
Pázmány University
“Urban Oasis” therefore presents a vision of a contemporary, green, and community-oriented university campus that harmoniously integrates the historical past, the current needs of the city, and the future challenges of sustainability.

Urban integration
The entry titled “Urban Oasis” is a joint project by Feilden Clegg Bradley Studios and FBIS Architects, which sensitively integrates into the historic urban context of the new Budapest campus of Pázmány Péter Catholic University. The aim of the design is not merely to accommodate university functions, but to create a livable, open, and green urban space that can serve as a natural extension of the Museum Garden.


Spatial organization and urban connections
A core principle of the architectural concept is the “clearing” of space: opening up the surroundings of the existing palace buildings and creating three distinct green groves that function as representative forecourts. The campus’ central axis runs through Szentkirályi Street, providing not only functional connectivity but also a new urban spatial experience. The buildings enclose courtyards and atriums, which will serve as the main settings for the internal life of the campus.


Green Spaces and Microclimate
The design places particular emphasis on the multi-layered integration of green spaces. Shaded ground-floor courtyards, rooftop gardens, and vertical gardens along bridges collectively create an urban microclimate that is simultaneously recreational, social, and ecological in character. The material palette—light brick and bronze-finished metal cladding—offers a contemporary interpretation of Budapest’s architectural heritage while conveying a restrained elegance.




Functional Organization and Sustainability
The campus structure is clear and functionally well articulated: public spaces gradually transition into more protected community and learning zones. Lecture halls, the library, and the restaurant are organized around a central atrium, creating an open and inclusive atmosphere. From a sustainability perspective, the design incorporates passive energy strategies, a high proportion of green areas, natural ventilation, and rainwater management systems.




