience from early concept to final result
- Evidence-based recommendations for spatial design
- Optimisation of lighting and daylight integration
- Acoustic design to reduce cognitive load
- Integration of natural elements and biophilic materials
- Activities linked to sustainability reporting (human, ecological, economic)
Strategic Advisory for Organisations
For municipalities, authorities, and companies seeking to work systematically with health‑promoting environments:
- Development of strategic guidelines
- Change management based on neuroscience research
- Implementation aligned with the UN Sustainable Development Goals
- Organisational support for health-promoting work environments
Environments We Work With
- Healthcare environments – Hospitals and clinics that support recovery and reduce stress
- Educational spaces – Schools and universities that optimise learning and concentration
- Workplaces – Offices that increase productivity and reduce absenteeism
- Urban environments and public spaces – Places that foster safety and social cohesion
- Residential environments – Homes and neighbourhoods that promote rest and recovery
- Digital and virtual environments – VR/AR solutions and digital twins for testing, assuring and future‑proofing environments and scenarios before they are built
World-Leading Expertise
Together with University College London (UCL), RISE has established the world’s first international centre for neuroarchitecture and neurodesign. In close collaboration with industry and leading researchers, we develop groundbreaking solutions in neuroarchitecture and neurodesign – combining brain research and innovative technology with architecture and design to reshape the environments we live in.
Neuroarchitecture and Neurodesign Can Contribute To:
- Reduced stress and faster recovery in healthcare environments
- Improved focus, creativity, and productivity in workplaces
- Higher concentration and reduced absenteeism in schools
- Increased perceived safety and accessibility in urban areas
Want to Know How Neuroarchitecture and Neurodesign Can Strengthen Your Business?
We offer evidence‑based guidance throughout the entire process – from ideas and concepts to completed buildings and environments. Drawing on neuroscience, we analyse your challenges and propose concrete and effective improvements.
Want to know more? Contact us for an initial consultation using the form.
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