The IFI was established as a neutral, dynamic, civil, and open space where people representing all viewpoints in society can gather and discuss significant issues, anchored in a long-standing commitment to mutual understanding and high quality research.
Issam Fares Institute
The Issam Fares Institute for Public Policy and International Affairs building by Zaha Hadid Architects at the American University of Beirut is a ‘floating’ concrete building conceived as a centre of interaction and dialogue at the heart of the university.
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- 12 June 2014
- Beirut
In 2006, the competition jury selected ZHA’s proposal to build the new institute. The design significantly reduces the building’s footprint by ‘floating’ much of the IFI’s facilities above the entrance courtyard to preserve the existing landscape integral to the 2002 master-plan designed by Sasaki Associates, create a new public space for the campus, and establish links from the university’s Central Oval to the Middle Campus and Mediterranean Sea to the north.
The 3,000 sqm Issam Fares Institute building is defined by the many routes and connections within AUB; interweaving the pathways and views within the campus to create a forum for the exchange of ideas – a centre of interaction and dialogue – at the heart of the university.
The IFI design introduces new links between the Central Oval with the forested area of the Middle Campus and sea beyond. Existing ficus and cypress trees on the IFI site (aged between 120 and 180 years old) are integral to the design. The building emerges from the geometries of intersecting routes as a series of interlocking platforms and spaces for research, engagement and discourse.
The institute invites the community inside via the many connections and paths that converge at its double-height entrance courtyard. This new civic space for the university is a covered outdoor terrace and extension of the shaded area beneath the existing trees – a place for chance meetings and informal discussion – located at the nexus of pathways that traverse the site.
A ramp leads between the trees to connect the research lounges on the second floor directly with the campus, while the first floor seminar room and offices are accessed at grade from the east and public courtyard to the west. These routes meet within the IFI to describe the atrium hall; establishing the institute as a crossroads – a central hub for students, faculty, researchers and visitors.
The IFI’s reading room, conference workshops and research rooms ‘float’ above the exterior courtyard. The 100-seat auditorium is on the lowest level with its own entrance to the north, enabling the institute to host larger conferences and presentations without disrupting students, fellows and researchers working throughout the building. Internal partitions are in ink-pigmented glass to enable communication and interaction.
The building takes full advantage of the region’s tradition and expertise of working with in-situ concrete. Passive design measures, high efficiency active systems and recycled water technologies minimise the building’s impact on the local and wider environment.
The IFI’s design builds upon the institute’s mission as a catalyst and connector between AUB, researchers and the global community. Routes, views and links within the campus converge to define the IFI as a three-dimensional intersection.
Issam Fares Institute for Public Policy and International Affairs at the American University of Beirut [AUB], Beirut, Lebanon
Program: university building
Architects: Zaha Hadid Architects
Local Architects: Rafik El Khoury & Partners
Structural Engineering: Rafik El Khoury & Partners
Mechanical Engineering: ZEF London / Rabih; Rafik El Khoury & Partners
Electrical Engineering: Rafik El Khoury & Partners
Acoustic Consultant: Rafik El Khoury & Partners
Contract Administrator: Rafik El Khoury & Partners
Contractor: Kettaneh Construction s.a.r.l.
Project Director: Bahzad Choubassi
Site Manager: Elie Awaad
Project Coordinator: Sabine Choubassi, Assem Soubra
Mechanical Coordinator: Georges Saade
MEP Subcontractor: CLIMTECH
Structural Engineers (Post-Tension): Darweesh Haddad
Area: 7,000 sqm
Completion: 2014