The Royal Institute of British Architects (RIBA) has announced the shortlist of four finalist projects in the running for the 2018 RIBA International Prize. A biennial award open to any qualified architect in the world, the International Prize seeks to name the world’s “most inspirational and significant” building. Criteria for consideration include the demonstration of “design excellence, architectural ambition, and [delivery of] meaningful social impact.”
The inaugural prize was awarded to Grafton Architects in 2016 for their UTEC university building in Lima, Peru, described as a “modern-day Machu Picchu.”
This year, four finalists were chosen from a longlist of 20 buildings across 16 countries. The winner, to be announced on 29th November, will be chosen by a jury including Elizabeth Diller of Diller Scofidio + Renfro (chairperson), Joshua Bolchover of Rural Urban Framework, Gloria Cabral of Gabinete de Arquitectura, Peter Clegg of Feilden Clegg Bradley Studios, and Kazuyo Sejima of SANAA.
Whilst these four buildings are in different time zones and continents, like all great architecture they share common qualities, of particular note is their sensitivity to their local environment and their responsiveness to the particular needs of the people that will use them.
-Ben Derbyshire, President, RIBA
Below, we outline the four projects in the running for the 2018 RIBA International Prize.
Central European University (Phase 1) / O’Donnell + Tuomey
Located in Budapest, Hungary, the RIBA Gold Medal-winning architects “have added a new limestone-clad building to a street in the heart of Budapest. Drawing on the city’s unique vernacular, the new design skilfully knits together several historical buildings and courtyards to create an internal sequence of spaces and routes.”
Toho Gakuen School of Music / Nikken Sekkei
Il Bosco Verticale (Vertical Forest) / Boeri Studio
The second of two sustainable residential towers in Milan, the scheme serves to “increase biodiversity by repopulating the city’s flora and fauna, [while creating] its own microclimate to filter fine particles and improve air quality.”
Read more: goo.gl/rjYWMj