Villa Nouvelle Vague by Magalie Munters Integrates into Coastal Dunes
Amy Duong — April 10, 2026 — Art & Design
References: magaliemuntersarchitecture
Villa Nouvelle Vague by Magalie Munters is a seaside residence in Oostduinkerke, Belgium, designed as a continuous concrete form shaped by its surrounding dune landscape. The project was developed by Belgian architect Magalie Munters and positions the structure within a protected coastal site. The villa’s exterior features a horizontally striated concrete surface that directly references the patterns left by receding tides, translating environmental conditions into built material.
The structure is defined by a fully curved geometry that extends across the entire volume, including the roofline, openings, and integrated elements. Bedrooms are partially embedded within the dunes, anchoring the lower level into the terrain, while the upper living spaces rise toward the horizon with expanded light exposure. Movement through the house follows a vertical sequence, where compressed entry points open into larger interior volumes.
Image Credit: Magalie Munters
The structure is defined by a fully curved geometry that extends across the entire volume, including the roofline, openings, and integrated elements. Bedrooms are partially embedded within the dunes, anchoring the lower level into the terrain, while the upper living spaces rise toward the horizon with expanded light exposure. Movement through the house follows a vertical sequence, where compressed entry points open into larger interior volumes.
Image Credit: Magalie Munters
Trend Themes
1. Biomimetic Concrete Facades - A façade language that replicates tidal striations suggests new material systems that encode environmental data into surface textures and performance.
2. Terrain-integrated Living - Embedding programmatic spaces within dunes points to building typologies that blur the boundary between landscape and inhabitable structure for thermal and visual benefits.
3. Continuous Curvilinear Geometry - A single flowing concrete volume indicates opportunities for seamless structural systems and formwork innovations that reduce joints and improve durability in exposed coastal conditions.
Industry Implications
1. Coastal Architecture - Design approaches that marry resilience and aesthetics could redefine seaside development standards under strict environmental protection regimes.
2. Concrete Technology - Advances in mix design, surface finishing, and low-impact casting techniques are poised to transform how massive, sculpted concrete elements are produced and maintained.
3. Landscape Engineering - Strategies that integrate built volumes with dune systems open possibilities for combined ecological restoration and structural stabilization solutions along vulnerable shorelines.
4.4
Score
Popularity
Activity
Freshness
