Landscape Architect Portfolio (Selected works)

PO RTFO LIO Janhavi Modh

Landscape Architect

Ac a dem i cs • • • •

Ex p er i ence

JANHAVI MODH

Landscape Architect

A b ou t me Multi-faceted landscape designer, keen to contribute to team success through innovative and sustainable design ideas, attention to detail and excellent interpersonal skills. The objective is to enhance my knowledge in the field of landscape and be able to create spaces that are both functional and satisfying to be utilized.

L a n g u a g es English Hindi Gujarati

Date of bir th 22-09-1996 Con tact Ph no.: +91 9925126757 E: janhavimodh22@gmail.com IG: @jsmodh Address B-44, Tirupati Nagar Society, Behind Rajhans Cinema, Piplod, Surat -395007

Softwares AutoCAD Photoshop

S ki l l s

InDesign

• • • • • • • • • • •

Illustrator

Hand sketching Hand rendering Water color illustration Documentation Research Cartography Laser cut drawing Model making Digital art Presentation design Photography

MS Word MS Power Point Corel Draw Revit Sketchup Rhino

2012 | S. S. C. | V.D.Desai (W GSEB | 99.76 percentile 2014 | H. S. C. | V.D.Desai (Wa GSHEB | 97.76 percentile 2014-2019 | B. Arch | D.C Pa University | 4.6 CGPA 2020-2022 | M. Arch Landsc 3.8 CGPA

•

2017 | Spacescape architects As a part of academic curricul architecture firm for the office

•

2019-2020 | Spacescape arch To enhance the technical skills architecture firm where I dealt was a part of some urban dev

Ex t ra - cur r i c ul a r s

Workshops • Building narratives by Dr. Gaur CEPT University • Motif derivation by Prof. Seem CEPT University • Programming by Prof. Urvi De CEPT University • Rhino workshop by Prof. Drish University • Cartographic representation b University • Photography workshop by Pro • Space making through photog University • Art of story telling by Prof. Priy University • Heritage documentation by Pr SWS 2021 | CEPT University

Table of Conte nt

Wadiwala) secondary school |

Wadiwala) higher secondary school |

atel School of Architecture | Sardar Patel

cape Architecture | CEPT University |

s lum, I worked with a Surat based e training program (June - November 2017)

hitects s and software skills as well, i joined this t with landscape design solutions and velopment projects

ri Raje | Tracing lines studio 2 |

1. Reversing a cataclysm Water plus : Creating and adaptive urban edge Semester 3 Masters in Landscape Architecture | CEPT University

2. Re-imagining a waral Tracing lines Semester 2 Masters in Landscape Architecture | CEPT University

3. Sensing the degree of wetness One Forest Semester 1 Masters in Landscape Architecture | CEPT University

ma Khanwalkar | Tracing lines studio 2 |

esai | Tracing lines studio 2 |

hti Korat | Water plus studio 3 | CEPT

by Prof. Mansi | Water plus studio 3 | CEPT

of. Pramit | B.Arch | S.P.University graphy by Subin salva | SWS 2020 | CEPT

4. Rejuvenation Centre Design Dissertation Semester 10 Bachelors in Architecture | APIED, S.P. University

yanka Kanhare | SWS 2021 | CEPT

rof. Mrudula Mane and Maniyarasan | 5. Professional works Work experience at Spacescape Architects

Reversing a

Reviving riparian ed post sand minin

The intent of project is to establish a synergy valad village.

The project aims to curate a regenerative de of P.juliflora to the environment and biodivers

It will focus on forming a strong connection will in turn reduce disturbances and enhan mining site.

Masters in Lands Seme

Portfol https://drive.google.com/fil Suo99xqq

a cataclysm

dge and habitat in ng landscapes

y between riparian ecology and culture of the

esign that would lessen the negative impacts sity thriving on the bank of river.

n between community and river edge, which nce the avifaunal diversity in the post sand

scape Architecture ester 3

lio Link : le/d/1vxce6lPa8wdVVyKx-YqqddeJ-/view

First impression of site | Encroachment

Site: Banks of Sabarmati river 1

Thermal Power Plant 2 Indian Air Force Base

Gandhinagar

Site observation started with disturbances faced by Sabarmati river over the years. This map shows direct and indirect human induced disturbances along the river.

Indirect human induced disturbances such as erosion and deposition and direct human induced disturbances such as sand mining, littering, waste water lines, P.juliflora invasion, overgrazing etc. were observed in the different pockets of river Sabarmati.

4 3

Indroda Park

6

Aranya Udhyan

GIFT City

Agriculture fields Settlements

5

7

Dams/channels

Settlements and agriculture runoff Regeneration potential Potentials areas Potentials areas

Narmada Canal 8

Highly biodiversed area Source: OSM Open street Map, Traced from google imaginary and observations on site (dated 11/08/21, 12/08/21, 04/09/21)

Potential interventions

Avifauna | Disturbance - Potential

Cultural practices / Rituals

Valad village

Washing/ Bathing Grazing

Solid waste dumping

Valad

P. juliflora in

1 Cremation activities P. juliflora invasion

2

Sand mining activities Bu

4

Sand mining activities

P. juliflora invasion

3

Reduced water flow Regeneration potential Vulnerable

Source : https://ebird.org/home

Grid - 100m x 100m

0m

100m

200m

Common Nearly threatened

Anthr

Route for parti migrant specie

Route for migr species Commonly observed habitat

Prosopis juliflora

nvasion

Post sand mining water

Diverse avifauna

urning of invasive species

ially es

rant

ts

Partially migrant

Section 1

Post sand mining water bodies

Invasive species in river bed

Invasion in riverbed

Grazing activities

Natural water body

ropogenic disturbance

River bed

Natural depression

Migrant

Section 2

Section 4

0m

Invasion in riverbed

50m

100m

Resident

Common pochard

Black tailed godwit

Little egret

Rose ringed parakeet

Painted stork

Green winged teal

Dragon flies

Alaxandrine parakeet

Great thick knee

Black headed ibis

Sarus crane

Lesser flamingo

Section 3 Oriental darter

Vision

The project aims to curate a regenerative design that would lessen the negative impacts of P. juliflora to the environment and biodiversity thriving on bank of river. The landscape interv alternative solution to reduce disturbances and eventually enhance the avifaunal diversity present in the post mining site. It can be an urban ecological revitalization that can restore between ecology, people and river.

Calenderizing a program

Ecological landscape

vention would be an the missing links

Painted stork

Common pochard

Legends

Green winged teal

Habitat

Foraging

Marshes, Grassland (flooded), Shrubland

Small fish, Frog, Snake, Worm, Beetles, Reptiles

Areas of Seeds, roots open water and green and abunparts of dant emergrasses, gent sedges and fringing veg- aquatic etation plants

Nesting Behavior

Tree

Probing

Grassland (flooded), Shrubland

Floating

Surface dive

Open water with reed fringes

Shallow in- Seeds of sedg- Ground land wetlands es, grasses, typically withaquatic insects heavy vege- and larvae, tation molluscs, crustaceans.

Dabbler

Heavily vegetated shallow inland wetlands

Riverbed Crabs, inshingle and sects, eggs rocks, stony banks

Ground

Probing

Great thick knee

Shingle riverbed, rock and stony bank

Cultural landscape

Water trails with interesting emergent pause points

Community gardens/ Congregation space

Master plan A development plan of biodiversity augmentation to create a hotspot brimming with plants, invertebrates, native vegetation and aquatic species is curated.

Public open spaces and various trails are adequately overlaid around the lake in the form of children’s park and walkways for physical activity, recreation and to generate a sense of belonging in the local residents.

4

14

A

5 1

6

17

2

21

16 7

15

2

Distinct habitats have been incorporated in order to attract different species to the site. The habitats comprise marshes including open water to attract waterfowls; shallow water to encourage feeding by waders; marshes for shy waterbirds; and islets for roosting activities of oriental darters and other terrestrial birds. The abundant food supply makes the marshes an ideal place for a number of species including birds and fish to inhabit as well as aquatic ponds for aquatic plants and invertebrates. Reed beds to feed common pochards and other waterflows have been proposed. A small scale nursery to grow native vegetation is also developed.

A

8

B 18

9

10

11

19 20

B

12

22

C

19

C

3

2

13

1.Cycle access from main road 2. Access from Valad village 3. Cycle access from other villages 4. Parking 5. Entry to wetland park 6. Public garden 7. Cycle way 8. Green ways 9. Space for festive gatherings/ Congregation plaza 10. Nature interpretation centre 11. Space for awareness drives 12. Slope stabilizing vegetation 13. Aquatic gardens 14. Nursery/ seedbank 15. Water trails 16. Elevated trails 17. Constructed wetlands 18. Islets with dense vegetation 19. Community garden 20. Walkway on edge of village 21. Kids play area 22. Viewing deck

Waterbody

Dense native vegetation

Flooded grasslands/ Marshes

Porous buffer vegetation

Grassy patch

Shrubs pockets

Reed fringes

Coconut plantation

Grid - 100m x 100m

Stone bank

Agricultural fields

Native vegetation

Existing vegetation

0m

50m

100m

Difficult to spot Moderately seen Frequently seen

Section AA

Valad village Community

Slope Coconut Space for Constructed stabilizing plantation Cultural wetland vegetation Green ways activities Walkway Cycle track

Water trails

Elevated trail

Constructed wetland

Shrub land

Mounds

Dense native vegetation

Difficult to spot Moderately seen Frequently seen

Section BB Valad village

Community garden Slope stabilizing

Nature interpre- Porous natation centre/ tive Festive gather- vegetation ing space

Constructed wetlands

Islets with dense vegetation

Constructed wetlands

Vegetated mounds

Dense native vegetation

Difficult to spot Moderately seen Frequently seen

Section CC Valad village

Green ways and cycle tracks

Buffer porous Elevated native vegeta- trails tion

Constructed wetlands

Reed fringes

Stone bank

Edge vegetation

Constructed wetland

Dense native vegetation 0m 25m 50m

Detailed area | Waterfowl habitat along with water trail Terrestrial formation Dense canopy cover with thick under storey

Acacia nilotica

C

Spars opy s trees

Dense canopy cover with seasonal variation

Flacourtia indica

Balanites roxburghii

Buxus microphylla

Saraca longifolia

Allamanda catha

Cassia auriculat

Riparian formaSparse canopy shrubs with thin understorey

Thick understorey

Sparse undersor

Reeds

C

Oxalis stricta

B

Myriophyllum

Bacopa monnieri

Pennise setace

Cyperus alternifolius Butea monosperma

Aquatic formation Sparse canopy shrubs with grasses

B 48m

49m

50m

Plan

51m

52m Grid - 5m x 5m

53m 0m

Submergent plants

54m 5m

10m

Lemna gibba

Typha angustata

Chara brau

Sparse submergent plants Emergent vegetation

Potamogeton

Scirpus

Nymphea p cens

Aquatic flowering plants

Waterproof deck flooring (Wood plastic composite)

Aquatic grasses

Vallisneria spiralis

Hydrilla verticilats

Fimbritylis sq rosa

Edge resilience & fluxes Monsoon | Cloudy | fresh and emergent | Less waterfowl activities

se cansmall s

artica

ta

rey

Section BB Riparian formation

Aquatic formation Aquatic plants / Invertebrates Limnetic zone

Sparse emergent

Floating-leaf plants

Winter | Pleasant, dry and leaves shed | Peak season for common pochard watching

Riparian plants Marginal plants

Littoral zone

Submergent plants

Terrestrial formation

Flowering small sized trees along water trail

Dense emergent

etum eum

Summer | Vibrant, visually appealing | Abundance of green winged teal

unii

pubes-

quar-

Section CC Riparian formation

Aquatic formation Aquatic plants / Invertebrates Limnetic zone Submergent plants Floating-leaf plants

Riparian plants Marginal plants

Littoral zone Sparse emergent

Dense emergent

Waterfowl dependant plants

Terrestrial formation Terrestrial plants Native plants Flowering small sized trees along water trail

Conclusion

Entwined paths

Within this urban fabric, such post disturbed sites hold a potential to reverse this cataclysm.

Most of the fragmented patches of habitats at a larger context are either small or highly disturbed due to urbanization and anthropogenic pressure to sustain the diverse urban fauna.

The intervention gives rise to idea of enhancing urban fauna and would act as a paradigm.

It has a potential to become a systems scale intervation on a larger level.

Hence, these kind of stepping stones would not only connect people to the river’s edge but at the same time would also strengthen the biodiversity in similar contexts.

Re-imagin

Aswali, D

A sliver of land, about 13 Kms wide tucked be Arabian Sea to the west holds four distinct land and terrain ranging from coastal mudflats to a several months to nearby towns for work, whic radation of forest and agro-economic shift esp divided the land into smaller parcels. The bo demonstrative model of farming at a househol itable occupation and in turn reduce rural mig land, ‘Waral’ as its metaphor, which denotes til identifies the site and land as parts of spatial a idea of ‘waral’ and the identified palimpsest ty area of intervention.

Masters in Landsc Semes

Portfol https://drive.google.com/file/d 1DgtG4

ning a waral

Dahanu

etween the Western Ghats to the east and the dscape-transects owing to the variation in soil alluvial foothills. Most of the men migrate for ch results to changing patterns, extensive degpecially due to a prevalent cultural system that oard objective of the project is to introduce a ld level that helps sustain agriculture as a profgration. The project considers a local word for les of the land of varying scales and nature. It and accumulative palimpsest. Considering the ype, it selected the smallest unit of land as its

cape Architecture ster 2

lio Link : d/18fHiWsggftlJRpl6Fo5M4DcG4_W/view

Investigating coastal transect through soil palette

Coastal alluvial soil

Coast saline soil

Arabian sea

Black Soil

- Occurs on river plains and tributaries - Deep grayish in color, poor in fertility, clayey t in nature

- Occurs on coastal plains, creek banks - Slightly deep, poorly drained

Gholwad town

LEGENDS

- Occurs on coastal strips - Poorly drained, Calcareous

Bordi - Aswali road

Coastal highway

Zaai creek

Oryza sativa

Euphorbia royleana

Dypsis lutescens

Borassus flabellifer

Phoenix dactylifera

Manilkara zapota

Varkas Soil

- occurring on the undulating, elongated hills and intervening valleys.

- Medium to deep grayish in color, poor in fertility

Laterite soil

- developed in the higher areas of the Peninsular plateau - poor fertility and high clay content

Coarse shallow soil

- Occurs on top hills - shallow in depth and coarse in texture

to loamy

Jalwai village

Aswali village

Aswali dam

Sahyadri range

[Google Earth]

Musa acuminata

Avicennia marina

Terminilia tomentosa

Mangifera indica

Casuarina equisitifolia

Madhuca longifolia

Site

We want to do the kind of farming that would help rejuvenate the soil.

Due to lack of sources and knowledge and confidence we don’t cultivate whole year.

I do the rice farming by myself for living, we don’t manage to produce surplus.

I go to work in boats at Zaai creek for 8 months a year to provide my family with money.

I work in orchards for daily wage of Rs. 30.

The parcel of land owned by a family is situated in the fringes of Sahyadri near Aswali dam. The site aquires the area of 1.18 hacters.

E

100m

D

A B

Clustered settlements

C

Kitchen garden

Water channel

Paddy fields

Existing edge conditions on site

A The karvi fencing along

with bunds gives privacy to settlement

B The slope on bunds allows water to directly access to fields.

C

Intermidiate bunds in the fields controls water runoff and prevents soil erosion.

D

Toody palms lined up on bunds for earning from toddy wine.

E

Inner trenches allow storm water to irrigate the fields.

Master plan

17

16

18

14 13

15 12

11

10

9

15

5

LEGENDS

4 7

6

3

Bor

di A

swa

li ro

ad

8

2 1

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 crops

Entry to settlement Loading area Proposed narrow road for handcarts Working shed / Packing yard Pot yard Shed for rose products Toddy and mahua shed Jivamrut and Amudham space Native species seedling Vegetable cultivation for sustenance Damask rose cultivation Farm pond Greenhouse Seed beds Mother lock Fruit bearing tree orchard Compost area Paddy cultivation and short duration

25 m Contour line at every 1m

Spatial visualization Dry season

Wet season

Wet season

Dry season

Proposed sectional details

ZONE 1 BHUMI UPACHAR Frontyard Preparation of jivamrut and anudham Syzigium cumini Termnilia tomentosa Pongamia pinnata Punica garanatum Butea monosperma

Settlement

WATER HARVESTING

ZONE 2 SUSTENANCE FARMING Living fence

Sustenance cultivation

Tamarindus indica Spinacia oleracea Azadirachta indica Solanum melogena Lagenaria siceraria Cicer arietinum Solanum melongena Musa

Native species saplings Madhuca latifolia Tectona grandis Terminilia tomentosa Terminilia belerica Andropogan halepensis Chysopogan fulvus

Path for movement

Farmpond

Path Water for movement channel

See

Schefflera variegated F. Benjamina Solanum melongena Dracaena trifasciata Azadirachta indica Croton Petra

Waral at a regional level

Anticipating spread of a new system of warals that is productive and sustenance oriented at a regional scale

PROPOSED

EXISTING Dry season

Wet season

ZONE 3 COMMERCIAL NURSERY

ed beds

d

a

Fruit bearing trees

Mangifera indica Manilkara zapota

Palms lined up on bund Borassus flabellifer Phoenix dactylifera

Sensing the d

Mathera

Wet- Evergreen S Memecylon- Act S

This project investigates the Mathera to analyse the forest fragments, de use, forest type and topography wit idea about system and how it expand ary located in the outlier of Sahyadri is comprised of interesting watersh Water sources have a direct impact o which leads to variation in forest type

Masters in La S

Po https://drive.google.com tLT-R

degree of wetness

an Sanctuary

Semi Evergreen Forest tinodaphne- Syzygium Series

an Sanctuary (Wet evergreen Semi evergreen) egree of wetness, interrelation between land th respect to watershed, which gives a clear ds beyond its physical boundary. The sanctui mountain range in Northern Western Ghats, hed because of its unique plateau land form. on the health of forests and their inhabitants, es that thrive along the systems of water.

andscape Architecture Semester 1

ortfolio Link : m/file/d/12a3dYFtmMOFhdlMNTZKRjl8KQj4q/view

Interdependency between forest type and watersystem at plateau level

A walk along water

The plateau watershed is interesting because of the unique la these number of watersheds on the plateau serve the water b 775m

1

1'

Point of perceivance

The point where one comes across the dense evergreen fore water can be felt as well as heard.

The dominant flora Memecylon umbrellatum is observed, wh and changes the character of undergrowth in an astonishing Relatively lesser water is retained in steep slopes

Map showing vegetation and drainage pattern at plateau level

[https://www.mmreis.org.in/images/research/Environmental-Management-Plan-for-Matheran.pdf]

Deciduous Evergreen Mixed semi-evergreen to evergreen Semi-evergreen

Semi evergreen to moist deciduous Sparse vegetation - Laterite tops Opening in canopy due to urbanisation

[Google Earth]

Sparse - opening/ points Steep slope / escarpment Water reservoir 5km

andform. The plateau shows a great terrain variation in a short span of 12.5 kilometre giving it a unique undulating character, as well as rendering every edge in a character of its own.Also bodies streams and Springs, which becomes the reason of variation in floristic composition.

Gentle and long slopes support the streams and allow vegetation on slopes

Gnetum, occurs in evergreen patch, home for Indian giant squirrel

est where the presence of

hich blooms post it rains, g way.

First and second order streams which supports the riparian vegetation

Garcinia indica, suitable in this part, food for bonnet macaque and squirrels

Section 11'

Memecylone umbrellatum, holds water and blooms post monsoon

Point of pause

Dense evergreen forest on gentle slopes (more water retention)

10m

Design Di

Rejuvena

Saputar

The Rejuvenation Center caters activ guests who desire a qualitative and re life. It constitutes integrated wellness relaxation, detoxification, fitness and e center is required to design Admin blo tion, Recreational spaces, Restaurant, types of open and semi open spaces th

issertation

ation Centre

ra Gujarat

vities that help in healing process for the ejuvenating break from their daily stressful s programs, for the purpose of rejuvenation, even a pampering spa holiday programs. The ock, plethora of therapy rooms, AccomodaMeditation halls, Fitness areas and various hat provides a peaceful and relaxing context.

Site : Saputara

-Saputara is located at a distance of 100-400 kms from the major cities of Gujarat and Maharashtra.

-The annual tourist footfall in Saputara is around 5.4 lac out of which 64% is from within the state.

-The site is located in the outskirts of town, between the hills and near the lake that is far from the main market and rushed areas.

-The Government of Gujarat has proposed and promoted the wellness tourism at 4 locations in Gujarat, from which Saputara is an ideal location.

-There is an Ayurvedic Garden and a herbal institute beside the site, which can be a helpful link to the project.

Topography

Masterp

plan

Professio

onal works

9"

6'-9" 16'-9"

9"

6'-8" 1 1" 1'-58'-1 2" 2

2'

F'

40'

contact no. : 0261 - 2474884 email add. : spacescape@gmail.com

ARCHITECTURE

6' 3'

1'-6"

Checked by :

Drawn by : Janhavi

WATER BODY

at Nogama.

TULIIPS FARMHOUSE Project Address:

65'-9"

3' 3'

PATHWAY lvl.+3'0"

PARKING lvl.+0'-6"

PATHWAY lvl.+3'0"

lvl.+2'0"

ALL MEASURMENTS TO BE CHECKED AT SITE.

E'

D'

3'

3rd floor, shriji sadan, kalapeshi street, nr. state bank, nanpura, surat.

ARCHITECTS

SPACESCAPE 5'

127'-1021"

lvl.+2'0"

lvl.+3'6"

ALL DRAWINGS TO BE CO-RELATED TO OTHER DWGS, DOCUMENTS, TENDER/ SPECIFICATION, INCLUDING OTHER CONSULTANTS, SUPPLIERS, MANUFACTURERS BEFORE EXECUTION. ANY DISCREPANCY / AMBIGUITY TO BE BROUGHT TO ARCHITECTS NOTICE IN WRITTING, REASONABLY IN ADVANCE.

61'-9"

ROAD lvl.±0'-0"

Note :

5'

4'

Scale : NTS

Date : 16/08/17 2'

8'-6"

421"

BUILT-UP AREA : 530 SQ.FT.

11'-3"

WASH 9'-6" X 5'-9" A.TOILET 1 15'-9" X 5'-0"

A.TOILET 2 13'-6" X 5'-0"

sider

3'-6"

paniyara

DECK 12'-10½" X 17'-1½"

t.v.unit

BED ROOM 2 15'-0" X 12'-0" 8'-9"

fridge

BED ROOM 1 11'-0" X 12'-0"

11'-6"

BALCONY 5'-10½" X 11'-3"

KIT./DINNING 8'-9" X 16'-9"

SWIIMING POOL 11'-6" X 8'-9" sider

sider

46'

dining dn

C.TOILET 6'-3" X 4'-0" t.v.unit

LIVING ROOM 16'-0" X 12'-0" UP

center table

OPEN TERRACE 13'-11" X 12'-0"

shoe rack

sider

421"

8'

8'

2'-0" WIDE PLANTATION

9"

5'

5'-421"

5'-0" WIDE PATHWAY LVL.+3'-0"

9"

7'

SECURITY 10'-6" X 7'-0"

8'

Sheet No. : north line:

2' 8' 8'-9" 8'-9"

6'-21"

C'

1' 1'

10'-6"

Path : MPC/d/ Spacescape/Civil/ /

421"

9"

LVL.+3'-6"

Drawing Name :

7'-421"

9"

up

9"

15'-9"

3'-6"

up

BABY POOL 8'-6" X 8'-9"

5'

ENTARNCE lvl.+1'-0"

B'

421"

LVL.+2'-0"

6'-9"

1'-1121"

9" 2'

LVL.+4'-0"

2'-9" 2' 421" 421" 1'-721" 2'

6'-21"

M.TOILET / CHANGE RM. 6'-6½" X 8'-3"

ROAD lvl.±0'-0"

2' 2'-9" 2' 9" 9" 421" 26'-9"

LVL.+4'-0"

2'-9" 2'

F.TOILET / CHANGE RM. 7'-0" X 8'-3"

N

A'

9"

SWIMMING POOL 16'-0" X 25'-3"

2'-0" WIDE PLANTATION

3'-0" WIDE DECK LVL.+3'-0"

LAWN 61'-9" X 48'-3" LVL.+2'-6"

50'-3"

5'-0" WIDE PATHWAY LVL.+3'-0"

9' eq.

9" 4'-3"

5'-0" WIDE PATHWAY LVL.+3'-0"

eq.

PUMP ROOM 6'-6½" X 8'-0" LVL.+4'-0"

5'

6'

421"

up

1'-121"

7'-421" 3'-6"

eq.

4'-3" 9"

waterbody

up 7'

PARKING 8'-0" X 23'-2"

8'-121"

2'

9"

SHOWER UMBRELLA 8'-6" X 8'-9"

PLANTATION

C

3'

9"

1'-5218'-1 " 2" 6'-8"

9"

1

6'-9"

9"

6'-9"

421"

421"

eq.

6'-6"

9"

5'-0" WIDE PATHWAY LVL.+3'-0"

PLANTATION

up 7'

ENTRANCE 17'-9" X 18'-0" LVL.+1'-0"

1'-6"

1'-6"

8'-6"

LVL.+3'-6" 9"

LVL.+2'-0"

6'-6"

ENTRY LVL.±0'-0"

16'-9"

9"

1'-1121"

421" 1'-6" 18'

65'-9"

3'

3'-0" WIDE DECK LVL.+3'-6"

eq.

2'-9"

up

15'-9"

1'-6"

B

5'

1' 1'

PARKING 8'-0" X 23'-2"

A

5'-421"

4'

eq.

9" 7'

8'-121"

421"

2'-1021"

4'

61'-9"

2'-0" WIDE PLANTATION

CABIN 10'-6" X 7'-0"

1021"

5'

4'

421"

5'

11'-3" 10'-6"

421"

INTERIORS

F

Project Name:

E 127'-1021"

WORKING OF C.O.P. LAYOUT

D

LANDSCAPE

Timberland - Working layout of COP and Residence 8'

10.

FOYER 6'-3" X 5'-4½"

OTTA 7'-9" X 5'-4½" LVL.+1'-6"

UP

ENTRY LVL.±0'-0"

FIRST FLOOR PLAN

1'-6" 6" F.TOILET lvl.+4'0"

DECK lvl.+3'0"

PASSAGE lvl.+3'6"

6"

5'

2'

15' PATHWAY lvl.+3'0"

GARDEN lvl.+2'6"

SHOWER UMBRELLA

SWIMMING POOL

9'-6"

15'

SECTION BB'

PATHWAY lvl.+3'0"

GARDEN lvl.+2'6"

DECK lvl.+3'0"

SECTION CC'

OPEN TERRACE 15'-0" X 17'-4½"

Path : MPC/d/ Spacescape/Civil/ /

dn

OPEN TERRACE 13'-11" X 12'-0"

TERRACE FLOOR PLAN

T H ANK YO U Janhavi Modh

Email : janhavimodh22@gmail.com