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Kartikee Santosh Mahadik

CT2030

Shelter in the Desert - Thermal comfort through facade e

The design is for a climate-resistant research shelter in the Thar Desert that will accommodate a biologist and an astronomer for three months. Confined to a 6x6x6 meter volume, the shelter will employ passive design strategies for natural lighting, ventilation, and thermal comfort; eliminating the need for artificial lighting during the day and air conditioning. The biologist’s workspace will include a refrigerator to store samples and a dedicated area for live specimens, while the astronomer will have a mounted telescope with an unobstructed view of the sky. Both will have workstations with computers and internet access. The living space will feature a resting area(bed room), a small kitchen, a bathroom, and ample storage for personal and scientific items. To minimize environmental impact, the shelter will be designed to reach maximum self-sufficiency in terms of energy usage.


Report Content

Plotting Zones of Comfort and Discomfort based on our adaptive comfort levels

Plans of the first iteration of the Shelter

Sections of the first iteration of the Shelter

Elevation of the first iteration of the Shelter

Chart showing percentage of hours in a year from 8 am to 6pm for which the LUX value falls in the given range

Proposal for a Shelter Inspired by the elements of the Desert

Plans of the second iteration of the Shelter

Chart showing percentage of hours in a year from 8 am to 6pm for which the LUX value falls in the given range

Pictures of the model and the grasshopper script to make the roof

Studying the effect of increasing chajja sizes and its effect on the value of incident radiation that falls on the floor