Hila Anav
PORTFOLIO architecture & interior design
AFFORDABLE HOUSING Competition 2018
4 - 13
M GARDEN Studio Project 2016
48 - 57
A LAKE AS WATER SANCTUARY Thesis Project 2017
14 - 29 THEATRE ACADEMY Studio Project 2017
30 - 37 THEATRE Studio Project 2016 - 2017
38 - 47
CA’ LITTA AlterSAA Studio Project 2016 - 2017
58 - 65 GREEN INDUSTRIAL CITY AlterSAA Studio Project 2016 - 2017
66 - 71
AFFORDABLE HOUSING Status Year Location Professor
Architectural Design project - competition (in process) 2018 Phnom Penh, Cambodia SHAlosh Studio
Phnom Penh, the capital city of Cambodia, is the moat populous city with 1.5 million inhabitants. The city is experiencing unprecedented rates of growth in the economy, population and urbanization, as more and more international enterprises and global corporations preferred to position their business in Phnom Penh and the surrounding areas. The availability of jobs and the will to find better lives have attracted large migrant population to the urban areas and as a result the local government is facing major struggles in providing the residents their basic needs. During the late 19th century, the French introduced a new political form to Phnom Penh. During the colonial period, they separated the city into three quarters of governance: French, Chinese, and Khmer. Each quarter had a unique urban form, function, size, and building typology in the colonial system. Boulevards and geometric grid systems were implemented to build the city. Dikes protected the city from flooding and formed boulevards. Considering the diversity of building form and size, this organization served as a good way to guarantee urban homoge4 | HILA ANAV
neity. The port and railroad were constructed for trading inside and outside the country. Following the end of French colonial period, Phnom Penh entered post-independent urbanism, associating nation-building with city-building. The urban form of the city was an extension of the urban grid of France. Modernization of Phnom Penh was catalyzed by the development of various infrastructures with open public space, open parks and green spaces surrounding public buildings that served as social centres and absorbed flooding such as the Independence Monument, the National Sports Complex, and the Bassac Riverfront development. Through the analysis of the urban form of Phnom Penh, we arrived to the point of conceiving the city as an intersection between physical points of interest surrounding by open and green space that generates social meeting points among members of the community. Following the concept of intersection, the project is trying to establish relations between static and dynamic spaces, repose and continuity within the site.
The structure of the residential units was first conceived as a primary form a static modular structure, but also negates and contrasts the dynamism of the open and green spaces of the site. In order to affirm the continuity of the dynamic city of Phnom Penh, the strategy was to develop 3000 units with a spatial sequence through the site - in conjunction with contrasting points of repose where functions are located. The spatial organization of the buildings consists a dialog between private - semi-public - public. Each structure contains: the S M L residential units furnished with a private kitchen and private bathroom organized on a grid that works both for the spatial organization and also in elevation, green technology for collecting rainwater for domestic use, filtering it into potable drinking water then to sanitary use then to recycling gray water for irrigating the local agricultural crops, shed roof garden built on light bamboo structure allows natural ventilation.
main intersection
facilities: community center, child-care, shops
intersection
local market
intersection
sport activities. built with recycled tiles
intersection
children playground. built with recycled tiles
Grid
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public space general section
bioswale
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sidewalk
car lane
bioswale
car lane
bike lane
bike lane
bioswale
sidewalk
street section general section
semi-open bamboo facade for natural ventilation to all units potential location for future installation of solar panels raised roofs allow cross natural ventilation potential location for installation of roof garden gutters along the edge of the shed roofs can collect rainwater and funnel it down to ground floor rainwater harvesting system for each residential block is located on the ground floor for domestic usage
East and West Elevation, scale 1:200
North and South Elevation, scale 1:200 17.30
+
17.30
+
17.30
+
10.60
+
10.60
+
10.60
+
7.60
+
7.60
+
7.60
+
4.60
+
4.60
+
4.60
+
1.50
+
1.50
+
1.50
+
+- 0.00
+- 0.00
+- 0.00
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MODULAR UNITS
S
people
utilities
M
S+1/2S=M people
1/2S=M /2S=M 2S=M utilities
L
S=L =L =L S+S=L
utilities
8 | HILA ANAV
people
Grid
Typical Floor Plan, scale 1:200
Typical Top Floor Plan, scale 1:200
Generic Section east-wast, scale 1:200
Generic Section north-south, scale 1:200 +
17.30
+
17.30
+ 17.30
+
10.60
+
10.60
+ 10.60
+
7.60
+
7.60
+ 7.60
+
4.60
+
4.60
+ 4.60
+
1.50
+
1.50
+ 1.50
+ 0.00 -
+-0.00
+ 0.00 -
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Sustainable development scheme
su er
m
m su n +
17.30
+
10.60
+
7.60
+
4.60
+
1.50
win ter s
un
PUMP
TO IRRIGATION
GREYWATER
FILTERS STORAGE TANK
10 | HILA ANAV
PUMP FILTERS STORAGE TANK
TO IRRIGATION
GREYWATER
FILTERS STORAGE TANK
FILTERS STORAGE TANK
+ 0.00 -
CONSTRUCTION MATERIAL
Roof garden -flower beds
Roof shinglas fabric -recycle materials
Roof Layer of bamboo and straw -for thermal insulation
steel pipes
bamboo
Structural bars metal connector
Windows Layer of bamboo and straw -for thermal insulation
Structure composite material
-concrete with bamboo bars
Exterior facade -structural bars bamboo
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between static and dynamic - relation between public, semi-public and private
12 | HILA ANAV
between static and dynamic - relation between semi-public and public
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A LAKE AS WATER SANCTUARY The case study of Bangalore water infrastructure Status Year Location Professor
Thesis Project 2017 The City of Bangalore, Karnataka, India Prof. Meriggi Maurizio
Water has always played, and continue to play, a central role in human societies. Water is a source of life and prosperity. People around the globe, especially in the developing world, face water scarcity. As the United Nation Development Programme (UNDP) stated in 2006, currently 700 million people in 43 countries live with water scarcity. This scarcity of water forced people around the world to use unsafe water for drinking and other domestic uses (WHO, 2003). The aim of this research is to analyze the causes and effects of water scarcity and to bring a new discussion and an innovative solutions. The research focused on the southern Indian city of Bangalore, which has been famous for its IT economy in recent years. In result of this thriving economy, Bangalore is facing two challenges: one is the lack of water supply to the extent demand and the second is the unprecedented and uncontrolled population growth. The Indian water infrastructure, natural and artificial, has been known for its great pollution due to the lack of proper education. The project’s main focus is to educate the citizens in Bangalore how to save and harvest rainwater. Bangalore 14 | HILA ANAV
currently faces a water shortage of 500 million liters per day and, unless it dramatically changes its approach, acute water shortage by 2025. An effective water management scheme in Bangalore requires institutional restructuring to enable integrated management of water resources, strong legislation to protect groundwater, major infrastructural improvements, a shift in planning culture that more explicitly recognizes the link between the natural world and human settlements and stronger integration of science in planning. It is clear that any one of these actions is not easily implementable in the near term due to cultural, institutional, financial, and political challenges. But as a result of major “water wars� and water crisis in the recent years, civil society has played a critical role in pushing the local water authority to make rainwater harvesting mandatory through the Bangalore Water Supply and Sewerage (BWSSB).
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Population 1,266,883,598 growth rate: 1.19 %
Total area 3,287,263 sq km
land 2,973,193 sq km | water 314,070 sq km
Land use
Agricultural land 60.5 % | Forest 23.1 % | Other 16.4 %
Urban population 32.7 % of total population annual rate of change 2.38 %
Drinking water source improved 94.1 % | unimproved 5.9 %
Sanitation facility access improved 39.6 % | unimproved 60.4 %
Major infections diseases risks very high
food or waterborne diseases | water contact diseases
Population below poverty line 21.9 % unemployment rate 5 % Environment issues
deforestation, soil erosion, overgrazing, desertification, air pollution, water pollution from raw sewage and runoff of agricultural pesticides, non-potable tap water, rapid population growth, scarcity of natural resources
Economy
India’s diverse economy encompasses traditional village farming, modern agriculture, handicrafts, modern industries and multitude of services. India has capitalized on its large educated population to become a major exporters of information technologies and software workers. Export $262.3 billion Import $381 billion
GDP
agriculture 16.5 % | industry 29.8 % | services 45.4 %
Labor force
agriculture 47 % | industry 22 % | services 31 %
source: Census 2011
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WATER MAIN ISSUES Water Stress
The map illustrates competition between companies, farms and people for surface water in rivers, lakes, streams, and shallow groundwater. Red and dark-red areas are highly or extremely highly stressed, meaning that more than 40 percent of the annually available surface water is used every year. With 54 percent of India’s total area facing high to extremely high stress, almost 600 million people are at higher risk of surface-water supply disruptions.
54% of India faces
High to Extremely High water stress
Baseline Water Stress (withdrawals/available supply) Low (<10%) Low to Medium (10-20%) Medium to High (2040%) High (40-80%) Extremely High (>80%) Arid & Low Water use
Groundwater Level
Groundwater levels are declining across India. Of the 4,000 wells captured in the IWT 2.0 (India Water Tool) showing statistically significant trends, 54 percent dropped over the past seven years, with 16 percent declining by more than 1 meter per year. Farmers in arid areas, or areas with irregular rainfall, depend heavily on groundwater for irrigation. The Indian government subsidizes the farmers’ electric pumps and places no limits on the volumes of groundwater they extract, creating a widespread pattern of excessive water use and strained electrical grids
54% of India’s Groundwater wells are
decreasing
Groundwater Level (meters below ground level) High (<1.5) Medium to High (1.5-5.9) Medium (5.9-10.3) Low to Medium (10.314.6) Low (>14.6) No Data
Water Quality
The IWT 2.0 (India Water Tool) measures water quality with an Indian-government standard called Bureau of Indian Standards (BIS) limits. Surface and groundwater are both below par in many areas. Among the IWT’s 632 groundwater quality districts, only 59 are above BIS limits. Whenever a particular pollutant concentration exceeds BIS limits, drinking water is considered unsafe. The yellow and red areas below indicate places where chlorine, fluoride, iron, arsenic, nitrate, and/or electrical conductivity exceed national standards. These districts are also extremely populous. 130,600,000 people live in districts where at least one pollutant exceeded national safety standards in 2011. And more than 20 million people lived in the eight districts where at least three pollutants exceeded safe limits. Bagalkot, Karnataka, is the most polluted, with five of six groundwater quality indicators at unsafe levels. Only arsenic falls below the government-recommended concentration level.
More than
100 Million
people live in areas of
Poor Water Quality Groundwater Quality (BIS Standard breaches) No Breaches 1 Breach 2 Breaches 3+ Breaches No Data
source: World Reasources Institute
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CONFLICT WATER CONFLICT | THE CAUVERY BASIN
KARNATAKA STATE, TAMIL NADU STATE, KERALA STATE
Water System along Cauvery Basin
Demand and Supply
(in TMCft thousand million cubic feet) KERALA
100
TAMIL NADU
KARNATAKA STATE
371
lack of water
BANGALORE
566 TAMIL NADU STATE
730 KARNATAKA
425
Water requirement in TMCft
Water available KERALA STATE
Water Distribution
(in TMCft thousand million cubic feet) State Boundary Basin Boundary State Capital of Karnataka
Green Environment along Cauvery Basin KARNATAKA STATE
demanded 465 TMC
KERALA
demanded 512 TMC
30
270
KARNATAKA
TAMIL NADU
419
River Stream Reservoir
BANGALORE
TAMIL NADU STATE
Drinking Water 14%
KERALA STATE
State Boundary Basin Boundary State Capital of Karnataka
Irrigation 86%
Arable Areas Agriculture Areas Agriculture Areas under development
Road Infrastructure along Cauvery Basin KARNATAKA STATE
BANGALORE
TAMIL NADU STATE
KERALA STATE
State Boundary Basin Boundary State Capital of Karnataka
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Road Infrastructure Railway Infrastructure
KARNATAKA STATE BANGALORE
TAMIL NADU STATE
KERALA STATE
State Boundary Basin Boundary State Capital of Karnataka River Stream Reservoir Arable Areas Agriculture Areas Agriculture Areas under development Road Infrastructure Railway Infrastructure
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WATER CONFLICT | THE CITY OF LAKES THE CITY OF BANGALORE, KARNATAKA STATE, INDIA
History of Water Bodies and Green Environments
BDA Boundary BBMP Boundary Road Infrastructure
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Green Environment Water Body Built Environment
Current Status
Water Bodies Status
Unencroached lakes 2%
Lakes without sewage 10%
None of the lakes have water that fit for drinking according to the Central Pollution Control Board (CPCB) standards Encroached lakes 98%
Sewage fed lakes 90%
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SITE ANALYSIS The site is located south east from the ancient city centre and north west from the famous Gandhi Bazaar which accommodate very vibrant commercial core. The site is mostly characterized by its temples and small worship places spread around it and the historical Kempambudhi Kere lake which was built as part of the lake chain in the 15th century by the ruler Kempe Gowda. As the City expanded, the lake became a sewerage tank as storm-water and sewerage pipes began flowing into the lake leading to extreme pollution and dried terrain.
LAND USE
FIGURE GROUND
PUBLIC TRANSPORTATION
SOCIAL INFRASTRUCTURE
Residential Public | Semi-Public Industrial Commercial Parks | Green
Bus line System Metro line System
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Built Environment
Religious institution Health care institution Educational institution Governmental institution
The core Gandhi Bazaar
The site
INFRASTRUCTURE Primary System Secondary System Residential System
GREEN AND BLUE INFRASTRUCTURE Park Infrastructure Water Infrastructure
SITE STRATEGY
KEMPAMBUDHI KERE
GANDHI BAZAAR COMMERCIAL CENTER
STRATEGIC SPINE
STRATEGIC PLAN
Strategic Spine Primary road infrastructure Parks | Green Religious institution Health Care institution Educational institution Governmental institution Pedestrian - water route Car - bicycle route Primary connection Secondary connection
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Master plan
Urban Section
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Top level plan
Ground level plan
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THE WETLAND
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B’
A’ C’
C’
B’
A’
GROUND FLOOR PLAN
FIRST FLOOR PLAN
SECOND FLOOR PLAN
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SECTION A’-A’
SECTION B’-B’
SECTION C’-C’
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THEATRE ACADEMY Status Year Location Professor
Architectural Design Studio project 2017 Berlin, Germany Prof. Viets Stefan
The analysis started from the main elements that shaped the city of Berlin: water, green, infrastructures and built environment. From this it emerged how the Nordhafen project area is characterized by fragmentation and lack of identity. The presence of the rail, of the river and of the former wall created a sort of void inside the urban fabric, standing in between two areas that are different in morphological and also historical terms. On the other hand, the potentialities of the site lie in its strategical position, the proximity to the city centre and to important green spaces. The strategy involves the creation of a new building, able to reconnect the different parts of the city and at the same time to give back a strong identity to the area. The bridge building is working both as a connector and as an entrance gate to the city centre. The presence of this new landmark can be able to catalyze the development of the surroundings, based on an ordering grid and on two main axes. The architectural form reflects the idea of the continuity of the urban space, which enters the building and culminates in the theatre. The building works as a bridge but also 30 | HILA ANAV
as an extension of the urban space: a public plaza suspended on the water hosts the theatre space in the centre. The main spatial sequence starts in the outside square from the ground floor stairs, continues on the plaza level, where is it possible to cross the river through two pedestrian passages and culminates in the performance space. The performance space combines two different kind of theatrical typology: the platea resembles an arena carved inside the sole of the plaza and completely open towards the outside, while the galleries follow the traditional Italian model of La Scala, with a more closed and volumetric character, a thick element hosting the palchi. The lateral wings hosts the academy and the functions connected with the theatre services. Their architectural form reflects the one of the theatre, with a big negative space in the middle. This courtyard is flanked by the distributive axes which end towards the external balconies, maintaining the connection with the exterior.
URBAN SYSTEMS
water infrastructure, green infrastructure, built environment
URBAN SYSTEMS
road and railing infrastructure, green infrastructure
URBAN SYSTEMS
built environment, green infrastructure
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URBAN BLOCKS
URBAN BLOCKS TYPOLOGY
GREEN INFRASTRUCTURE
BUILT ENVIRONMENT BETWEEN LIMITS
BUILT ENVIRONMENT ALONG RIVER SPREE
LANDMARKS OF THE CITY OF BERLIN
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GALLERIES LEVEL THIRD AND FORTH FLOOR PLAN
PIAZZA LEVEL SECOND FLOOR PLAN
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THEATRE Status Year Location Professor
Architectural Design Studio project 2017 Berlin, Germany Prof. Viets Stefan
Through the initial analysis phase, the site was conceiving as am intersection of the systems of city of Berlin. Following the concept of intersection but also trying to establish relations with the close context, a specific dialog between static and dynamic spaces, repose and continuity, within the site is been developed. The structure was first conceived as a static modular structure, a primary form is not only static and strong on its own, but also contrasts the dynamism of the city. In order to affirm the continuity with the dynamic city, the strategy was to develop a spacial sequence through the space of Berlin within the project, in conjunction with contrasting points of repose where functions are located.
between the site, the surrounding landmarks of Museum Island, Friedrichstrasse and the railway, the Reichstag and Bundestag and Tiergarden. The organization of spacial sequences from the urban context to the interior space of the building follows this axis and both highlights the element of passage and directly brings a continuous quality to the project.
Theatre Accademy Ber
cademy Berlin
Upon looking back at the urban scale to understand the existing state of the city and its relationship to the immediate surroundings, can be found the grid of Friedrichstadt functions as a key element of continuity, even across the River Spree. Despite the presence of the river and its strength within the city, the east - west axis passing through the site, following the grid, creates a direct and continuous relationship
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Aerial view
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Urban systems 1:1000.000
REGION SCALE
ANALYSIS OF URBAN SYSTEMS
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Urban systems 1:1000.000
Sum up 1: 250.000
Strategic Map 1: 750.000 Due to recent demolitions, the urban block is fragmented, the only remnant of the grid that contrasts with that of Friedrichstadt and has a diagonal inclination with respect to the orthogonal grid is the existing Radio building. The concept was to intervene within this fragmented space by re-organizing the context in a specific way that both re-compacts the block and also allow to insert the primary form that maintain the dialogue with the immediate surroundings. In order to conceive the entire project, on the urban scale as well as the building scale, the project followed the multi-scale and multi-dimensional grid. This grid is given by the orthogonal directions of the River Spree and the Luisenstrasse, as well as the highly important Friedrichstadt grid.
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1:1000.000 1:1000.000
1:1000.000 1:1000.000
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Aerial view 1: 2500
The new spatial organization of the block consists of a dialogue between the still existing structures and the new topography. The complex of buildings comprises of both new and existing ones, creating a series of spaces read as courtyards, and containing systems belonging to the theatre academy. The generating design tool is a grid that works both for spatial organization in plans and elevations. Modulation defines the space beyond the confines of the cladding through structural, compositional and morphological elements which have been studied at an internal and technological level to guarantee specific measurements in the negative. Beginning from the approach, the principal spaces of the project are defined, particularly on the ground floor of the foyer, characterized by pillars and visible beams that highlight the rhythm of the space, and the space of the theatre, which is considered the nucleus of the project - around which the services and distribution function within a separated but connected and disconnected C-shape space. The system of stairs allows access to this nuclear space following the attitude of the previously described passage. The access to the building is from the urban scale, following through the building scale, until the arrival to the core of the building - the theatre. Through the access to the platea from the interstitial space between the aforementioned and the stage, the occupant becomes immediately activated in the system of performance, with the ability to admire the stage just as much as the space for the audience, which is carefully composed with the same consideration as an urban facade, recalling the concept of the city. The configuration becomes an elevated urban square space.
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Ground floor
Theatre level
Ground Floor 1: 200
Theatre Plan1: 200
First floor
Gallery levels
First Floor 1: 200
First Gallery Plan 1: 200
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6 6
5
1. Beams and pilotts in concrete.
2. Thermal insulation 3. Inclined screed
4 3
5
2. Thermal insulation 1. Beams and pilotts in concrete. 3. Inclined screed
4 3
4. Waterproofing
2
2
5. Floating floor
4. Waterproofing
6. Gutter
5. Floating floor
7. Tiled stone cladding
1
7
7
1
6. Gutter 7. Tiled stone cladding
4 1. Beams and pilotts in concrete.
3 2
2. Serpentine heated flooring system 3. Screed
4
4. Finishings
1. Beams and pilotts in concrete.
2. Serpentine heated flooring system
6. Curtain wall system
3. Screed
5
3 2
5. Metal profile
1
7. Ceiling
4. Finishings 6
5. Metal profile 6. Curtain wall system 7. Ceiling
1
5
7
South Facade Section detail 1: 20
6 7
South Facade Section detail 1: 20
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South facade
North facade Sud Facade 1:200
North Facade 1: 200
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Status Year Location Professor
Architectural Design Studio project 2016 The City of Bangalore, Karnataka, India Prof. Meriggi Maurizio
Bangalore is the fifth largest city in the country and amongst the fastest growing cities. Bangalore presents typical urban agglomerate subject to the problems of rapid urbanization and unplanned growth in all directions. Unplanned development of the city especially in the last two decades has left the city falling far below accepted norms for service levels in delivering citizen services with good roads or clean environment. Multiplicity of organizations vested with authority to plan and implement infrastructure schemes and lack of coordination. Slums are an integral part of urban areas and contribute significantly to their economy both through their labor market contributions and informal production activities. The slums are occupied by poor people who cannot afford legal forms of shelter. Large numbers of people from rural areas and small towns migrate to big cities in search of employment. The shelter in the form of buildings with supporting infrastructure is priced beyond their reach and hence them to find alternative informal and illegal shelter. These areas are characterized by substandard housing conditions within a locality. 48 | HILA ANAV
In a relative social sense a slum is an overcrowded poverty stricken area having lack of open spaces and presence of unhealthy residential structures impairing health and happiness. Despite the rapid economic growth, urban poverty is still widespread and large sections of the urban population, lack of employment, earn very low incomes and have inadequate access to proper housing, infrastructure and services. The urban poor are inadequately covered by public services. These can be classified as: â&#x20AC;˘ Universal access services: Services such as education, healthcare, water supply and sanitation, and electricity. Among these services, water supply and sanitation, and electricity are examples of Networked Services. Service delivery quality today is so poor that those who can afford to, opt out of the delivery system, leaving behind only the poor with poor access and poor quality delivery. â&#x20AC;˘ Exclusive services: issues of social: housing and public distribution systems
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ZONE 3
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ZONE 2
ZONE 1
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PROJECT PROPOSAL’S SCHEME ZONE 1 |
PROJECT PROPOSAL’S SCHEME ZONE 2 |
THE RECONSTRUCTION OF THE EMPTY SPACES ALONG THE CANAL
THE RECONSTRUCTION OF THE EMPTY SPACES ALONG THE MAIN AXIS
The empty spaces along the canal are transforming to green areas with possible social activities according to the residents needs. The empty spaces are connected with pedestrian path which continue as well to a bridge to reach to the opposite side of the canal. The bridge allow the residents to reach the water level for different kinds of usage.
The empty spaces along the main axes are transforming to social open squares surrounding green area. The square is design ed with pergolaopen structure as reference to the primary cabin and the typical Indian pavilion. The structure is made by local materials and its inclination designed to place solar panels. The structure aims to place social activities according to the residents needs.
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PROJECT PROPOSALâ&#x20AC;&#x2122;S SCHEME ZONE 3 | DESIGN MODULES The mixed use residential and commercial space of the project. The apartments are characterized by three types of dimensions modules S M L depending on the household needs
S
M
L
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FIRST FLOOR PLAN
SECOND FLOOR PLAN
THIRD FLOOR PLAN
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FORTH FLOOR PLAN
FIFTH FLOOR PLAN
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SECTION NORTH SOUTH
SECTION EAST WEST
RIGHT SIDE FACADE
FRONT FACADE
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CAâ&#x20AC;&#x2122;LITTA Status Year Location Studio
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Mixed use project, residential - commercial 2016 - 2017 Corso Porta Romana - Via Pantano Milan, Italy AlterSAA Studio
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60 | HILA ANAV
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Green Industrial City Status Year Location Studio
66 | HILA ANAV
Green industrial city - 30 years plan 2016 - 2017 Saveh Markazi, Iran AlterSAA Studio
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3 68 | HILA ANAV
4 PORTFOLIO | 69
5 70 | HILA ANAV
6 PORTFOLIO | 71
Thank you