Weizmann Institute for Artificial Intelligence
LOCATION: Weizmann Institute,Rehovot
PROGRAMME: Office building
SIZE: 15,000 m2
STATUS: In progress
Concept:
The Weizmann Institute of Science is at the forefront of scientific research and development in Israel and ranks among the world’s leading scientific institutions. Over the years, the Institute has continuously expanded both the scope of its research and its built environment to support a growing research community. The unique buildings on campus—including heritage buildings—tell the story of Israel’s scientific evolution through local architecture, while the tree-lined avenues and carefully maintained outdoor areas create a distinctive and leading local landscape fabric.
While research itself takes place inside the buildings, the importance of the open spaces between them cannot be overstated. These spaces provide the platform for spontaneous, informal encounters and are in fact key to the strength of the Institute’s community. These open areas serve as a kind of added value, becoming one of the Institute's beloved hallmarks and mirroring the quality of research through the uniqueness of the built environment.
The high-tech sector similarly places great emphasis on fostering a sense of community and interpersonal connection. This quality is seen as a vital distinction between companies. Unlike conventional rental office buildings, the leading high-tech companies build for themselves, creating environments that support and sustain strong internal communities.
As the Institute grows, it must respond to new needs and standards, including the construction of buildings that are significantly larger than the Institute’s older, cherished structures. This expansion challenges the architecture of new buildings to accommodate larger volumes without compromising the qualities of the existing built fabric of the Institute.
Principles of the Architectural Scheme:
The new IT Wing, to be built on the Institute’s northern edge, requires a response to several parallel vectors of potential, which converge in the architectural proposal presented here:
Community: To transform a currently dispersed department into a cohesive and efficient professional community housed under one main roof. The proposed building is developed in close connection with the existing fabric of the Institute and serves as a platform for community-building among its users. It includes a range of informal work and meeting spaces, designed to foster a distinctive and unique character for the IT Wing.
Gateway: The site’s location, adjacent to the expanding high-tech park and near the planned northern entrance to the Institute, signals a potential connection between the Institute and the park. The nature and quality of this connection will be defined by the Institute and, to a large extent, by the architectural presence of the new building, which will be perceived as the gateway to the campus.
Volume: Optimal use of building rights within the designated building lines, without creating a bulky mass that could burden the campus fabric or compromise its unique qualities. The proposed building is conceived with an environmental mindset, treating the structure as an integral part of its surroundings—both in terms of contextual integration and in relation to sustainability and energy conservation.
The integration of these three potentials into a single architectural move yields a building that not only meets the programmatic requirements but also offers a range of additional values that form the basis of the design concept. These values aim to elevate the IT Wing beyond conventional high-tech construction, setting a high standard for timeless architecture at the entrance to the Institute.
The starting point of the architectural approach is the building lines, which define the permissible construction volume.
This volume is divided into three wings, with the central wing serving as an atrium that connects all building levels and functions as the community platform.
The three volumes are shifted relative to one another to soften the overall mass and create a variety of spatial conditions at the base of the building, inside it, and on the rooftop terraces generated by the shifts.
An additional northern wing is added to define the entrance area and create a flexible interface between the Institute and its external surroundings.