aeroHouse: Sustainable Residential Unit Inspired by Traditional Middle-eastern Architecture
Speculative design
The city of Be'er Sheba lies at the south of Israel. The area’s climate is generally defined as semi-arid and characterized by strong winds during most of the year. A green residential unit was designed to take advantage of these local conditions and minimize energy consumption. The design was inspired by windcatchers - ancient architectural elements dating back to Egypt of 1300 BC, and most prominently used in Persian architecture. These tower-like elements were originally designed to help naturally regulate the temperature of indoor spaces in the local hot-arid climate which characterize middle-eastern countries. The traditional typology was reinterpreted as to blur the boundary between the windcatcher and the building.

Design proposal (perspective view)

Windcatcher in Yazd, Iran (Photo: Mohamadsadegh Darvishamiri)

Visualization (primary windcatcher: cooling of the main space; secondary windcatcher: air intake into the kitchen & entrance hall)

Design proposal (perspective view)
Duration. March 2013 - June 2013
Affiliation. Shenkar College of Engineering and Design
Supervision. Prof. Joseph Cory, Arch. Ruth Ron