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IIT Gandhinagar Green Campus Plan

The IIT Gandhinagar campus aimed to be more sustainable than other campuses by efficiently using land and built space, minimizing water and energy imports, achieving zero waste discharge, promoting mobility without cars, preserving biodiversity, cultivating food and harvesting energy onsite. The 400-acre site had areas unsuitable for development. The master plan celebrated water and utilized renewable energy sources like solar power. Buildings were designed for passive cooling and daylighting. While not all objectives were fully met, positives included a car-free campus with alternative transport and energy efficient buildings harvesting renewable energy onsite. Negatives included food not being fully cultivated onsite and not all energy being harvested onsite.

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Jenifer Monica
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575 views34 pages

IIT Gandhinagar Green Campus Plan

The IIT Gandhinagar campus aimed to be more sustainable than other campuses by efficiently using land and built space, minimizing water and energy imports, achieving zero waste discharge, promoting mobility without cars, preserving biodiversity, cultivating food and harvesting energy onsite. The 400-acre site had areas unsuitable for development. The master plan celebrated water and utilized renewable energy sources like solar power. Buildings were designed for passive cooling and daylighting. While not all objectives were fully met, positives included a car-free campus with alternative transport and energy efficient buildings harvesting renewable energy onsite. Negatives included food not being fully cultivated onsite and not all energy being harvested onsite.

Uploaded by

Jenifer Monica
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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Educational Campus

for IIT Gandhinagar

Vinod Gupta,
Space Design Consultants
Green Campus Development Consortium
The Beginning
2011

IITGN had to be less unsustainable


than any other campus

Efficient use of land


Efficient use of built space
Minimum water and energy imports
Zero waste discharge
Mobility without cars
Preservation of bio-diversity
Social Equity
Cultivation of food onsite
Harvesting of energy onsite
Site Area = 400 acres
• Approx. 45% of area is not suitable for development
• Northern portion severely affected by eroded ravines
• Low potential in central part for extensive development

NORTHERN
PART
93 acres

SOUTHERN
PART
309 acres of
usable area
IIT GANDHINAGAR GREEN CAMPUS DEVELOPMENT CONSORTIUM
IIT GANDHINAGAR GREEN CAMPUS DEVELOPMENT CONSORTIUM
GREEN CAMPUS DEVELOPMENT
IIT GANDHINAGAR
CONSORTIUM
DENSITY
AHMEDABAD CITY GANDHI NAGAR

IIT GANDHINAGAR GREEN CAMPUS DEVELOPMENT CONSORTIUM


CELEBRATING
WATER
MASTER PLAN VISION
CAMPUS ON SABARMATI

• Scenic drive through ravine


• Panoramic views across Sabarmati
• Retaining ravines as bio diversity areas
VIEW • seasonal ponds as visual foci

RIVER AXIS
RIVER EDGE

RAVINE
LANDSCAPE
Water Management
Power Management
RENEWABLE ENERGY
SOLAR SHADING
RAIN WATER HARVESTING
RAVINES AT SITE

IIT GANDHINAGAR GREEN CAMPUS DEVELOPMENT CONSORTIUM


Walk up Academic Buildings
Walk up Hostel Buildings
Low Energy Cooling Day Lighting
ACADEMIC SPINE
BUILT FORM
• Low rise, walk up buildings
• Human scale courtyards and open space system
• Few high rise housing blocks for skyline variation
Entrance Court to Central Vista
Entrance Courts
Student Hostel Courts
Staff Housing Courts
Site Plan Optimised for

Mobility without automobiles


Walking and cycling
Internal public transport system
Providing land for growing energy and food
Biological treatment of waste water

-------------------------------------------------------------

Buildings Optimised for

Cooling without Air conditioning


Passive downdraft evaporative cooling without fans
Day lighting
Jal Mandap- celebrating
Rainwater Harvesting
Biological Treatment of Sewage
The END
• Not all the objectives were met
• Positive aspects are that
– The campus is car-free and an alternative system of transport has been
implemented on site.
– Energy efficient buildings are being built
– Renewable energy is being harvested on site
– The ravines are being used for sewage treatment.
• The Negatives are
– Food is not being grown though vacant land is being used for cultivation
of Morenga
– Not all the energy used will be harvested onsite
– Buildings are not built as tightly as originally planned
– Rainwater could not be harvested in time for construction use
– Permanent housing for construction labour was not built
– The built area will be more than the minimum possible
Thank you ………………..

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