Team: Suvir Hira - Thesis Project Project Location: Mecca, Saudi Arabia Competition: eVolo Skyscraper 2016
Context One of the largest annual gatherings in the world takes place in the valleys of Mecca in Saudi Arabia . The relatively small city of Mecca is in constant race with the higher demands to accommodate and move pilgrims more efficiently and safely. Our approach to this challenge is focused on two main components: decent accommodation and efficient circulation. With consideration to the increasing number of pilgrims, the design addresses the higher demand through the following approaches: stacking vertically to relief stress on the land and creating automated mass-travel systems. Existing Conditions The current permanent, tent structures at Mina are reaching the end of their lifespan. Moreover, vehicular traffic of pilgrim buses are overtaking the few, narrow roads of Mina valley
creating traffic congestion and increased risk of accidents. Re-imagining the tent structure Accommodation modules were created to host 50 pilgrims and to support their needs including cooking, praying, socializing, washing, and sleeping. All modules are interconnected and can be stacked both horizontally and vertically. Circulation Transit system consists of independent, solarpowered pods that accommodate a small group of pilgrims. The pods transports pilgrims from their destination to their respective floor levels using their ID cards. Off-Peak Season - Indoor Farming Beds will be converted to planters to house the secondary function of the skyscraper.
Catenary arches woven with carbon-fiber
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