Planned on a low-lying river edge, the district had to accommodate growth while responding directly to flood risk, heat and seasonal water fluctuation. Our approach was to replace the conventional hard-edged embankment with a layered blue-green structure: wetlands, retention basins, public parks and raised development terraces that can absorb and manage changing water levels over time.
This environmental armature becomes the basis for the entire urban plan. Research campuses, mid-rise housing, fabrication spaces and public institutions are distributed along a network of shaded walking streets and transit links, with building heights stepping up away from the water. Ground levels are designed to remain active and porous, with civic uses, food halls and community facilities supporting the district outside standard working hours.
By aligning resilience infrastructure with public life, the project avoids treating climate adaptation as a technical afterthought. The waterfront becomes both protective and social — an amenity, a circulation spine and a visible expression of the district’s long-term environmental intelligence.