NEOM - LOGISTIC PARK
URBAN REGENERATION OF THE AREA OF THE FORMER CENTRAL HOSPITAL OF ASTURIAS. 2017, OVIEDO
INTERNATIONAL COMPETITION - 1st PRIZE
The transfer of the former Central University Hospital of Asturias to a new location generates a new space of opportunity in a strategic location in the city of Oviedo in the districts of El Cristo and Buenavista. The area, for many years abandoned and without use, stands today as a chaotic collection of isolated single-standing buildings, without a clear urban plan that can give coherency to the overall.
The project envisions the urban regeneration of the area to transform it into a new mixed-use green district, with a greater density and diversity of uses and reconnected with the urban grid and the center of Oviedo through a new pedestrian and cyclist axis called the Cultural Path. It is meant to be a new vibrant and dynamic district dedicated to innovation, which can be a reference on a national and international level.
The HUCAMP proposal envisions the creation of a new destination in the city organised through a large public green area, la Campa de Todos (the People´s Field), which is able to organize around it the different uses and programs, combining in a cohesive ensemble, the new buildings along with the conversion of some existing buildings singular of architectural value.
HUCAMP! aims to become a green campus that promotes social exchange and knowledge, and that can be an exemplary design of a sustainable urban development with zero balance of polluting emissions and the reconversion and enhancement of the architectural, artistic and natural heritage.
PROJECT: Urban Regeneration of the Former Area of the Central Hospital of Asturias in Oviedo
STATUS: International Competition - 1st PRIZE
LOCATION: Oviedo
DATE: 2017
SIZE: 220.000 m2
CLIENT: Principado de Asturias
AUTHORS: Juan Tur, Alexandra Delgado, Daniel Cortizo COLLABORATORS: Juan Lopez Navarro, Luis de Frutos, Eva Recio, Vanesa Flores, Isabel Gonzalez, Beatriz Castro
CONSULTANTS : Felix Ruiz Rabadán, Civil Engineering