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• The smooth shape of the building and the correct direction to ensure the use of sunlight
and wind to purify the air,
• The presence of large ceiling openings that allow sunlight to enter and penetrate the
building and the innovative way to exploit the openings and direct them to enter the
lighting and store heat.
• The slanted surfaces that collect rainwater and filter it for reuse were that the building
filtered the surrounding air by making a continuous airway.
• Use green surfaces to relieve thermal islands.
• The use of sustainable materials such as GFCR and its great role in the durability of the
building.
• Distribute spaces in harmony with the idea of orbital motion so that the visitor is
prompted to discover and delve deeper into the spaces.
• The fluidity of vertical motion using ramps instead of insertions created a middle space
beneath the planetarium in which natural lighting and ventilation permeated.
• The consistency between the building and the general location in terms of completing
orbital motion gives the impression of space as soon as it entered the site.

Thesis Report V-SPARC VIT

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