A Science Observatory deep in Thar Dessert .

Arya Pushpakkumar Thakar

CT2030

This project aims to explore whether it's possible to build a structure that reduces heat using facade engineering. By focusing on the design and materials of the facade, we seek to minimize heat absorption and create a more comfortable indoor environment. The key question is whether the facade can not only block the sun’s heat but also help cool the building naturally. Through clever design and the right materials, the project looks for ways to reduce the need for air conditioning and improve energy efficiency. Let’s discover how facade engineering can make a real difference in creating sustainable, heat-resistant buildings.

Report Content

Ground floor wind analysis illustrating optimal window placement to harness beneficial airflow.

Elevations and sections provide a clear understanding of the design, with strategically placed trees and human figures enhancing the perception of space planning.

The above simulation, conducted in Rhino Grasshopper, accurately illustrates incident radiation on both the base case and the final case.

Merging the Lux graph with the floor plan provides a clearer understanding of light distribution across the space.

The above image depicts a wall section of a dome, constructed using sandbags as the core material.

Research on varying window sizes across North, South, East, and West orientations to determine the optimum window dimensions for the structure.

Utilizing trees effectively on-site enhances comfort and creates a more livable environment.

Climate analysis of Jaisalmer conducted using data from Climate Analyze and sun chart studies.

The above image illustrates space planning based on daily space occupancy patterns.