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II. High Humidity:
In Goa, the humidity can reach notably high during the rainy season.
Architects must put in place methods for managing moisture within

structures to avoid complications like mold proliferation and material
decay.

Thesis Report V-SPARC VIT
III. Hot and Humid Conditions:
Goa witnesses a spike in temperatures along with high humidity.
Architects need to plan buildings with sufficient natural ventilation,
shade-providing elements, and heat insulation to counterbalance heat
absorption and maintain a suitable indoor climate.

IV. Monsoon Considerations:
Considering the substantial rain during the monsoon period, architects
are required to create buildings resistant to water entry and drainage
problems. Ensuring proper waterproofing, efficient site drainage and
usage of raised construction techniques are vital in averting water-
related damages.

V. Coastal Influence:
Goa's coastal location impacts its architecture due to the sea's
proximity. The potential for corrosive damage from salt-filled air on
construction materials necessitates the incorporation of corrosion-
resistant elements and specific design details by architects.

VI. Opportunities for Passive Design:
The climatic conditions of Goa also present unique passive design
possibilities. Architects have the opportunity to leverage natural
ventilation, daylighting, and thermal mass to construct buildings that
are not only comfortable and energy-efficient but also blend seamlessly

with the local environment.

VII. Integration with Natural Surroundings:
Considering the verdant landscapes and picturesque views of Goa,
architects frequently aim to fuse buildings with the natural
environment. Techniques such as biophilic design and site-sensitive
architecture can bolster the synergy between inside and outside spaces

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