FALL 2002
PROJECT TEAM:

Javier Arbona
Lara Greden
Mitchell Joachim
Steven Lenard
Industrial Ecology
&
Life Cycle Assessment


Prof. Dara O’Rourke
Dr. Gregory A. Norris
INDX
GREEN VISION
H2O TREATMENT
STEEL/CONCRETE
CONCLUSIONS
LINKS
EAST CAMPUS
Massachusetts Institute of Technology's environmental commitment includes the green building policy of obtaining LEED Silver certification for all new facilities on campus.  In applying LEEDs principles to the design and conception of the East Campus Project, information beyond the cost vector of component design is required.  In response to this need - the need to assess environmental, human, and cultural elements of the design of the East Campus Project -  a team of graduate students at MIT conducted the work presented herein.  A generalized methodology for assessing the non-cost factors of building design in a holistic, systems oriented approach is presented, making use of Life Cycle Assessment & mapped to LEEDs categories.  Using this framework, four case studies of individual system elements of the East Campus Project are reviewed and assessed: alternative water treatment, steel vs. concrete superstructure, hybrid natural ventilation, and adapative reuse.  The resulting analysis provides information to key decision-makers for MIT's East Campus Project to use in ensuing dialogue. 
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www.archinode.com
GREENING EAST CAMPUS
METHODOLOGY
VENTILATION
ADAPTIVE REUSE
Archinode Studio