PROJECT 1
URBAN DESIGN
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ZIG-ZAG VILLAGE
RURAL VILLAGE TO STOP URBAN SPRAWL The village is in the middle of the peaks and agricultural valleys. With self-sufficiency, it combines the advantages of rural and urban cities in one place based on agriculture production and knowledge. Live-saving settlements in emergency contexts (Yemen), bad economic situation, continued urban sprawl in the agricultural land, displacement, and housing crisis.
YEMENIS USED TO CREATE THEIR SETTLEMENTS ON THE PEAKS’ MOUNTAINS AND USED VALLEYS AS AGRICULTURE LAND. THAT HOW IT WAS BEFORE THE CONFLICT AND MODERN URBAN SPRAWL.
IN THE ABSENCE OF COMPREHENSIVE POLITICAL SETTLEMENT, DISPLACEMENT, AND HOUSING CRISIS, SLUMS SPRAWL ON AGRICULTURAL LANDS(VALLEYS) UNPROTECTED FROM NATURAL DISASTER AND FLOOD. BY THAT PEOPLE LOSE THEIR SOURCE OF INCOME.
URBAN SPRAWL CONTINUES AT AN AVERAGE ANNUAL RATE OF 3.7%, MEANING THAT DURING THE NEXT THREE DECADES THE ENTIRE AGRICULTURAL LAND IN YEMEN WILL DISAPPEAR
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PROJECT 01 URBAN DESIGN
Z̀IG-ZAG VILLAGE
PROJECT 1
URBAN DESIGN
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SUSTAINABLE SYSTEMS
PROJECT 1
URBAN DESIGN
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SECTION BB’ SCALE
0M
5M
40M
PROJECT 2-1
URBAN DESIGN
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PROJECT 2-1
REHABILITATION FLOOD SETTLEMENTS CASE STUDY: REPAIRS THE FLOOD AFFECTED SETTLEMENTS Urban strategy to solve flood crisis. Climate change increased the rain falling in the last two years. Slum dwellers struggle with floods. It’s an informal neighborhood that was built up on the rainwater path.
Team Working
6 members Diagrams/sketches by me
PROJECT 2-1
URBAN DESIGN
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PROJECT 2-1
URBAN DESIGN
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PROJECT 2-1
URBAN DESIGN
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PROJECT 2-2
URBAN DESIGN
PROJECT 2-2
DYNAMIC SHELTER PROTOTYPE MOVABLE PROTOTYPE UNITS MOVE TO RESIST CLIMATE CHANGE Architecture must be movable like a live animal to resist future climate changes. Designed to move, adapt, and react to climate change. Occupants allow to form the shape of the room to make many possible compositions to resilient climate change.
LIKE HUMAN JOINTS
Beams and columns rotate and extend at once. Like human joints adding the spherical hinges in the joints allow movement of both X, Y and rotation.
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75
90
45 30
13 URBAN DESIGN PROJECT 2-2
03
120 54
57
45
75 09
sixa Z
sixa X
30
09
sixa X
09
09
PROJECT 2
URBAN DESIGN
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RESILIENT-FLOOD SHELTERS
RECONSTRUCTION SHELTERS WITHSTAND FLOOD The slop roofs and acute angle facing the flood-way help to direct water away from the house then the boundary bio swale directs the flood into the farming zones. Solve the problems as well as turn them into opportunities for life. The form helps to distribute flood and water harvesting. The design is adaptable to different situations in future climate or flood crises.
Project by 2 Members
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PROJECT 02 URBAN DESIGN
RESILIENT-FLOOD SHELTERS
PROJECT 2
URBAN DESIGN
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PROJECT 2
URBAN DESIGN
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SECTION BB’ SCALE 0M
1M
8M
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L-SHAPE HOUSE PRIVACY AS CULTURE NEED Arabic culture requires privacy and essential intimacy. The house is an L-shape divided the house into a private zone and a public zone. The private zone for the family is over-locking to a patio and gives its back to the street. The patio opens around a closure, it is a protected environment for farming: a source of income to ensure self-sufficiency.
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PROJECT 03 ARCHITECTURE
L-SHAPE HOUSE
ARCHITECTURE
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BB’
PROJECT 3
SECTION BB’ 0
1
8
PROJECT 3
ARCHITECTURE
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SECTION AA’ 0
1
8
PROJECT 3-1
INTERIOR DESIGN
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HIDDEN ENTRANCE BRICKS PATTERN FOR PRIVACY, COOLING AND DAYLIGHT The design of the entrance plays a big role in losing the house’s privacy. The design tackles Hiding the entrance of the private zone from the road sights, hearing, and smell.
PROJECT 3-1 INTERIOR DESIGN
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PROJECT 3-2
INTERIOR DESIGN
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PROJECT 3-2
SHELTER BY CONSTRUCTION EQUIPMENT EXISTED EQUIPMENT, DISPLACED PEOPLE, AND HOUSE CRISIS Conflict in Yemen increases the number of internally displaced persons, creates a housing crisis, and many suspended construction projects. The design aims to solve this crisis by demonstrating new method to create temporary and affordable house for internally displaced persons until the war ends, by composing construction equipment that was left behind as a structure for the house.
PROJECT 3-2
INTERIOR DESIGN
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PROJECT 4
ARCHITECTURE
PUBLIC TRANSPORT SELF-SUFFICIENT AIRPORT By responses to the environmental requirements, the project ends up well formed like the organisms that arise through natural selection. The result is a natural and original design that acts like nature. The project focuses on sustainability as crisis solutions.
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PROJECT 4
ARCHITECTURE
PROJECT 04 ARCHITECTURE
PUBLIC TRANSPORT
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PROJECT 4
ARCHITECTURE
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Reduce PV Temperature to Increase Power Output by Water Concept: Power Output
1 Cell Temperature
PROJECT 4
ARCHITECTURE
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PHYSICAL MODELS
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SKETCH
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