CV + Design Portfolio _2020_Anjali Dutt

LANDSCAPE

PORTFOL O

SUSTAINABILITY

AR

RCHITECTURE

URBAN

INTERIORS

2015

2013

2011

2010

1993

2009

2014

2016

QULIFICATION UNDERGRADUATE | Bachelor Of Architecture Maharishi Dayanand University

VASTU Pancht

Gateway School Of Architecture

WORK

ARCHITECTURE INTERN Ms Satsangi & Associates Multiple layout simulation for efficient design & planning Learning scale and proportions through physical model making

HOUSING | COMMERCIAL | COMMUNITY GARDENS

OFFICE

Brain-storming on design ideas with team.

Lead de of proje

Development of conceptual design.

Prepare presentation and construction drawings

Develo drawin

Project co-ordination on & off-site

Design,

To arrange and lead meetings with vendors

Prepare project

DESIGN TROPHY RUNNER- UP TROPHY - NASA

National Association of Students of Architecture

National Association of Students of Architecture

2016

2014

ECBC Energy Conservation Building Code 2013

2011

WORKSHOPS 2010

ANJALI DUTT

PROJ Desig

Co-ord Shastra

LANDSCAPE DESIGN TROPHY 1ST RUNNER- UP TROPHY +65- 9148 2465 anjalidutt6@gmail.com https://www.linkedin.com/in/anjali-dutt-41409156/

JUNIOR LANDSCAPE ARCHITECT Habitat Design | Aug16 - Dec16

AWARDS

2014

Autocad SketchUp Revit Rhino Photoshop Illustrator Indesign MS Office IESVE LCC Arc-Map (GIS)

2017

2018

U SHASTRA I Certified tatwa

2019

2020

POST GRADUATION I Masters of Science Integrated Sustainable Design National University Of Singapore Studio M A C

JECT ARCHITECT gn Virtuoso | Jan 17 - June 18

ARCHITECTURAL INTERN JTC| Dec 18 - March 19

PART-TIME INTERN Future City Lab | May 19 - June 19

ARCHITECTURAL ASSISTANT Studio MAC | Aug 20 - Present

E & RETAIL| FARMHOUSE | RESIDENTIAL

RESEARCH & DEVELOPMENT

RESEARCH & DEVELOPMENT

SUSTAINABILITY

esign , construction and management ect

Review Urban Design Guidelines for existing JTC Estates & propose amendments in UD guidelines based on collected data & analysis.

Develop base drawings, scaled 3D models and informative illustration of selected green & sustainable architecture projects across the globe for an upcoming publication -Dense & Green Building Typologies

Assist to complete the Architecture portion of BCA’s upcoming design for maintainability framework called MiDAS.

, develop and execute furniture design

Tasks involved: Site visits Critical analysis of urban spaces to map effectiveness of urban design within estates.

e detailed BOQ for interior design ts

dinate and design layouts as per Vastu a rules

Review & documentation of architectural drawings of existing JTC industrial estates

CONTRACTOR ADMINISTRATION 2019

2018

2017

GRIHA Green Rating for Integrated Habitat Assessment

Support data collection & pilot study exercise for Residential & non-residential buildings Assist in developing the framework and technical reference.

Lead Life Cycle Cost Analysis of Architecture section

IES CIRCULAR ECONOMY International Energy Agency (Once every month) 2020

op presentation and construction ngs

01 REIMAGINING SUNGEI KADUT

INTRODUCING CIRCULARITY IN INNOVATIVE INDUSTRIES & ECOLOGY Urban Design | MSc ISD, NUS, SINGAPORE

PROJECT TYPE - Academic

TEAM - Three members

MY ROLE - Involvement in all the stages of R&D

Blue-Green Infrastructure

Enhancing Blue Green Infrastructure for ecosystem services, increasing connectivity of important biodiversity, and creating social liveable spaces

Edge conditions pedestrian circula�on

01 02 03

01 Mangrove Edge 04 in

07

09

06

Ra

05

ff

no

Ru

in

Ra PU

11

RIF

08

YIN

GW

ETL

ff

no

Ru

AN

D

10 12

13

02 Kranji reservoir canal Rain Runoff

PU

RIF

PROJECT TYPE - Academic

TEAM -Five members

MY ROLE - Co-ordinating themasterplan as per proposed green strategy

Outcomes 1508 kg of air particulate removed per year 2x the existing greenspace on site 128,319 m3 of water runoff collected 2.7 km2 of greenspace proposed 200% natural particulate removal performance 210% air temperature regulation performance

YIN

GW

ETL

AN

D

03 Industry edge canal Building Runoff

pedestrian circula�on

Existing

Eco-system Service Analysis

Proposed

04 Urban edge canal

PURI

FYING

Building Runoff

Visual

Water quality control

Soil quality

Particulate removal

05 Urban-biodiversity canal

WETLA

ND

Circular Economy 2050 Vision

Biomass Solar Energy

Make it Resilient & Nature-Centric

Make it Creative & Innovative

Make it Attractive & Desirable

• • • •

Make Use of What Is There

Daylight Solar Shading UHIE improved through greenery Natural Ventilation

Chilled Water to/From Heat Exchanger ir rvo ese ji R an r K

rtic Ho

u

Ne

To O

Bio t Ab iot

Rainwater getting filtered from green terrace

r ate wW

Ne w

ic gan gan Or Inor and

ic

the tre r Cen s -

Biomass to Collection Center

e ltur

n rga Ino

Energy to Microgrid

zer tili Fer

Po tab le W ate r

Wa ter

ss ma Bio

ic

Rainwater Treated Grey-water

ic

Grey-water Black water Bio -

Rainwater to Bioswale

fue l

Black Water flow Greywater flow Rainwater flow Kranji Reservoir Energy flow Chilled water flow Abiotic material flow Nutrient flow

Black-water to Kranji Reclamation Plant

Bio -

fue l

Potable water to building

m Fro

Grey Water to Grey water recycling plant

Urban Farming

id Gr

Community Farming

Industrial waste collection center

tic ma eu tem n P ys S Domestic waste collection center

Waste Segregation

Domestic Waste

Bio-gas

Phytoremediation

Pn

eu m

Anaerobic Digester Compost

• Up-cycling /recycling center • Repair case • Eco refinery

Industrial Waste

• Eco Refinery • Recycling Center

Nutrient

ati c

Sys tem

Waste Collection Centre

Meadium industries

Circularity New industries

Blue

Blue-Green Infrastructure Main nodes and Adaptive Reuse buildings

Blue-Green Infrastructure

Public space & streetloop

Vibrant industrial estate 0

100

Algal bio-diesel plant

Public Space Chicken Adaptive Reuse

250

Agriculture land Enablers

Nutrition recovery plant

Sea-weed farming

Enzymer production industry

1.35 mgd

Legends Solar PV

Public Space

Managed Green

Bio-char plant

Dense Green Mangroves

Straits of Johor To close resource flows loops Loops

To reduce carbon footprint of industries

To recover nutrients from various sources

To sequester carbon removed from the atmosphere by biochar-plant

Modularity & adaptability

Agro-tech

0

100

Wetland

Pubic Space

Water

14,000,000 m2

Agrotech

250

Kranji Reservoir

Industries

Major Axis

Hydroponic

Aeroponic

4.5m

MRT interchange

Aquaponic

30

m

m

Frame System

Grain System

Spindle System

Stack System

9m

30

30

m

30

m

m

Heavy industries

75

6m

30

Tray System

m

m

75

9m

12m

75

30

m

Farmer’s market

m

Rice

Lettuce

Tomatoes

Mushrooms

Aluminum & Steel 30 fabrication

Bio-Chemical

Textile Industry

Textile Recycling

IT maintainence

Barley

Arugula

Pear

Potato

Chard

Precision Engineering

Precision Engineering

Precision Engineering

Rubber Recycling

Precision Engineering

Watermelon

Kale

Apple berries

Onion

Basil

Pre-fab Industry

Automobile Repair

Bio-technology

Metal Recycling

Chemical Industry

Mustard

Lime

Brinjal

Cilantaro

Construction Industry

Furniture Industry

Food Processing

Concrete recycling

Biotechnology

Spinach

Lemon

Paper Industry

Warehouses

Fibre Board

Fibre Board

Endive

Leguminous Plants

COMBINATION OF SLATTED FLOOR AND DEEP LITTER SYSTEM SUPPORT SYSTEMS REQUIRED: Brooder Guards, slatted and litter floors, Fans, ventillation grills, Automated water and feeding system, Artificial light, Litter management, Egg storage, water storage, feed storage, etc.

m

WATER CONSUMPTION

270 MGD

ENERGY CONSUMPTION

0.10^9Twh

FEED REQUIRED

69000Tones/ha

TEMPERATURE

Automobile spare parts

01- The adaptive edge

SUPPORT SYSTEMS REQUIRED: Nurseries, Germination rack, Trolleys, Packing tables, Temperature Controller, Pump, Humidifier, UV Light, Admin offices, Shipping, Seedling green house, Carbon sequestration, Anaerobic digestor, etc.

23° - 35° C

WATER CONSUMPTION

40 MGD

ENERGY CONSUMPTION

0.45 TWH

FEED REQUIRED

20 Kg/HA

TEMPERATURE

15° - 25° C

02- The public spine Light industries SUPPORT SYSTEMS REQUIRED: Germination racks, Nursery racks, Rice growth tray 12m x 4m, Storage containers, Loading & Unloading areas, Staff areas, Administration offices, A.C., Humidifier, Artificial Light, Fan, CO2 Regulator, Pumps, Nutrient Solution, and other M & E services.

WATER CONSUMPTION

03- Revived rail corridor

128 MGD

SUPPORT SYSTEMS REQUIRED: Nurseries, germination rack, trolleys, packing tables, tempreature controller, pump, humidifier, UV light, amin offices, shipping, seeding green house, cabon sequesteration, anaerobic digester, etc.

WATER CONSUMPTION

ENERGY CONSUMPTION

2.55 TWH

ENERGY CONSUMPTION

0.45 TWH

FEED REQUIRED

40 Kg/HA

FEED REQUIRED

250 Kg/HA

TEMPERATURE

25° - 30° C

TEMPERATURE

23° C

50 - 60 %

HUMIDITY

90 - 95 %

HUMIDITY

60 - 80 %

HUMIDITY

75 - 95 %

LIFE-CYCLE / YEAR

6 (7weeks/C)

LIFE-CYCLE / YEAR

4-5 (120days)

LIFE-CYCLE / YEAR

4

LIFE-CYCLE / YEAR

1

3.6 KG

YIELD PER SQ.M / CYCLE

30 KG

YIELD PER SQ.M / CYCLE

4.2 KG

YIELD PER SQ.M / CYCLE

63.5

(21.6 KG\Yr)

(150 KG\Yr)

Slow mobility

04- Walk in a orchard

214 L/Day

HUMIDITY

YIELD PER SQ.M / CYCLE

Pedestrian/ bicycle track

6m

0m

12

Fast mobility

Roots & vegetables

m

60

SUPPORT SYSTEMS REQUIRED: Conveyor belts, cranes, forklifts, freight, elevators, industrial lifting equipments, gantry grinder cranes, loading & unloading area, waste shortage area and assembly area, storage, guided rail cranes, scissor lifts, data management system

SUPPORT SYSTEMS REQUIRED: Conveyor belts, cranes, forklifts, freight, elevators, industrial lifting equipments, gantry grinder cranes, loading & unloading area, waste shortage area and assembly area, storage, guided rail cranes, scissor lifts, data management system

KG

Medium industries

Land-based factories

Rail corridor

Chicken

Roots & Vegetables

Grains

Tomatoes

Land-based factory

Section 01

High-rise factory

Section 02

Photovoltaic

Legends

Agro-tech

Light industries Commercial Medium industries Mixed use Adaptive reuse

PROJECT TYPE - Academic Adaptive Re-use

0

10

25

TEAM - Four members

MY ROLE - Involvement in all the stages of R&D

Commercial

Factory in a Forest is a model of industrial urbanism that reverses the flaws of the existing Sungei Kadut. Here, factories are designed to be highdensity, modular, and vertically stacked. Co-location of heavy-medium industries with agro-tech farms creates circular flows of energy and materials. Each building is linked to a large basement at the heart of which is a logistical centre. Heavy traffic is diverted to this datum; material flows in and out of Sungei Kadut are linked to local network of mover systems, thereby freeing the ground for public space and farming. Pedestrian 10 25 and cycling pathways connects the MRT station to waterfront promenades and the Rail Corridor. The forest here is 0the dense blue-green cover that offers a biophilic experience for visitors and ecosystem services to industries, such as03the cleansing of water and noise attenuation.

Section Orchard

Public Open Space

Mangroves

Photovoltaic

Orchard

Wetland

High-rise factories

Photovoltaic

Agrotech

Industries

MRT

Adaptive Re-use

Public Open Space

Public Open Space Wetland

0

10

25

Orchard

interchange

of heavy-medium industries with agro-tech farms creates circular flows of energy and materials.

Lim Chu Kang Heavy Medium & basement Each building is linked to a large at farm the heart of which is a logistical centre. Heavy traffic is chicken Industries Light diverted to this datum; material flows in and out of Sungei Kadut are linkedAgrotech to local network of mover Industries STRATEGIES systems, thereby freeing the ground for public space and farming. Pedestrian and cycling pathways 1.connects Biophilic experience the MRT station to waterfront promenades and the Rail Corridor. The forest here is the dense blue-green cover that offers a biophilic experience for visitors and ecosystem services to industries, such as the cleansing of water and noise attenuation.

Low density Indutrial estate in present High density mixed use industries in future

02

01

Agrote

Strategies Connectivity

04

Low density Indutrial estate in present industries in future Biophilic experience Present High density mixed use Past Vision for Future The forest The factories Factories in the forest Connectivity

2. Connecting essentials

Main nodes and Adaptive Reuse buildings

Past

Public space & streetloop

Vibrant industrial estate

Present

Main nodes and

The forest The factories Circularity Adaptive Reuse Public space & streetBlue-Green buildings loop Infrastructure Enablers Stacking factories 3. Stacking factories Circularity Lim Chu Kang Heavy Medium & Nutrition recovery plant

Enablers

Nutrition recovery plant

Algal bio-diesel plant

To reduce carbon footprint of industries

To recover nutrients from various sources

To close resource flows loops Loops

Enzymer production industry

from various sources

Hydroponic

4.5m

30

m

Circularity Rice

Lettuce

5m

7

9m

12m

4.5m m

30

Grain System Stack Systemplant Nutrition recoverySpindle plant System Algal bio-diesel Tomatoes

Mushrooms

Endive

100

250

The public spine 0

100

Commercial front next to MRT

250

Vibrant industrial estate 0

0m

12

Enablers Aquaponic

30

0

Industries

m

60

Tray System Frame System New industries

To sequester carbon removed from the atmosphere by biochar-plant

Aeroponic Hydroponic Main nodes and Adaptive Reuse Public space & streetbuildings loop Aquaponic Aeroponic

Blue-Green 60m Infrastructure

Farmer’s market

01

Bio-char plant

High density mixed use industries in future

Connectivity Industries Modularity & adaptability footprint of industries

Agro-tech

250

To sequester carbon removed from the atmosphere by biochar-plant

Modularity & adaptability 4. Modularity To close resource & adaptability To reduce carbon To recover nutrients Agro-tech

100

Agrotech

Low density Indutrial estate in present

flows loops Loops

Bio-char plant

MRT interchange

chicken farm

Light Industries

New industries

0

Enzymer production industry

75

30

m

m

m

m

m

Enzymer production industry

Aluminum & Steel 0m fabrication 12 30

Bio-Chemical

m

250

75

30

30

m

100

9m

Industries

Algal bio-diesel plant

Naturalized canal

Factories0 in the 100forest250 Vibrant industrial estate

6m

New industries

Revived rail-corridor

Vision for Future

6m

Blue-Green Infrastructure

Kranji reservoir

30

m

Textile Industry

m

Bio-char plant Textile

Recycling

IT maintainence

An adaptive edge

Bio-swale as public plaza

02

02 SPORTS & RECREATIONAL CENTRE INTEGRATED PUBLIC SPACE

Urban Design | MSc ISD, NUS, SINGAPORE

03SINGAPORE’S SOLAR POTENTIAL

A RESEARCSTUDY & PROPOSAL FOR A SELF-SUFFICIENT ISLAND Urban Design | MSc ISD, NUS, SINGAPORE

04SPATIAL INFORMATION SYSTEM SOME EXPLORATIONS USING THE TOOL Urban Planning

| MSc ISD NUS, SINGAPORE

05 CIVIC CENTRE NODE DENSIFICATION + GREENIFICATION

Urban Morphology | Sungei Kadut, SINGAPORE

REDUCE HEAT STRESS MITIGATE UHI BY URBAN GREEN & MUTUAL SHADOW CAST

CIVIC SPINE FLANGED BY PEDESTRAIN AVENUES & DENSE GREEN ON BOTH THE SIDES, TO MITIGATE TRAFFIC NOISE

STEPPED BUILDING PROFILE ON WINDWARD SIDE

DIVERSITY OF BUSINESS ACTIVITIES, PUBLIC SPACES

ENERGY SOLAR PV PANELS ON ALL ROOFTOPS TO MAXIMIZE ENERGY PRODUCTION & MINIMIZE DEPENDANCY ON ON GRID

GREENIFICATION URBAN FOREST PROPOSED TO ESTABLISH URBAN CONNECTION WITH EXISTING FOREST

INCLUSIVICITY INCREASED PERMEABILITY IN BUILDINGS ON PEDESTRAIN LEVEL CIRCULARITY RESOURCE RECOVERY CENTRE, SECOND HAND MARKET, REPAIR CENTRES (DO-ITYOURSELF) TO RECOVER AND UPCYCLE WASTE AT LOCAL LEVEL & TO ENABLE CREACTIVE BUSINESSES

URBAN AGRICULTURE EXPERIMENTAL COMMUNITY FARM FOR COMMUNITY ENGAGEMENT AND ENTREPREURIAL ACTIVITIES

GREENIFICATION & CIRCULARITY Constructed wetland to desalinate and infilterate water before it reaches to fresh water reservoir

MORE AND IMPROVED GREEN SPACES

06 ADVANT

A GREEN LANDMARK

Stepped building profile on windward side

Landscape | Noida, INDIA

07 QEMZI VILLA A ROYAL EXPERIENCE

CONCEPT

Landscape | Dubai, UAE

Idea is to design an outdoor space that is grand, bold, and inviting, and is an extension of the owners own style and culture. Landscape is weaved together with sensory experience & geometrical patterns.Spaces are open utlilizng clean lines with a mixture of textures and materials. Colors are vividly ornamated with the hues of local stone & clay. Use of symmetrical geometry with pops of irregular shrubs arrangement bring it all together to create a space that feels modern but also has an Islamic style feel to it.

Water channel with a series of theme pedestals having illuminating features and variety of tall trees at entrance avenue create a sense of fragrating and grandeur movement. Symmetrical gardens along with alternate shrub beds harmonize the surroundings which further magnifies and enhances the scenic views.Bold geometrical flooring patterns support and balances the fluid softscape to craft a splendor realm.

Through pronounced linearity and symmetry, the gardens also complement the Moroccan style of the villa.

As a result, a rare balance is achieved between the interior and exterior architectures. This orderly, geometric composition is reflected by the shapes given to various elements throughout the outdoors: a planter in the form of a square here, a star-shaped flooring patterns there. Geometrical patterns

PROJECT TYPE - Farmhouse Landscape Design

CLIENT - Colonel Rashid Buflasheh

DESIGN VOCABULARY Flooring pallete : hues of vivid colors

Soft-scape : shaped hedges & a variety of tall trees to magnify the realm

Intricate light fixtures

TEAM - Habitat Design

Symmetrical composition

Variety of Scale

MY ROLE - Concept development

08TYPICAL LANDSCAPE CONSTRUCTION DETAILS RAILING AS PER

DETAIL DESIGN DETAILS

Landsacpe

TOW +8.10 TW+300

0.80

TP+200

OVERFLOW DRAIN

FEATURE WALL BIO POND BICYCLE BICYCLE BICYCLE PATH PATH PATH

BRICK WALL

TW +3.70

STONE FEATURE WALL TO DETAILS

GUTTER GUTTER GUTTER

SWEET SOIL GEO TEXTILE DRAIN CELLS 150 mm WATER PROOFING NON TOXIC & HIGHLY UV RESISTANCE EPDM 150 mm R.C.C SLAB POND LINER, LAP JOINTS SEALED IN THE FIELD

TW TW +3.70 TW+3.70 +3.70

D1 DETAIL

450MM 450MM 450MM THK THK SWEET THKSWEET SWEET FLUSHED FLUSHED FLUSHED SOILSOIL SOIL + MANURE ++MANURE MANURE CURB CURB CURB NATURAL NATURAL NATURAL GROUND GROUND GROUND

D BED M THK

NG THK230 MPACTED UM

WL +1.30

300

WL WL +0.70 WL+0.70 +0.70

1200.0

FLUSHED FLUSHED FLUSHED 150MM 150MM 150MM THK THK TRIMIX THKTRIMIX TRIMIX CURB CURB CURB 100MM 100MM 100MM THK THK P.C.C THKP.C.C P.C.C BEDBED BED

CC

PLANTING

SMOOTH SMOOTH SMOOTH PREPARED PREPARED PREPARED SUBGRADE SUBGRADE SUBGRADE FREEFREE FREE OF SHARP OF OFSHARP SHARP STONES STONES STONES CHEMICAL WATER PROOFING (REFER (REFER (REFER TO SPECIALIST'S TO TOSPECIALIST'S SPECIALIST'S SPECS) SPECS) SPECS) 150MM THK WATER PROOFING

PLANTING PLANTING

YOGA YOGA DECK DECK

PLANTING

COMPACTED MURUM

150 mm COMPACTED HARD CORE

ROAD SUB-GRADE

ST13

TA1

FL +1.30

FL +1.25

C2 FG +1.20

FL FL +1.00 +1.00 SLOPESLOPE / FALL / FALL

SLOPESLOPE / FALL / FALL

BICYCLE PATH

WALKWAY

FG -0.05

TA1

100x100x5mm THK. S.S '316' 'L' BOLTED TO RC STRUCTURE

150 Ø uPVC PERFORATED PIPE CONNECTED TO NEAREST DRAIN

100mm 100mm THICK THICK SAND SAND CUSHION CUSHION

TURN TURN BACK BACK LINER LINER IN EARTH IN EARTH TRENCH TRENCH ALTERNATIVE ALTERNATIVE STONE STONE LEDGE LEDGE ONON 150mm 150mm AGGREGATE AGGREGATE BASE BASE TOTO PROTECT PROTECT LINER LINER

OVERFLOW DRAIN

FIRE FIRE EN

COMPACTED COMPACTED HARD HARD CORE CORE

COMPACTED HARD CORE

FL +1.05

BIO POND

FL FL +1.10 +1.10 STONE FEATURE

WALL TO DETAILS

ROAD ROAD SUB-GRADE SUB-GRADE

C2C2

TA1 TA1 NON TOXIC & HIGHLY UV RESISTANCE FLLINER, FL +1.05 +1.05 EPDM POND LAP JOINTS SEALED FGFG -0.05 -0.0 IN THE FIELD TO SPECIALIST DETAILS

ROAD SUB-GRADE

100x100x5mm 100x100x5mm THK. THK. S.SS.S '316' '316' 'L' 'L' BOLTED BOLTED TOTO RCRC STRUCTURE STRUCTURE

P

F

150150 Ø uPVC Ø uPVC PERFORATED PERFORATED PIPE PIPE ST13 ST13

C2

BICYCLE BICYCLE PATH PATH FEATURE WALL PLANTING

TW +2.40

FIRE ENGINE ACCESS

SPECIFIED PLANTING

100MM THK P.C.C BED

WALKWAY WALKWAY

VERSIWEB VERSIWEB CELLULAR CELLULAR CONFINEMENT CONFINEMENT SYSTEM SYSTEM ( 100 ( 100 mmmm DEPTH DEPTH ) INFILLED ) INFILLED WITH WITH TOPSOIL TOPSOIL AND AND TURFED TURFED

BOUNDARY WALL

FG

150 Ø uPVC PERFORATED PIPE

BB

6000

BOUNDARY WALL

BENCH FL +0.45

m THK. S.S '316' 'L' O RC STRUCTURE

BL +0.10 BL BL+0.10 +0.1

150MM 150MM 150MM THK THK WATER THKWATER WATER PROOFING PROOFING PROOFINGBRICK FILLING

SOLING 230MM THK

6000

150mm 150mm THICK THICK FINE FINE AGGREGATE AGGREGATE LAYER LAYER COMPACTED HARD CORE

450.0

FILLING FILLING FILLING

100MM THK R.C.C RAFT (AS PER R.C.C CONSULTANT ) TURF TURF PLANTING PLANTING PLANTING 100MM THK P.C.C BED PLANTING

2 2

FIRE ENGINE ACCESS

100-150mm 100-150mm STONE STONE ATAT WAVE WAVE ACTION ACTION ZONE ZONE

1200.0 1200.0 162.51200.0

162.5

SAND SAND SAND BEDBED BED 50 MM 50 50MM THK MMTHK THK

NON NON TOXIC TOXIC & HIGHLY & HIGHLY UVUV RESISTANCE RESISTANCE EPDM EPDM POND POND LINER, LINER, LAP LAP JOINTS JOINTS SEALED SEALED IN THE IN THE FIELD FIELD TOTO SPECIALIST SPECIALIST DETAILS DETAILS

A BICYCLE PATH

TRADE= 450.0mm RISER= 162.5mm

BL +0.25 BL BL+0.25 +0.25

BL +0.10

PAVER PAVER PAVER BLOCKS BLOCKS BLOCKS

SOLING SOLING SOLING MMMM THK230 MMTHK230 THK230 COMPACTED COMPACTED COMPACTED FILLING MURUM MURUM MURUM 150MM THK WATER PROOFING

LH9.2 LH9.2

WALKWAY

OVERFLOW OVERFLOW OVERFLOW DRAIN DRAIN DRAIN TO DETAILS TO TODETAILS DETAILS

FL +1.10 FL FL+1.10 +1.10 TC +1.10 TC TC+1.10 +1.10 FL +1.05 FL FL+1.05 +1.05 TC +1.05 TC TC+1.05 +1.05 SLOPE SLOPE SLOPE

SOLING SOLING SOLING 230MM 230MM 230MM THK THK THK SMOOTH PREPARED SUBGRADE COMPACTED COMPACTED COMPACTED MURUM MURUM MURUM FREE OF SHARP STONES (REFER TO SPECIALIST'S SPECS)

BUNGALOW BUNGALOW BUNGALOW COMMON COMMON COMMON WALL WALL WALL

NON NON NON TOXIC TOXIC TOXIC & HIGHLY &&HIGHLY HIGHLY UV RESISTANCE UV UVRESISTANCE RESISTANCE EPDM EPDM EPDM POND POND POND LINER, LINER, LINER, LAPLAP JOINTS LAPJOINTS JOINTS SEALED SEALED SEALED IN THE ININTHE FIELD THEFIELD FIELD TO SPECIALIST TO TOSPECIALIST SPECIALIST DETAILS DETAILS DETAILS

STONE STONE STONE FEATURE FEATURE FEATURE WALL WALL WALL TO DETAILS TO TODETAILS DETAILS

BL +0.25

ER BLOCKS

BENCH WITH SCREEN WALL

SCALE- 1:25

OVERFLOW DRAIN TO DETAILS

FL +1.05 FL FL+1.05 +1.05 TC +1.05 TC TC+1.05 +1.05 SLOPE SLOPE SLOPE WL +0.70

BIO POND BIO BIO POND POND SWIMMING POOL

PLANTING PLANTING PLANTING

TO SPECIALIST DETAILS

SIZESIZE AS SIZE PER AS ASPER CONSULTANT PERCONSULTANT CONSULTANT

E FL +1.05 TC +1.05

OVERFLOW OVERFLOW OVERFLOW DRAIN DRAIN DRAIN

FEATURE FEATURE FEATURE WALLWALL WALL

WALKWAY WALKWAY WALKWAY

ST24

FL +1.10

OVERFLOW D TO DETAILS 300

PLANTING GUTTER PLANTING PLANTING PLANTING GUTTER GUTTER GUTTER

300 300

AY

300

FFL +7.30

WL +0.70 MT2 BL +0.25

MIN MIN 150150 mmmm COMPACTED COMPACTED HARD HARD CORE CORE

MIN 150 mm COMPACTED HARD CORE 150 Ø uPVC PERFORATED PIPE CONNECTED TO NEAREST DRAIN

SMOOTH PREPARED SUBGRADE FREE OF SHARP STONES (REFER TO SPECIALIST'S SPECS)

09 TRIVENI SANGAM

CONFLUENCE OF THREE RIVERS Urban Design

| Alahabad, INDIA

PROJECT TYPE - COMPETITION

TEAM - HABITAT DESIGN

MY ROLE - INVOLVED IN CONCEPT DEVELOPMENT, BASE DRAWINGS & DIAGRAMS

10 KNOWLEDGE HUB

MODERN UNDER THE ROOF OF TRADITIONAL

Competition | Kerala, INDIA

11WAY-SIDE SHRINE VERNACULAR WAY

Zonal NASA Competition | Ahemdabad, INDIA

12 WHITE HOUSE

MORE WITH LESS Architecture & Interior Design

| Delhi, INDIA

PROJECT TYPE - Residential

CLIENT - Mr. Anup Madan

TEAM - Design Virtuoso

MY ROLE - Concept development

Following the brief of the client and his love for white color, the architectural composition and interior of the house follows pure and fresh fell of monochrome color pallete, minimalist decoration and clear lines. The clear, angular lines combine with the furniture to provide design rich-comfort. Floor-toceiling windows, atrium-like space for swimming pool and alternate solids and voids, views and privet corners in the house allows the house to be enjoyed and experienced as series of intriguing elements. Custom pieces of wooden furniture along-with pops of bold colors compliment the concrete, and ties together the natural lighting reflecting off the natural wood to give a cozy vibe.

13 DAYLIGHT & ENERGY SIMULATION RESIDENTIAL FACADE DESIGN

Sustainable Design | Lorong Pisang Batu, SINGAPORE

CONTEXT

STEP 1 : POSSIBLE FACADE SCREEN VARIANTS

No

facade Screen

OPTIMAL COVERAGE

TEAM - studio M A C

OPTIMAL LIGHTING LEVEL

200

50%

400

75%

600

100%

800+

lux

MY ROLE - Integration of Design & Sustainability

SW direct solar gain

OVERLIT SPACE See through the house

lux

25%

facade Cover

PROJECT TYPE - Residential

0

facade Cover

lux

HIGH HEAT GAIN NO PRIVACY

View blocked

EXISTING

WITHOUT SCREEN SCREEN

WELL LIT SPACE

facade Cover

lux

View blocked

REDUCED HEAT GAIN Optimum sunlight

CONTROLLED PRIVACY

View blocked

Neighbour’s House

PROPOSED WITH SCREEN

Road

Client’s House

facade Cover

lux

OPTIMAL FACADE SCREEN

STEP 2 : PERFORATION GRADIENT STUDY

A

B

C

D

E Perforation location

E

50%

40%

D

Option 3

35%

C

30% Option 2 25%

B

10%

0%

Perforation Percent

20% Option1

A 1

Option

- - - - > D A- -- -- -- -- >- >E D - - - -A- >- -E- - - > D - - - - - > E

2

Option A - - - - - > D A- -- -- -- -- >- >E D - - - -A- >- -E- - - > D - - - - - > E

3

WEST HEAT GAIN Without Screen With Screen

Option A - - - - - > D A- -- -- -- -- >- >E D - - - -A- >- -E- - - > D - - - - - > E

ENERGY S I M U L AT I O N

D AY L I G H T S I M U L AT I O N

- > - 2> 5 5%0 % - >3 52 % 5 %- > 5 0 % - > 2 5 % % - > 4 0 1%0 % - > - 1> 0 4%0 % - >1 01 % 0 %- > 4 0 % - > 1 0 % 2 5 % - > 4 0 2%5 % - > - 2> 5 4%0 % - >2 52 % 5 %- > 4 0 % - > 2 5 % 3 5 % - > 5 0 3%5 %

4,821

kWh/yr

x

3,610 kWh/yr

TOTAL ENERGY SAVINGS

24.3% Energy Savings on Western Faรงade translate to approx.

25% reduction in Electrical bill for air-conditioning & lighting*

14 TCPL HEAD OFFICE

WORK AT COMFORT OF HOME Interior Design

PROJECT TYPE - Office

| Gurgaon, INDIA

CLIENT - Team Computers Pvt. Ltd

TEAM - Design Virtuoso

MY ROLE - Interior & Furniture design , GFC drawings, Execution supervision

15 TCPL BRANCH OFFICE

FLEXIBLE SPACES, PLAYFUL FURNITURE

CONCEPT

Complete transformation of interiors of an almost twent-years old wither office space to a lively workspace, abiding by the existing structural grids, is one such project which is successfully conceptualized and executed in close collaboration with the client and the employees of the office- to meet their demands and expectations.

The new office space is dynamic, modern and fun with the playfulness of design arrangements, hues of bold colors, robust materials and intriguing shapes that adorn the variety of working premises.

An industrial hint of exposed ceilings and pipes, polished concrete floors, modernistic furniture is softened by natural materials like wood and stone, glass and metal and is additionally enriched by soft textures and high charactercstic colors. The darkness is supplemented by shining surfaces, installations, wonderful contemporary illuminating pieces and lamps, green turf carpet and indoor plants & succulents- all with unique design and memorable presence.

The whimsical sense of humor is evident in some of the unique features of the open office layout : bean bag chairs upholstered in bright colors, swing seats, workstations of different shapes and heights, sleeping pods- all creating fun. dynamic atmosphere for the employers to make feel that the work is also a pleaure and entertainment.

Interior Design | Delhi, INDIA

16 LUXE ORANGE FURNITURE SHOWROOM AN EXPERIENCE CENTRE

Interior Design | Delhi, INDIA

PROJECT TYPE - Retail

CLIENT - Mr. Rishabh Arora

TEAM - Individual

MY ROLE - Interior Design, GFC drawings

Four walls, Eight sets, Tweleve Interactive faces and an array of dynamic experience

The design for this furniture showroom is to create an interior space that offers diverse and dynamic experience to the visitors, to showcase the brand’s vast array of furniture styles. The long, narrow basement space is composed of eight semienclosed sets along a central zig-zag corridor, designed to showcase one type of furniture in each with flexibilty of changing the arrangement and mood of the enclosed space depending on the style of the furniture.

Entrance

32’2” 23’5”

102’8”

Existing ground floor Proposed cutout for vertical circulation

78’10”

25’10”

CREATING SETS

CEILING PATTERN

A showroom full of events with changing sets and scenes

LANDSCAPE

THANK YOU

ARCHITE

SUSTAINABILITY

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ECTURE

INTERIORS

URBAN

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