we AHR weinerie

IU International University of Applied Sciences

Project idea

The project idea, centered around 'Connecting What Matters - we AHR weinerie', is more than a simple architectural endeavor. It's a deeply empathetic response to the devastating Ahrtal flood of July 2021, aiming to utilize architecture as a catalyst for community revitalization and resilience. It seeks to create a built environment that not only addresses the functional needs of a 'weinerie' but also strengthens the social fabric of the community, fostering connections and a sense of shared identity in a region deeply affected by winemaking.

Project description

The project description paints a vision of the 'we AHR weinerie' as a dynamic and multifaceted space, far exceeding the concept of a traditional winery. It's conceived as a central point for showcasing and celebrating the unique wine culture of the Ahrtal, designed to attract locals and tourists alike. The design prioritizes the creation of spaces that offer immersive wine experiences, promote local commerce, and provide areas for social interaction, relaxation, and celebration, all while integrating seamlessly with the surrounding landscape and offering a contemporary interpretation of the region’s architectural heritage.
More than a building, the 'we AHR weinerie' is a catalyst for community and a beacon for the Ahr Valley's wine industry. It's a multifaceted solution designed to harmonize tradition with a contemporary architectural language. Envision a space that not only markets the region's wines but also provides a stage for celebration, relaxation, and connection.

Technical information

'we AHR weinerie' is a testament to the power of integrating robust engineering with inspired design. Its form, at times complex, is made possible by a sophisticated structural system featuring a concrete shell and a steel frame. This design choice not only provides the necessary resilience, particularly against flood risks, but also allows for open, dynamic interior spaces. The steel frames, organized within a precise 1.5-meter grid, are both the building's skeleton and a key architectural feature. Furthermore, the building incorporates advanced solutions like waterproof concrete and carefully considered insulation to ensure longevity and resilience.