INSTITUTE OF AEROSPACE TECHNOLOGY
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Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
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PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
INSTITUTE OF AEROSPACE TECHNOLOGY
​
Isolated from the city, the masterplan for the Institute of Aerospace Technology is conceived as a progressive transformation of the traditional university campus plan. The organizational structure of this proposal is constructed from a typological study of the “court” scheme prevalent in late 19 th century academic planning, in conjunction with the notion of movement, order, and flight, thematic in airport design.
​
PROJECT TEAM
Chris Jarrett, Krish Suharnoko, Jay Fukuzawa, Jackie Hah, Bijoi Jain, Michael Volk, Ove Arup Engineers
​
PRESSING MATTERS​
Our proposal for an affordable housing complex in a former industrial zone seeks to shift from the heroic use of steel to a softer, smoother state. We propose that pressure forming metal via stamping and tooling processes can advance steel as a more subtle and seamless alternative to tectonic techniques. Sheet materials offer sophisticated shaping opportunities, demand lower energy use, and provide lateral resistance due to their planar and stress-skinned capabilities
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PROJECT TEAM
Chris Jarrett, Peter Wong, Arturo Lujan, Ryan Smith, Pedro Piñera-Rodriguez
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