INGENUITY

Waterline Garden – Terraced Descent to the Sea
Sector
Foreshore Coastal Garden DA & CC
Location
Putney, Sydney
Council
Ryder
Awards
National GOLD - Australian Design Awards 2026
Design Team
Ingenuity Studio Group
Construction
Under construction
The brief called for an environmental intervention capable of resolving a narrow, steep foreshore site with a level change of approximately 3.6 metres, constrained by coastal controls, while maintaining a strong visual and experiential connection between dwelling, landscape and water. The challenge was to work within strict regulatory and physical limits without compromising the integrity of the site’s natural form.
The response was to work directly with the existing landform, organising the site into a terraced spatial sequence where each level performs a distinct function while contributing to a unified descent towards the water. This vertical transition—negotiated daily—was reframed as an environmental asset rather than a technical constraint.
Circulation paths, planted thresholds and open platforms choreograph movement from house to sea, moderating gradient, slowing passage and repeatedly reorienting the body toward the horizon. The swimming pool is embedded within a natural dip in the terrain, allowing it to sit low within the landscape and visually merge with the harbour beyond, so that water is continually re-encountered throughout the journey rather than only at the site’s edge.
By lowering built massing along both sides, the intervention quietens the landscape, strengthens the central view corridor and allows the site’s environmental structure to remain visually and spatially legible. In doing so, the project demonstrates how significant topographic change can be transformed into a coherent spatial and experiential framework.



The project adopts a sustainability strategy grounded in minimal disturbance, long-term resilience and everyday usability, responding directly to the site’s environmental constraints rather than overriding them.
Instead of regrading the steep foreshore terrain or introducing large retaining structures, the 3.62metre level change is absorbed through a terraced sequence aligned with existing landform. This approach significantly reduces excavation and material input while maintaining natural drainage patterns and visual continuity across the site. Where excavation was required, material was reused on site to balance cut and fill, minimising waste and transport impacts.
