Curved terraces and adjustable façade panels define a residential complex in Kharkiv, promoting sustainable living and community engagement within a revitalized urban landscape.
5 key facts about this project
01
Curvilinear façades enhance both aesthetics and natural light infiltration.
02
Adjustable façade panels allow residents to control privacy and sunlight.
03
Green roofs contribute to biodiversity and urban heat reduction.
04
Cantilevered terraces provide functional outdoor spaces for residents.
05
Integrated rainwater harvesting systems promote sustainable resource use.
General keywords
The Berehynia project is an architectural initiative located in Kharkiv, Ukraine, responding to the urgent need for urban redevelopment in a city affected by conflict. It aims to provide resilient housing solutions while enhancing community interaction and sustainable living. The project features a comprehensive design strategy that integrates modern architecture with functional living spaces, bringing together both residential and communal areas.
The primary structure of Berehynia consists of two adjacent buildings characterized by their human scale and materiality. Each building incorporates movable façade panels, which allow inhabitants to control light and privacy within their units. This integrated approach is designed to foster a connection between people and their environment. The architecture prioritizes natural light and views, enhancing the indoor experience while reinforcing links with the surrounding landscape.
The project also includes extensive outdoor spaces, such as landscaped gardens and recreational areas, encouraging active community participation. Both structures feature curvilinear forms and cantilevered terraces, which not only provide aesthetic appeal but also encourage outdoor interactions and dynamic living environments. The use of materials such as reinforced concrete, glass, ceramic panels, and steel balustrades emphasizes durability while promoting energy efficiency.
Sustainability is a core principle throughout the design, with features like green roofs and rainwater harvesting systems incorporated to reduce urban heat and support biodiversity. Furthermore, the layouts of residential units demonstrate efficiency and flexibility, catering to various living arrangements that reflect contemporary urban lifestyles.
The integration of communal amenities, including café spaces and sports facilities, promotes social interaction among residents. Centralized circulation cores facilitate access across the buildings, enhancing mobility and the overall functionality of the design.
The Berehynia project stands as an example of contemporary architectural responses to urban challenges, emphasizing resilience and community cohesion in its approach. For those interested in exploring the architectural plans, sections, and detailed designs that make this project unique, additional insights are available in the full presentation of the project.
The primary structure of Berehynia consists of two adjacent buildings characterized by their human scale and materiality. Each building incorporates movable façade panels, which allow inhabitants to control light and privacy within their units. This integrated approach is designed to foster a connection between people and their environment. The architecture prioritizes natural light and views, enhancing the indoor experience while reinforcing links with the surrounding landscape.
The project also includes extensive outdoor spaces, such as landscaped gardens and recreational areas, encouraging active community participation. Both structures feature curvilinear forms and cantilevered terraces, which not only provide aesthetic appeal but also encourage outdoor interactions and dynamic living environments. The use of materials such as reinforced concrete, glass, ceramic panels, and steel balustrades emphasizes durability while promoting energy efficiency.
Sustainability is a core principle throughout the design, with features like green roofs and rainwater harvesting systems incorporated to reduce urban heat and support biodiversity. Furthermore, the layouts of residential units demonstrate efficiency and flexibility, catering to various living arrangements that reflect contemporary urban lifestyles.
The integration of communal amenities, including café spaces and sports facilities, promotes social interaction among residents. Centralized circulation cores facilitate access across the buildings, enhancing mobility and the overall functionality of the design.
The Berehynia project stands as an example of contemporary architectural responses to urban challenges, emphasizing resilience and community cohesion in its approach. For those interested in exploring the architectural plans, sections, and detailed designs that make this project unique, additional insights are available in the full presentation of the project.
