Villa Domes
calujac architecture. Dumbrava, Moldova
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Name of work in English
Villa Domes
Prize year
EUmies Awards 2026
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Work Location
Dumbrava, Moldova
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Studio
calujac architecture
EUmies Awards 2026 Nominees
Collaborators
Program
Single house
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Labels
Isolated · Family
Site area
609 m²
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Client
Baburin Alexandr
Total gross floor
175 m²
Villa Domes is situated in a small holiday village near Chisinau, Moldova, and is designed for a family of four. The main focus of the building is the entrance, which features a floating volume of the concrete portal with a constructive function, providing overall rigidity and softening the metal frame of the house. The sculptural form of the concrete emphasizes the conciseness of the planning solution and the simplicity of the corteen steel facade. The truncated pyramid domes of the roof play a critical role in the three-dimensional solution, serving as light lanterns, revealing the rhythm and solidity of the structure, and forming a voluminous, bright space.
While the building contrasts with the surrounding area, the materials used - corteen steel, wood, and concrete - change and mature over time. The aim was to create some sort of smooth lines, which complete the architectural solution for the small site area. The achievement was the integration of the architectural object into a natural landscape, keeping its outside plasticity for the spectators, and privacy for the family living untouched by the public eye.
The construction's energy consumption was primarily reduced by applying polyurethane foam to the metal structure, which minimizes the need for heating and cooling systems. Another criterion contributing to energy efficiency is the optimal surface area of the rooms. Every space is carefully planned and utilized, ensuring there are no wasted or unused areas. The finishes used both inside and outside are high-quality, natural, and durable. Thermowood, corteen steel, and concrete age well over time, are easy to maintain, and do not require replacement or frequent refreshing. Importantly, they do not emit harmful chemicals. Overall, these materials contribute to sustainable construction practices by minimizing environmental impact, promoting energy efficiency, and supporting a circular economy through their durability and recyclability. Their natural qualities and longevity make them preferred choices for environmentally conscious building projects.