Neuroarchitecture & Neurodesign

Neuroarchitecture and neurodesign combine design, architecture, neuroscience, and AI to create environments that promote health, well-being, and productivity—supported by research, data, and strategy at every step of the process.

Mental health is declining – the environment matters

As urbanization increases, so does mental illness—posing challenges for 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.

How neuroarchitecture and neurodesign work

Neuroarchitecture and neurodesign are emerging research fields that merge neuroscience, AI, architecture, and design to support built environments that foster health. Studies in the field show improved focus and productivity, reduced visual stress, and lower levels of inflammation. The approach has positive effects both at the individual and societal level—for example, through reduced healthcare costs, lower absenteeism, and increased comfort in residential environments. We measure how the brain responds to design elements and translate this data into concrete architectural and design solutions.

Measurement – We use methods such as EEG, fMRI, and biomarkers to understand how environments affect people psychologically and physiologically
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 optimize based on defined goals

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

Support throughout the entire process

We provide evidence-based guidance from idea and concept to completed building or environment.

Architects & project managers – Integration of neuroscience into the design process
Organizations & municipalities – Strategic guidelines for health-promoting environments
Healthcare providers & schools – Optimization for recovery and learning

World-leading expertise

Together with University College London (UCL), we run the world’s first international center for neuroarchitecture and neurodesign. In close collaboration with industry and leading researchers, we develop new solutions for how conscious design choices can reduce risk factors, strengthen resilience, and contribute to healthier and more sustainable urban environments. This partnership gives us access to groundbreaking research, state-of-the-art laboratories, and advanced technologies.