Cities are now expected to restore ecosystems, improve wellbeing and adapt to climate pressure at the same time. That shift is driving a new approach to urban design: regenerative cities.
From Sustainable to Regenerative
For years, sustainable urban design focused on reducing harm: lower emissions, lower energy use and less waste. Regenerative design thinks bigger:
- How can cities improve biodiversity instead of removing it?
- How can buildings store carbon instead of producing it?
- How can public spaces improve wellbeing instead of simply functioning?
Regenerative urban design treats cities as living systems connected to climate, culture and community. Ecology, mobility, wellbeing and public space can no longer be designed separately. They need to perform together.
Rethinking What Already Exists
One of the strongest examples of regenerative architecture is retrofit.
In Madrid, a former industrial power station was transformed into a contemporary workplace rather than being demolished. Existing steel trusses remained. More than 10,000 tons of brickwork were restored and reused. The result? Lower embodied carbon, less waste and a new urban destination that brought fresh energy back into the neighbourhood.
Urban regeneration is no longer only about building new; it’s about rethinking what already exists. Reusing existing structures also means preserving embodied energy and reducing the environmental impact of new construction from the very beginning.
Future Cities Must Adapt
From floating infrastructure in the Maldives to climate-responsive streets in Bahrain, regenerative urban design is increasingly shaped by resilience. Sea-level rise, extreme heat and resource pressure are no longer future problems; they are active design conditions.
That changes everything from street orientation and mobility planning to shading, biodiversity and material choices.
Nature-based solutions and biodiversity are becoming essential to urban development, while cities increasingly need to conserve and restore ecosystems instead of simply reducing damage.
What Does Regenerative Design Mean For Interiors?
Regenerative thinking also influences interiors and materials. Designers are looking beyond aesthetics towards circularity, adaptability and wellbeing. Materials now need to work harder across their entire lifecycle.
Modular flooring systems support flexibility and reduce waste over time. Soft flooring improves acoustics, comfort and human experience within increasingly dense urban environments. Regenerative design is not about isolated products or buildings; it’s about creating connected systems that perform better together. And often, the biggest shifts start with smaller interventions and smarter material choices.
modulyss Talk on Regenerative Design
Looking for more expert insights on regenerative design?
During Clerkenwell Design Week 2025, modulyss brought together urban designers and sustainability experts to explore how regenerative design is reshaping the future of cities, architecture and public space.
From climate-resilient masterplans to adaptive reuse and biodiversity-led design, the full modulyss Talk dives deeper into the ideas shaping the next generation of urban environments.
The Future of Urban Design
The future city is not only smart, but it’s also regenerative. And often, the biggest shift starts small: reclaiming public space, reusing structures, introducing biodiversity or designing for people before cars.
Regenerative design goes beyond sustainability, actually. It’s really about creating systems that can give you a sense of what the best living is for people, but also for the planet at the same time.
— Laura Narvaez Zertuche, Foster + Partners
The question is no longer how cities can sustain themselves; it’s how they can give something back.
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Circularité : entre promesse et pratique
modulyss obtient le certificat Cradle to Cradle Certified® Gold version 4.0
Concevoir pour redonner : de la durabilité à la régénération
