Our Projects
To date, we have worked on 300+ successful projects in a multitude of boroughs in London. These include Camden, Barnet, Haringey, and Westminster, renowned as some of the most challenging locations in terms of planning permission.
Frequently Asked Questions.
Neuroarchitecture is a design approach that studies how the built environment affects the human brain and behaviour. By combining insights from neuroscience, psychology and architecture, designers can create buildings and interiors that improve wellbeing, comfort and cognitive performance.
At XUL Architecture, neuroarchitecture informs how we design homes that feel calm, balanced and uplifting to live in.
Natural light is one of the most important elements in neuroarchitecture. Studies show that access to daylight can improve mental health, reduce stress and enhance productivity.
Architects therefore often design homes to maximise daylight through carefully positioned windows, skylights and open layouts.
.
Wellbeing architects consider how space, light, materials and spatial flow affect how people feel in a building.
Rather than focusing only on aesthetics, they design environments that improve comfort, emotional wellbeing and everyday living.
At XUL Architecture, neuroarchitecture influences how we design residential spaces.
We focus on maximising natural light, creating clear spatial layouts and selecting materials that support calm and comfortable living. These principles help transform existing homes into spaces that feel more balanced and enjoyable to live in.
Yes. Many of the principles of neuroarchitecture can be applied when renovating existing houses.
Through improved spatial layouts, better daylight access and thoughtful material choices, architects can significantly improve how a home feels and functions.
Yes. XUL Architecture regularly applies neuroarchitecture principles to residential projects across North London, particularly in areas such as Belsize Park, Hampstead and Highgate where many homes benefit from thoughtful redesign and improved natural light.