Libeskind Residences
Technology and living comfort.
- ARCHITECT
- FUNCTIONResidential
- FLOOR6-14
- YEAR BUILT2009
The architect
Daniel Libeskind is a Polish-American architect and theorist celebrated for his symbolic and visionary architectural language. A leading figure in Deconstructivist architecture, Libeskind is known for landmark projects such as the Jewish Museum in Berlin and the master plan for the World Trade Center in New York.
In Milan, he designed the PwC Tower, infusing the CityLife skyline with a bold blend of aesthetic depth, innovation, and memory. With its fluid and elegant silhouette, the tower reflects Libeskind’s ability to unite form and meaning, turning architecture into a narrative. His distinctive style has helped shape CityLife into a symbol of urban futurism, where art, design, and architecture coexist harmoniously.
The CityLife residences designed by Daniel Libeskind feature sculptural volumes that alternate simple arches with faceted surfaces, creating unique buildings.
Inspired by the courtyard model, they are designed as open layouts that connect with each other and the surrounding environment. Spacious communal gardens and pedestrian paths link the buildings, while balconies provide abundant natural light and stunning views.The first phase, completed in 2013 on Via Spinola, includes five buildings overlooking the Three Towers and the park. The second phase, finished in 2014 between Via Spinola and Piazzale Giulio Cesare, consists of three buildings. Natural light floods the interiors, from apartments to lobbies. Exclusive amenities include fitness areas, a condominium swimming pool in the second phase, secure underground parking with automated access, 24/7 monitored Control Room, and storage rooms. Apartments range from studios to two-level penthouses, offering exclusive and customized living solutions.
Living the Libeskind Residences
The residences on Via Spinola are Class A certified, fully aligned with CityLife’s commitment to environmental sustainability. High-performance materials and windows ensure excellent thermal insulation, significantly reducing energy consumption and promoting efficient use of natural resources.
