ZEBA AMIR
Portfolio Urbanism, Landscape Design
I am an Indian national currently residing in Belgium. I have four years of professional experience in landscape and open spacedesign. I am interested in landscape urbanism, sustainable and ecological development. I am a quick learner and an adaptive collaborator; comfortable in working within teams or leading them.
Zeba Amir
Architecture, Landscape, Urbanism Masters in Urbanism & Strategic Planning (2018-2020) Katholieke Universiteit Leuven, Belgium Bachelor of Architecture (2009-2014) Jamia Millia Islamia, New Delhi
https://issuu.com/zebaamir/docs/zeba_amir https://in.linkedin.com/in/zeba-amir-b5536787 ar.zeba.amir@gmail.com +32 483509029
CONTENTS Academic Works Master’s thesis
Reinvigorating Mountain Landscapes: A Himalayan Urbanism Uttarakhand, India, 2020 Master’s Studio
Urbanism Studio: Energizing Mariaberg Maastricht, Netherlands, 2019 Master’s Studio
Forest and Water Urbanism Studio: Resettling the Tam Giang-Cau Hau Lagoon Thua Thien Hue, Vietnam, 2019
Bachelor’s Thesis
Green School: A Residential Environment for Sustainable Learning Atchikadu, India, 2014
Selected Professional Works at Shaheer Associates 2014-2018
Projects for Agha Khan Trust for Culture (AKTC) Bharat Soka Gakai Cultural Centre Indian Institute for Technology (IIT) Gandhinagar Projects for Ashiana Developers
Reinvigorating Mountain Landscapes: A Himalayan Urbanism The current development trajectory in the Indian Himalayas involves large-scale infrastructure projects, industries and extensive resource exploitation. This form of development results in disruption of ecological systems, severely degraded forest and water resources and vulnerable landscapes. Hence, the rural communities fail to maintain and benefit from the traditional ecology-based livelihood practices. Today, there is both physical and mental migration away from traditional lifestyles, resulting in large scale depopulation of mountain villages in the Himalayas. Depopulation is a major factor in disintegration of Himalayan communities and landscapes. To study this phenonmenon, the project focused on the district of Pauri, Uttarakhand, which is one of the worst hit regions in the Indian Himalayas suffering from severe depopulation.
Srinagar Pauri Yamkeshwar
Dhoomkot Kotdwar
Site for Design investigations Depopulated Villages Above: Depopulated villages and important urban centres in district Pauri, Uttarakhand
4
Master’s Thesis / K U Leuven, Belgium
In order to facilitate sustainable transition of these mountain settlements and their settings, the thesis focused on re-invigorating the abandoned landscapes as the sites for eco-centric social and economic interplays, generated by the innate landscape qualities.
Srinagar Dam
NH-58
Kirtinagar Suburb
Srinagar
G B Pant University
Devprayag-Pauri Road
Pauri-Srinagar Road
Bandul (Depopulated Village)
Pauri
NH-119
Mapping the 20kmx20km site, A network of small settlements embedded in cultivated valleys and slopes of the mountains
Depopulated Villages Site A - 10km x 10km Study Area
0 km
1km
5 km
Master’s Thesis / K U Leuven, Belgium
5
Streams (2018) Streams (1968) Springs (1968) Evergreen (Mixed) Dense Forest Deciduous Sparse Forest Agricultural Land
2018
1968
Srinagar
Pauri 10km x 2.5km Design Intervention Site
2011 The selected site lies in the district of Pauri Garhwal and is comprised of the cities of Srinagar (in the valley), Pauri (on the ridge) and depopulating villages of the surrounding slopes. With the urban growth in Srinagar and Pauri, the near by villages have been emptied, as people resettled in the emerging suburbs of these cities. A comparative mapping of water and forest resources and pedestrian routes/ roads (contibuting factor to landscape disintegration and drivers of outmigration) in 1968 and 2011 indicates the impacts of development or lack of it.
6
Master’s Thesis / K U Leuven, Belgium
Vehicular Road (1968) Shepherd trail Pedestrian trail Vehicular Road (2011)
1968
Agricultural Land Settlements Evergreen (Mixed) Dense Forest Deciduous Sparse Forest
Evergreen Dense Forest - Loss Deciduous Sparse Forest - Loss
2011
2018
Sparse to Dense Forest - Gain
New Forest - Gain
0 km 1km
5 km
Master’s Thesis / K U Leuven, Belgium
7
Building Resilient Environments Forest and Water resource Integrity Based on the understanding of traditional systems of livelihoods, the thesis strengthened forest and water resources as a prerequisite for all new interventions. Based on the specific land gradient, altitude, water and soil conditions, different strategies and species of forest were proposed. Simultaneously, the proposal included various strategies for enhancing water resources. A combination of traditional and contemporary methods of water recharging, harvesting and recycling enhance water resources at different sites, scales and seasons. These proposal supports ecological restoration, provide opportunities for alternative economies and reinstate sociocultural practices of the region
Slope Stabilization
Recharging Contour Trenches
Composing the Urban Embedding Programs The proposal choreographed plausible socioeconomic interplays in order to find ways to re-connect local communities and local ecologies. Responding to the productive, inhabited and ecological identities of the landscape, three sample scenarios were developed (a, b and c). These scenarios are embedded within an existing framework of active spatial corridors between the villages.
8
Master’s Thesis / K U Leuven, Belgium
a Productive and Public Landscapes
Soil fertility
Sustainable use of Forest Products
Harvhal/Chhal’
b Strengthening Institutions
Recycling Bio-swales to treat Grey Water
c Grounding Eco-Traditions
Local Economy
Visiting Users
Social Space Creation
Strategies for Water
Regional Economy
Local Young Users
Civic Amenity Creation
Strategies for Land and Forest
Local Adult Users
Strengthening Existing Institutions
The thesis presents a dynamic vision rather than a definitive design solution towards the Himalayan communities. In principle, it is scenario building with different variables of landscape, livelihood and social needs. The scenarios thus derived are set within
the landscape and ecological framework, intrinsic to the mountain living. The projects engendered by these scenarios focus on an integrated development approach which provides ecological, economic and social benefits. Inherently multipurpose, and
common in use, these projects encourage communal enterprise and reinforce the nature and human interactions, a characteristic of Himalayan communities .
Master’s Thesis / K U Leuven, Belgium
9
a Composing the Urban
Productive and Public Landscapes Scenario ‘a’ focuses on upgrading the spatial use of the omnipresent agrarian landscape. The scenario introduces a sequence of projects for alternate economies which support the dominant agricultural production system and contribute to environmental resilience as well. These projects are intended to add social value to the productive landscape .
Material Flow People Flow
0
10 Master’s Thesis / K U Leuven, Belgium
100m
250m
500m
b
Composing the Urban Strengthening Institutes and Settlements Villages in Himalaya have a heritage of commons, their culture is one of a shared enterprise. Today their institutes are relatively weaker. In this scenario existing institutions are upgraded both spatially and programmatically, towards increased participation in social and economic processes on site.
Wood panels from deck double as pond covers
Dry Rainwater harvesting ponds can become storage space for fruits and forest non-wood products
Existing Settlement
New Neighbourhood Recycling Park Craft Centre
Flower Cultivation to supply local pilgrims
Seasonal Rainwater harvesting ponds Socio-religious space
Existing forest strengthened with reforestation
Master’s Thesis / K U Leuven, Belgium 11
c Composing the Urban
Grounding Eco-traditions
Scenario ‘c’ proposes a sequence of interventions focusing on forest and pasture, livestock system. To complete a cycle of energy between forests and human settlements, livestock is crucial. The nature of intervention is such that it supports and multiplies the benefits of a livestock keeping ensuring a continuity of energy cycle between forests and humans. New programs such as the bio-gas plants are feasible in this sequence. Located near the villages, they provide for fuel and energy needs and engage people in a new livelihood practice.
12 Master’s Thesis / K U Leuven, Belgium
Material Flow People Flow
0
100m 250m
500m
Master’s Thesis / K U Leuven, Belgium 13
Urbanism and Housing Studio: Energizing Mariaberg, Maastricht The urbanism studio focused on the historical,densely built neighbourhood of Mariaberg, mainly comprising of social/rental housing. After group exercises of analysis and concept development, individual projects focussed on working with specific housing tissues of the neighbourhood. The project intended to transform the housing fabric by transforming the relationships of housing, social infrastructure, open space and mobility. The existing fabric was densified from within, by incrementally adding new programs, new buildings and new forms of housing for a transition towards urban multiplicity.
A DENSIFICATION Infill, anchoring new programs
C URBAN AGRICULTURAL TERRACES Local food production as a social incentive scheme, tied with house rents. The more you grow, the less you pay. 14 Master’s Studio / K U Leuven, Belgium
B AN URBAN VILLAGE Living with a system of ‘greens’; agriculture, forest, courtayrds and parks
D PUBLIC SPACE Mixed use pedestrian plazas for mobility
PHASE 1 Awareness: Short term strategies
PHASE 2 Soft intervention: Redefining parks
Pop up Elements
Eco-Park and Agriculture
D B
C
Pedestrianization
A
Social dining street
New buildings Old buildings
PHASE 3 Permanent intervention: Amenities and Social Spaces
Public; Soft-scapes Public; Soft+Hard-scapes Existing Parks
Parking as social spaces Kitchen garden and Glass house
Media room weekly market space Parking+Makers’ room Eco-park
Retrofitting existing houses into shared spaces: Makers; room, Tool sheds, Recycle Centres
PHASE 4 Densification: Infill and Compaction Park
Agriculture Rent subsidies and Productive landscape
Park
Incremental densification
Car/Bike Park Agriculture
Proposed Buildings
Proposed functions
Existing Buildings Master’s Studio / K U Leuven, Belgium 15
Forest and Water Urbanism Studio: Phu Da’s Reconstituted Dune Slacks The Forest and Water Urbanism studio focused on the Tam Giang–Cua Hai Lagoon, in the Thua Thien Hue province of Vietnam. The intensive fieldwork and design exercises attempted to re-align the intentions for development with the valuable landscape structures and develop the idea of a Lagoon Reserve. Different strategic sites were identified for development in the lagoon system. The project in Phu Da focused on the development in the Old dune. It worked for developing sensitive urban development strategies that safeguard the ecological system (particularly the water brook ecologies) and the nuanced geomorphology.
New development high density New development low density Civic spines New forest Structure New forest Linear afforestation Existing grids of trees Afforested cemeteries Proposed landform
Phu Da and the Old Dune
Settling the Tam Giang-Cau Hau Lagoon Collective studio assignment 16 Master’s Studio / K U Leuven, Belgium
Development vision for Phu Da Collective studio assignment
0 km 1km
10 km
M5
HUONG
KHU V
HOME
Tác độn Du lịch định cư A Roằn không g để bảo người b quanh?
How ca developm based t program countere tradition with the
Zeba Am
Nguyễn Đ Soyeon K
Fieldwork exercise: Exploring traditions of indigenous Ta Oi community with the sacred landscape, and adverse impacts of new development projects in the Huong Danh homestay area. Group Members: Zeba Amir (KUL), Nguyen Eric (UAH), Soyeon Kim (Tongji)
LC5
HA TRUN
VÙNG T
ĐẦM HÀ CONTINUITY OF THE RICE FIELDS REMAINS INTACT
TOMBS INTEGRATED WITHIN THE RICE FIELDS
TOMB BESIDE HOUSES IN THE SETTLEMENT
INDIVIDUAL TOMB IN RICE FIELD
CATTLE GRAZING
WATER SYSTEMS
TOMBS IN NON-PRODUCTIVE WHITE SAND
BUDDHIST TEMPLE
Những ch có thể đả vững ở k những ng người đã hình thái c thiêng liên tương lai?
Sea
Sand Dune
Agriculture
Aquaculture
Lagoon
Aquaculture
Settlement
Tombs
1
Tombs
Settlement
3
Tombs
Tombs
Agriculture
2
Settlement Agriculture
Agriculture
4
Agriculture
Which urb sustainable of the Ha and the de from the e landscape
Zeba Amir ( Nguyễn Đức Soyeon Kim
3
4
1
2
Fieldwork exercise: Mapping existing typologies of the sacred (tomb) landscape in the Ha Trung Lagoon. Learning lessons for sustainable future development for both the living and the dead. Group Members: Zeba Amir (KUL), Nguyen Eric (UAH), Soyeon Kim (Tongji) Master’s Studio / K U Leuven, Belgium 17
Section: LIVING BETWEEN THE SLACKS
The project strategically focused on a 2 km wide strip to reflect on the typical issues of the dune system. The project explores reconstituting the characteristic ecology of the dune slacks through social and public space interventions which guide DENSIFICATION/REQUALIFICATION
To landscape being a stimulus
From landscape being an adjunct 18 Master’s Studio / K U Leuven, Belgium
the new development or re-qualify the existing settlements. Considering the built environment and ecological conditions, specific strategies were developed to sample different forms of development. ‘Living Between the Slacks’ reclaims
the dune slack from the encroaching agricultural fields. It then reconfigures the landscape into a mosaic of eco-reserve, parks, community agriculture and new high density settlement, which allows for multiple relationships with the landscape.
LIVING BETWEEN THE SLACKS
Before The levelled, higher ground of the old dune in Phu Da is sought after for development. The growing population and agriculture exploits the dune slacks as a water source, threatening the dune ecology
FRAMING LARGE DEVELOPMENT
After As a way of sustainable development, the project reconstitutes the dune slacks as a public space to reinstate the value of landscapes in the new development strategies of the old dune
GREEN CAMPUS
0m
500m
2 km
Master’s Studio / K U Leuven, Belgium 19
Green School: A Residential Learning Environment for Sustainable Future The undergraduate thesis project proposed a design for a boarding school. The thesis was based on the principles of sustainability and emphasized on learning from the environment. It was formulated on the idea that for a sustainable future, education needs to teach the sustainable way of living itself. Such an undertaking needs an enabling environment to learn from nature (man’s basic and ultimate habitat) and be compassionate to environmental challenges. The project envisioned a school which provides hands on learning using building as a learning aid. Architecture and planning are used as tools to help students reconnect with the local and global environment issues. The proposed planning strategy integrated various sustainable systems and environmental processes in the school activity areas. Systems such as water management and filtration devices, sustainable construction of the buildings, energy management and generation systems, waste management and recycling were spread across the site and used as outdoor learning spaces for the students. By proposing community involvement in school’s learning processes, the thesis also attempted to address social and economical sustainability for the site.
20 Bachelor’s Thesis / Jamia Millia Islamia, India
6
4
Zone 1– CRZ 200 Zone 4 Fragile new sand dune; No Paddy field – retain conticonstruction zone nuity of water flow across neighbouring paddy fields Zone 2 – CRZ – 500 Inter-dune sandy flat with Zone 5 shallow & fragile deep Expansive soil, connection sweet water aquifer; Light to the village centre; weight structures + solar Buildable zone panels
3
5 2
1
Zone 3 Sand dune zone, essential for tsunami mitigation; Regulatory buildable zone Location: Site Area:
Zone 6 Expansive soil, access from village road; Buildable zone
Atchikadu, Tamil Nadu, India 27 acres, Ground Coverage = 30 % (8.33 Acres) PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Adaptive
Water Management
Ecological PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Collaborative
Water movement across the site to engage students in water conservations and cycles
Deschampsia Ocornus Juncus stolonifera cespitosa effusus BIOSWALES The water movement has been kept on surface to be visually related with the site occupants. A network of bioswales has been used to fulfill this purpose. They serve as a part of the rain water collection system and are active only seasonally.
Compost Pits and Solar Panels
Solid Waste Disposal
Recycling Shed
FILTER ZONE
DECK
SKIMMER
SWIMMING ZONE
NATURAL SWIMMING POOL A natural swimming pool or natural swimming pond (NSP) is a system consisting of a constructed body of water, where the water is contained by an isolating membrane or membranes, in which no chemicals or devices that disinfect or sterilize water are used, and all clarifying and purifying of the water is achieved through biological filters and plants rooted hydroponically in the system.
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Compost pits convert biodegradable waste into heat or electrical energy. Solar panels can provide direct supply of electric energy or can store into batteries.
Cost Effective
Collective Learning Spaces NON DEGRADABLE
Sold off the site
PUMP
Modular
DEGRADABLE
HOSTEL STAFF HOUSING SCHOOL
Disposed off to special processing unit
Compost Pits
Interactive Courtyard
Bachelor’s Thesis / Jamia Millia Islamia, India 21
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Participatory
STAFF HOUSING CLOSER TO ENTRY Gr. Coverage - 840 sqm Storey - 4 Height - +12600 Blocks - 2 Total units - 56 3 Bed - 12 units 2 Bed - 24 units 1 Bed - 24 units
ACADEMIC BLOCK CENTRALLY PLACED Gr. Coverage - 1493 sqm Storey - 3 Height - +10000 Classrooms - 21 Workshops - 10
AUDITORIUM/DINING HALL + ADMINISTRATION PLACED BETWEEN THE HOSTELS AND ACADEMIC BLOCK AND CLOSER TO THE MAIN ENTRY Gr. Coverage - 1205 sqm Kitchen - 160 sqm Office - 160 sqm
ORCHARD
PLAYFIELD
VEGETABLE PATCHES
Academic Block and Outdoor Learning
TOTAL GROUND COVERAGE- 7000 SQM PERMISSIBLE FAR - 120 ACHIEVED FAR - 0.2 PARKING - 60 ECS
Staff Housing Block 22 Bachelor’s Thesis / Jamia Millia Islamia, India
Site Plan
PARKING
SITE BASED FEATURES
CLIMATOLOGICAL EFFICIENCY
THE GREEN Rs REDUCE
SPORTS FACILITY Ground coverage - 1275 sqm 2 SQUASH COURTS GYM INDOOR SPORTS ROOM INDOOR BASKET BALL COURT NATURAL SWIMMING POOL
SCHOOL
LOCAL COMM.
SCHOOL
HARNESSING ENERGY
LEARNING
SUSTAINABILITY
RECYCLE Water, Solid Waste (Paper, Plastic, Wood, Organic Waste)
Interactions with community results in additional features like Paddy, Sport facility, Grocery Shop, Maintenance jobs at school
HARVESTING RAINWATER
MAXIMIZING DAYLIGHT
Water, Construction Material, Paper, Other Recyclable Waste
REUSE
Passive Design Measures, Minimum Construction to not disturb the ecology of the site, Water Treatment System, Composting, Recycling, Food Production
Flexible Classrooms, Breakout Spaces, Outdoor connectivity
CR
Z2
00
CR
Z5 00
STUDENT HOSTEL ZONE 2 HOSTEL BLOCKS + 1 CAFE HOSTEL BLOCK A Gr. Coverage - 1227 sqm Capacity - 315 beds HOSTEL BLOCK B Ground coverage - 108 sqm Capacity - 105 beds CAFE + RECYCLING SHED Ground coverage - 80 sqm
BEACH
LEARNING SPACES
Carbon Footprint, Embodied Energy, Material Waste, Impact on Site, Energy Consumption
CASUARINA PLANTATION
HT
L
PADDY FIELD
SAND DUNE
CRICKET FIELD
SOLAR JUNGLE
SUSTANABILITY ZONE ENERGY FARM, HERBARIUM, SENSORY GARDEN
0m
50m
100m
Bachelor’s Thesis / Jamia Millia Islamia, India 23
Projects for Agha Khan Trust for Culture Selected Professional works: Shaheer Associates
Note: All drawings belong to Shaheer Associates. They have been produced by cumulative efforts of varying teams and colleagues over the years.
Sunder Nursery Heritage Park, Delhi Landscape Design, Inaugrated 2018 Sunder nursery is a model project combining heritage and ecological preservation in one urban park. In connection with the world heritage site of Humanyu’s tomb and other mughar monuments in the area, it forms part of the bigger Nizamuddin Basti Urban Renewal Initiative by AKTC. Under Agha Khan Historic Cities Programme, Nizamuddin Urban Renewal initiative is a conservation based attempt at socioeconomic, cultural, and environmental development of the area using the cultural heritage assets as a leverage for the benefit of local communities and residents of historic cities. Team: Variable Role: Architect Capacities: Involved intermittently, worked on part details, lighting/planting drawings, revision drawings
Sunder Nursery Western beds Garden 1 24 Professional Works / Shaheer Associates
Sunder Nursery Entrance Gardens
SITE PLAN AND BOUNDARY WALL DETAILS
Sunder Nursery 0m
10
20
50
Sunder Nursery Central Axis
Qutub Shahi Tomb Complex, Hyderabad Landscape Design, Ongoing QSTC archaelogical park project involves heritage restoration and landscape design of the of the open spaces, monument gardens and the new public facilities in the 16th-17th century tombs of the Qutub Shahi dynasty. Team: Variable Role: Architect Capacities: Involved in - revision of execution drawings for the south west quadrant based on updated archaeological surveys, part details, drainage and lighting drawings - concept development and DPR preparation for entrance area and interpretation centre of the park
QSTC Hammam Area
QSTC Lakes
QSTC Site vision: Entrance area and interpretation centre Professional Works / Shaheer Associates 25
Bharat Soka Gakkai Cultural Centre
Selected Professional works: Shaheer Associates
Bharat Soka Gakai Cultural Centre, Delhi Event space, 2015-2018 A multipurpose hall situated in the Soka Bodhi Tree Peace Garden of the Indian affiliate of the Soka Gakkai International, to host cultural events & peace symposiums with a seating capacity of 3000 people. Team: 4-5 members Role: Architect Capacities: Involved in all stages - concept, tender, execution, services coordination drawings - coordinating between clients, consultants and site Elevation E2
Ground Floor Plan 26 Professional Works / Shaheer Associates
Birds’ Eye view of the Multi-purpose Hall
IIT Gandhinagar
Selected Professional works: Shaheer Associates
Indian Institute of Technology Campus, Gandhinagar Institutional, Ongoing Landscape and open space design for the IIT’s new campus at Gandhinagar. Team: Variable Role: Architect Capacities: Involved intermittently, worked on part details, lighting/planting drawings, revision drawings - concept details for Entrance court - details for amphitheatre - boundary wall/pavilion details
Landscape Design: Entrance Court Central-Vista/Academic area
Concept: Entrance Pavillion Vista/Academic area
Typical road detail
3d views: Amphitheatre
Professional Works / Shaheer Associates 27
Projects for Ashiana Developers
Selected Professional works: Shaheer Associates
Landscape design for several townships and housing complexes of Ashiana developers. Residential, Between 2014-2018 Team: 2-3 members Role: Architect Capacities: Involved in concept development, construction and execution drawings, services and horticulture drawings for several parks. Incharge of facilitating construction and execution drawings for several projects.
Concept for a park, Township in Chennai
Concept drawings for park, Township in Chennai
Concept for a park, Umang Housing in Jaipur ER FLOW BEDS
LP1
C1
IT
EX
PRODUCED BY AN AUTODESK STUDENT VERSION
C1
C1 C1
VE
C1
RA C1 C1 C8
AL NT ME 5 PART 9.2 M
X DE 11.11 SQ 92.09
D
AH
ND
A
LP1
C8
B
od pter en 4 drum 19 @ ocar nos 0 5.0 pu @ 0.45 ine nos m m rm c/c e m ell 61 c/c @ ia tri 0 no 0.20 lob s m ata c/c
ph orum
er
ed
Cl
W
330 Asp nos @0 aragus .20 m c/c 340 Rib nos bon @0 .15 grass m c/c
0 ±0 s
+4 +1 5 95
L
+ 725
13 Cl 0 no @ erod s 0.45 en dr m um c/c ine
rm e + 300
+ 300
+2 25
+2 05
7 no Ca s @ lliand 2.0 m ra br c/c ev ipe
SLOPE 1 IN 22
Pe lto
9C 9C S 2B 03( X0 006 A) LT NA ID GN
9C
.vL
9C
regia
K
ix
AD
AD
lon
RO
RO
di
DE
J
M WI
I
DE
5 75
au
℄
H
M WI
+
+
SLOPE 18 1 IN
BED
7 nos Chandini @1.0 m c/c
Bottle brush
Plumeria alba 5 + 72.W.
+ 725
+ 710
SEAT
5.5
5 72
LP1
R
T.O
350 nos Ribbon grass @0.15 m c/c 60 nos Russelia juncea @0.45 m c/c 5 + 72.W. 690 nos T.O Ribbon grass @0.15 m c/c + 725
150 nos Wedellia trilobata @0.20 m c/c 430 nos Ribbon grass @0.15 m c/c
T.O
ASS
GR
375 nos Wedellia trilobata @0.20 m c/c
WE
3 nos Hibiscus red @0.75 m c/c
+170
5 + 17.F.
+
De
C2
G
+
IN PE 6
5.5
003
7 no Ta s @ com 2.0 a m gaud c/c ich
C2
F
ens
5
W.L.
+150 ± 00
TF IL IL TF
UD TC
ND PU UD TC
C2
E
lia pat Hame
SLO
0 + 55.W. T.O +190
+ 47
SEAT
FLO
Bottle brush
+ 325
SH
RU BS
C2
lia
D
ifo
1
003
PRODUCED BY AN AUTODESK STUDENT VERSION
E
C9
ur
red s ra 0 no the 36 ernan c/c 5m Alt @0.1
5
r 18 nos oleande rf Dwa m c/c @0.45 d nos era Re 280 rnanth c/c Alte m .15 @0
SEAT
cea nos 10 lia jun c/c Russe m .45 @0
+ 72
12 nos Hibiscus Yellow @0.75 m c/c
GRASS
0
+ 30
LP1
Plumeria alba
17 nos Dwarf oleander @0.45 m c/c
+ 300
60 nos Galphimia nitida @0.45 m c/c 280 nos Wedellia trilobata @0.20 m c/c 80 nos Lawsonia alba @0.45 m c/c
C
nd pa a c s no roph c/ th m Ja 1.2 @ LP1
GRASS
320 nos Alternanthera Red @0.15 m c/c
SEAT
STOR
3
28 Al 5 no @ ternan s 0.15 th 30 m era c/c gr Ri 0 no ee @ bbon s n 0.15 gr m ass c/c
T.O.W
LP1 DY
ERBO
WAT
Plumeria alba
100 nos Asparagus @0.20 m c/c
.
3 nos Hamelia patens @0.75 m c/c Bottle brush S 480 nos GRAS green
Alternanthera @0.15 m c/c
+ 765 .
110 nos grass Ribbon m c/c 5 @0.1
30
BED
LP1
5 + 72.W. T.O
-3 ture Well Tube as/ struc il deta
0 + 55.W.
+ 1100
T.O.SEAT
+
WER
FLO
+ 725 .W. T.O
+ 725
+ 300
T.O
ula a fist
Cassi
+250
+225
a
nos trilobat 390 delliam c/c We .20 @0
SLOPE 1 IN 18
Cassia fistula
110 nos Wedellia trilobata @0.20 m c/c Plumeria alba
T.O.F
210 nos Alternanthera Red @0.15 m c/c
0
5 no Ba s @ uhini 5.0 a m purp c/c ur
ea
Plumeria alba
205
+195 +45
+7
±00
50 5
+22
audi
50
+ 12
E
LIN ER NT CE ROAD OF
PRODUCED BY AN AUTODESK STUDENT VERSION
Details for a park, Township in Bhiwari
udich s a ga 5 no Tacom m c/c .0 @2
E 00 RET 0X6 X30 CONC T 150 CAS PRE B KER
Photo: Master’s Thesis site
Zeba Amir
Architecture, Landscape, Urbanism
https://issuu.com/zebaamir/docs/zeba_amir https://in.linkedin.com/in/zeba-amir-b5536787 ar.zeba.amir@gmail.com +32 483509029