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Sumit Singhal
Sumit Singhal
Sumit Singhal loves modern architecture. He comes from a family of builders who have built more than 20 projects in the last ten years near Delhi in India. He has recently started writing about the architectural projects that catch his imagination.

Fashion & Art graduate school building in Tel-Aviv, Israel by Chyutin Architects

 
June 23rd, 2011 by Sumit Singhal

Article source: Chyutin Architects

The Fashion and Art Graduate School building marks the main entrance to the college compound, and sits onthe campus central square. Its ground floor opens onto the square such that the square seems to be a part the entrance foyer. The building is intended to bring together students from various disciplines. In planning the building, as in planning the entire campus, emphasis was placed on creating spaces where meetings and interactions can take place between the school’svarious disciplines.

Model 01

  • Architect: Chyutin Architects
  • Name of Project: Fashion & Art graduate school competition
  • Location: Tel-Aviv, Israel
  • Project area: 8,000 Sq.m.
  • Project Team: Chyutin Bracha; Chyutin Michael; Dahan Jacques.
  • Status: Competition entry 2010 – Finalist

The structure is a seven-storey, 8000 sq. meter, square plan prism. Six floors rise above the adjacent road while the lowest floor, the workshop level, is bellow road level, surrounded by a sunken courtyard which allows daylight to enter the rooms. The sunken courtyard is connected by broad stairway to the main square. It is on the same level as the parking and delivery level, making deliveries to the workshops, and the building, convenient and efficient.

Model 02

The cafeteria on the entrance level opens to the public square and will serve as a center for leisure time activity for students. From the foyer entrance all activity on the university campus is visible. The building interior is planned as a concentric hive of activities. On the periphery are located the classrooms and offices getting maximum daylight through the façade. These spaces are entered from a circumferential corridor that surrounds the atrium which rises to the full height of the building. The atrium is penetrated on each floor, by open, duplex departmental-public spaces that are intended for multi-purpose uses (exhibitions, discussions, computer areas).

Model 03

Open internal staircases connect these department spaces such that an open, circumferential path of movement is created in this multi-storey atrium. The atrium and the multi-purpose open departmental-public areas crossing it, offer a place where ideas can meet. The internal circumferential stairwell creates a structural internal promenade. Placingthe departments learning spaces open on to the circumferential corridor blurs the physical and mental boundaries between the various departments. Such an arrangement allows long-term flexibility for making changes in the scope of activity in the graduate school.

Model 04

The building facades are planned as a two-layered surface. The internal layer is comprised of a glass curtain wall and the external layer is created by perforated panels of white painted metal. Some of the panels can be opened on a vertical central axis. The random location and use of the movable panels offer infinite options for varying the facades, thus imbuing them with dynamic qualities. The use of industrial metal panels symbolizes the design innovation characteristic of the school.

Rendering 01

The atrium is lit through the roof and the east and west side longitudinal windows. It is cross ventilated and cooled during the day through the skylight roof windows creating a stack effect. The perforated panels serve as sun visor to the classrooms glass curtain wall façade, creating air spin on its surface.

Rendering 02

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Diagrams

Ground floor

Studios floor

Administration floor

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Elevation

Elevation

Site

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