Ida Basic Portfolio
17
PORTFOLIO Architecture Urban Design Ida Basic
description
Selected works
Transcript of Ida Basic Portfolio
PORTFOLIOArchitectureUrban Design
Ida Basic
Longitudinal SectionCross Section
Elevation East
Elevation SouthElevation North
Elevation West
Architecture Studio - 3rd SemesterMalans, SwitzerlandZurich School of Applied Sciences
Ground Floor
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118-B
First Floor
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130-A
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118-B
Ground Floor
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171
Alt Tobel
165
Mostgasse
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138-A
143-A
137A
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136A
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135
150-A
Turnhalle
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152
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160B
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119-B
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130-A
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Schermengasse
117
117-A
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110-A
110A
141
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108
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108A
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108-B
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115A
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Luggagas
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Nuttgasse
116A
112
165-A
Bovelweg
Luggagasse
Nuttgasse
Architecture Studio - 4th SemesterVenice, ItalyZurich School of Applied Sciences
Cross Section
Floors 2 & 4
Floors 1 & 3
Floors 2 & 4 Floor 5
Architecture Studio - 5th SemesterSt. Gallen, SwitzerlandZurich School of Applied Sciences
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LUFTRAUM
667.10müM
Tor / InduktionsschlaufeB. = 6.75m
HALLE 9.1.2
8 ARENA
HALLE 9.1
HALLE 1.0
HALLE 1.1
F9AUSSENHALLE
HALLE 2.0
HALLE 2.1
HALLE 3.0
HALLE 3.1
P 8 / 9
TemporäresMesselager200 m2
TemporäresGastrolager95 m2
Küche150 m2
Restaurant660 m2
168 Sitzplätze
Messehalle1650 m2
Entrée250 m2
Entrée850 m2
Office Floor
-4.50
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Parkzone 2. Ebene- 3.10
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Haustechnik1330 m2
HaustechnikParkhaus225 m2
Gastrovorbereitung1285 m2
Lager730 m2
Parkgarage (Anbau)1285 m2
78 neue Parkplätze2 Invaliden- Parkplätze
Ground Floor
Lower Level (Parking and Storage)
+4.00
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+4.00
Sitzungsräume265 m2
Lounge Sitzungsräume380 m2
Zwischengeschoss250 m2
+6.30
+8.00
+8.00+8.00
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Kongresshalle2600 m2
Büro535 m2
Empfangsraum Kongress635 m2
Empfangsraum Kongress750 m2
Anlieferung
Congress CenterOffice Floor
Detailed Section
Architecture Studio - 6th SemesterSt. Gallen, SwitzerlandZurich School of Applied Sciences
Facades
Ground Floor
Sections
Detailed Section
Ground Floor Upper Floor
Urban Design Studio - 1st SemesterLower East Side, New York, United StatesCity College New York
Urban Map
Final Review of the Master of Urban Design ProgramIda Basic
VERTICAL GARDEN HOUSING
Floors 1-4 1_200Greenhouse (300 m2) & Commercial Space (230 m2)
Floors 5-8 1_200Greenhouse (300 m2) & Office Space (320 m2)
Floors 9-12 1_200Greenhouse (300 m2) & Living space (320 m2)
Floors 19-25 1_200Greenhouse (300 m2) & Living space (320 m2)
Floors 13-18 1_200Greenhouse (300 m2) & Living space (320 m2)
MIXED USES IN ONE TOWER
Floor Area 875 m2
Total Floor Area 21‘875 m2
Total Commercial Space 920 m2
Total Office Space 1‘280 m2
Total Greenhouse Space 7‘500 m2
Total Studio Space 1‘060 m2 28 ApartmentsTotal 1 Bdr Space 664 m2 8 ApartmentsTotal 2 Bdr Space 1‘480 m2 20 ApartmentsTotal 3 Bdr Space 1‘640 m2 14 Apartments
20 VERTICAL GARDEN HOUSES
Total Floor Area 437‘500 m2
Total Studio Space 21‘200 m2 560 ApartmentsTotal 1 Bdr Space 13‘280 m2 160 ApartmentsTotal 2 Bdr Space 29‘600 m2 400 ApartmentsTotal 3 Bdr Space 32‘800 m2 280 Apartments TOTAL APARTMENTS 1‘400 APARTMENTS 2‘800 NEW RESIDENTS
ENERGY SCHEME 1_500
Wind turbine for energy production
Wind turbine for pumping of used water and rain water
Generator
Waste water treatment
Rain water treatment
Water cycle
VERTICAL SECTION 1_500
IRRIGATION SCHEME MODULAR SYSTEM SECTION 1_100
Gro Wall Modules
Drip System
ENERGY PRODUCTION
WIND
Located at the top of every tower, two large wind turbinesdirected towards the dominant winds produce electricity fa-ciliated by the height of the tower. The produced electric power is about 200 to 600 kWh per annum. These wind machines are also used as station of pumping in order to ensure the circulation and the reciclyng of rainwater recovered in roof and on the urban development of the complex.
SUN
4‘500 m2 of photovoltaic panels south-facing included into the facades and the roof generate electricity from solar energy at the rate of 700‘000 to 1 million kWh per annum. Competed with the wind turbines, this vertical garden houses are self sufficient buildings.
WATER REUSE
RAINWATER
After filtration, the rainwater is reused for the facilities of the offices and residences and the wa-tering of the greenhouses. The rainwater of the ur-ban development, from the facades and rooftops of the towers is collected, pumped by the windmachines then stored in tanks at the rooftop.
BLACK WATER
Black water produced by the tower is recycled and purified in order to feed and to fertilize the agri-cultural production of the greenhouses.
VERTICAL GARDEN HOUSING ALONG THE EAST RIVER
Floorplans
Urban Design Studio - 2nd SemesterIstanbul, TurkeyCity College New York
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CATCHMENT TANK100 l
NYLON MESH0.3 X 0.3 m200 Dollar/ mesh
CATCHMENT GUTTER
FRAME
Fog catchment is an innovative way to provide more water in countries with water deficiencies. This idea was introduced by the Canadian vo-lonteer organization Fog Quest which operates since 1987. The idea is to buy very inexpensive meshes which are made from recycled nylon from all over the world and spann it into a frame with a gutter and either spann the whole construction between trees or put it like a sign in an area known for a lot of foggy days. The fog is being caught in the mesh and the fresh water drops down the mesh to the catchment gutter which is connected with a catchment tank. Each mesh can catch around 200 liters of water on a foggy day. Because Istanbul is known for a lot of fog (around 240 days per year) I thought it might be very helpful to use this system in the natural forest surrounding my city and produce around 5‘000‘000 additional liters of water annually that can be either cleaned for drinking or used for agriculture or domestic use. With 100 meshes spanned between trees in the forest, the whole system would cost only 20‘000 Dollars.
Yeni şehir water needsDaily water amount
Residents (225l/ person/ day) 200'000 4'500'000 lWater from fog catchment 200 l/ foggy day 14'000 lWater from reservoirs 520'700'000 l/ year 21'031'876 lTotal water 520'744'000 l/year 21'045'876 lSurplus 499'698'124 l/ year
Regional Map
Nolli Plan
Density Map
