Neuro-architecture and neuro-design
With 70 per cent of the world's population expected to live in cities by 2050, mental ill health is increasing significantly. Urban environments create a complex cognitive load through noise, congestion and constant stimuli. Today, huge sums are spent on urban development without any knowledge of how it affects the people who will live there. Research shows that poorly designed environments can overload the body's stress system and cause changes in brain regions important for memory, emotions and decision-making.
RISE helps you create environments that promote health, well-being and productivity through scientifically based measurements and analyses. Together with University College London, we run the world's first international centre for neuroarchitecture and neurodesign. We develop and apply NDIX (NeuroDesign/NeuroArchitecture Index) – a research-based tool that measures how built environments affect people. Using advanced brain imaging techniques such as fMRI, EEG and biomarkers, we map how design elements affect stress, cognition and recovery. We guide architectural teams throughout the entire project, from concept to finished result, and support municipalities and organisations with strategic guidelines for health-promoting urban development.
Neuroarchitecture in urban environments
New framework reveals how architecture might rewire our brains
Brain Research Aims to Make Future Cities Better to Live In
Can neuro-design improve our well-being and quality of life in our cities? Learn about researchers' knowledge of urban development based on neuro-design.
Nature-inspired architecture may reduce brain inflammation
Short-term stress can be beneficial, while chronic stress drives neuroinflammation. In a pilot study, researchers asked themselves: Can architecture reminiscent of nature reduce inflammation in the brain?