general information |
name / height regime | ONE FLOREASCA CITY, T1, T2, T3 - 3S+P+15E for T1 and T2 3S+P+18E+19Eduplex for T3 |
adress | 156 CALEA FLOREASCA, BUCHAREST |
start to completion | 2019 - 2021 |
total land area | 27742 sqm |
total constructed area | 24852 sqm |
architecture | X ARCHITECTURE & ENGINEERING CONSULT |
structure | ALLIED ENGINEERS |
interior design | LEMON INTERIOR DESIGN |
mep | MAESTRO PROIECT & DD EUROCOM |
landscape architecture | TERA DESIGN |
facade design | BOBOTIS+BOBOTIS ARCHITECTS |
• Located on a former historical industrial platform that belonged to the Ford factory in the interwar period, the mixed-use complex of buildings One Mircea Eliade is part of the One Floreasca City project that proposes four towers of simple volumetry ranging between 60 and 70m high. One Mircea Eliade is the residential component of this complex which offers, on a total land area of approximately 2.8 hectares, around 245 residential units ranging from premium apartments with one to three bedrooms and luxury penthouses with three to four bedrooms.
• Moreover, its positioning as a bridge linking Calea Floreasca and Floreasca Park transforms the three towers into a welcoming urban space, thus supporting the plaza character of the entire complex. The plaza concept for the OME is to create a "space with multiple possibilities" - a multifunctional urban floor in which the life of the city can unfold.
• Our design inspiration and determination was shaped by the cultural need to bridge the reflexive and fluid antagonism between a particular kind of candid urban sprawl and the high life and work mediated by public space. The novel element of the project is the use of the curtain wall as a unique element to close the facade, being the first project in Romania to integrate this component in solving thermal, noise and fire safety issues in the residential setting. One Mircea Eliade is a borderless and integrative development - together we believe that the viewpoints, people, activities and new emerging urban habits should be more than an occasion or a staged contemplation. Nowhere in this world is glass technology self-sufficient. Recognition of this interdisciplinary technological problem activates the contemporary project as a scientific model. Design and execution, facades and partitions under conditions of increased structural elasticity are still difficult problems, either in the design contract or in the participatory convergence in execution. Design and execution methodology, professional relationships with structure and facilities, seduction and understanding of materials, articulate our work. Technical resolutions always become more intense than drawing or coordination, with the confirmation of circumstantial R&D (research and development).