portfolio2007-2012

Vaama Joshi

Indian Institute of Technology, Hydrabad1.0

Site Area: 502 Acres

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Retentionpond on shallowestpoint

Library as a focalpoint

Housing

Housing

Arrangement of Academic,recreational buildings to offer views & discourageautomobile use

Arrangement of buildings to offerviews & discourage automobile use

GREENIITs

Stormwater Management

Sustainable campus pioneer in India

Campus Farming

Sustainable mobility

Renewable energy

Recycling

Sustainable Living

• Retention ponds, Bioswales • Reduced width of roads,

Minimum parking spaces

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=

• engage students and faculty interaction

• Locally produced food

• Bicycle & pedestrian driven design

• Fuelefficientshuttle services

• Proposed use of renewable energy

• on-campus recycling facility

• Education programs

Academic Buildings

AdministrationBuilding

Lecture Building Complex

Central Library

Retention pond

Schematic road Sections

Evolution

Major road Entry road

Undergraduate thesis

N

Learn + Play + Interact + Learn + Play

1.

Evolution

2.

Break-out spaces: Located strategecally to encourage interaction withing faculty-students

Lecture halls

Amphitheatre Sitting areas:Outdoor study spaces, Group meetings

Outdoor gallery: Platform for students to display their work and interact

Section

Lecture Hall building, IIT-H1.1

Plan at Ground lvl

Plan at lvl one

Plan at lvl twoAdministration building, IIT-H1.2• Deans’ cabins

-Dean of faculty -Dean of R & D - Dean of Academics -Dean of Planning

• Supportingstaffoffices• Meeting-conference rooms• Director’s cabin• Break-out space

• Meeting -conference rooms

• Examoffice• Supportingoffices

• Administration• Admissionoffices• Dean of student’s

cabin• Paper setting area• Secured storage• Cafe• Outdoor plaza• Interaction areas

Cafe

Interaction area

Director’s cabin

Administration

Retention pondPromenade Stepped sitting Library CafePhysical- visual connectivity

1.3 Central Library, IIT-H

Plan at lvl two

Plan at lvl one

Plan at Ground Level

• Administration• Boorkstore• New books arrivals• Storage• Cafe• Concerence-meeting• Central plaza• Computer center

• Reference reading• Audio-visual centers• Break-out spaces• Check-out area• Stacks

• Rare books and manuscripts• Quiet reading areas• Study cubicals• Break-out spaces

Visual connection and relation with retention pond

2.0 AC-CA Competition

The bridge lures the traveller across the canal weaving in a series of Experiential Spaces An elevated cafe strategically facing Hermitage museum serves as the nerve center.

Viewing Deck To leisurely absorb the view of the canalin backdrop of art installation space

Program Design DISPLAYSRT

1. 2. 3. 4.

Canopy Inspiration

Bicycle Repair and park

Art displays Viewing areas Sitting areas

Cafe Outdoors

Cafe indoors

Illuminating solar disc arrayContemporary derivative of traditional roof tiling serves as energy generation system and lends iconic character to the bridge

AC-CA -2011competition design problem was to develop an iconic pedestrian bridge connecting hermitage museum with the opposite side of the canal.Thefinaldesignoutcomeisacombinedeffortwith principle architect of Kaleido architecture design firm.Theproposalishighlycontextualandcarriesthecharacteristics of the surroundings in contemporary bridge design. The bridge functions not only as connecting element but as a gateway to hermitage museum while keeping sustainability in mind.

Iconic bridge, Amsterdam

3.0 Indian Institute of Technology, Indore

Site Pedestrian circulation Pedestrian circulation with greens

Campus along the forest State of the Art technologyIntelligentSustainable

Accessible Social sensitivityInterdisciplinary

InteractionsCreativityImagination

Native

Seamless Flexible

Secure

Promote

Vehicular circulation Vehicular circulation with parking and buildings1. 2. 3. 4. 5.

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• Indore (IN) • 501 Acres area• 20 Km south to the city• Harsh and extreme climate• Site features:Forest land and contours,

water bodies

• Maximized pedestrian ways• Academic zone: Only pedestrian• Connectivity to the forest trail

• Maximized green spaces• Ceremonial circle• Green + Interaction areas

• Minimizedvehiculartraffic• Connectivity to major nodes• Combination of major and minor

roads

• Reduced parking spaces• Covered parking in housing area• Permeable and high SRI material

IIT-I is highly prestigious project won by CannonDesign though the design competition. The master plan for the institute will be developed over four phases with 60 years of development period. I contributed to the post competition design development formulating master plan and housing component as a team member. The design exhibits sustainability through every aspect at micro as well as macro level setting an example for upcoming institutes in India.

Entrance Student sports & recreational Student administrative services

Central spine Student center Forest

Latitudinal Section longitudinal Section

Hostels Departments Departments Departments DepartmentsShared Shared SharedStudent center

Development Stages:

3.1 Massing, IIT-I

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1. Entrance boulevard

2. Academic zone & students housing

3.Entrance for faculty housing

4.0 MAX Healthcare, New Delhi

Unit Studies:

Massing Exercises:

Terraces

Master plan_ Housing component1. Courtyard spaces Conceptual massing2. 3.

Commercial/ retail Block

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=Area for common

facilities

The MAX healthcare project has a housing component along with hospital and educational facility. The initial master plan was defined and conceptual massing was formulated. The challenge for our team was to fit housing component in the form while making it code compliant

Housing component

Single Occupancy Double Occupancy Studios Single Occupancy Double Occupancy Single Occupancy

MBBS & PG Students Nursing Students Nursing Staff

The aim of this project was to observe movements of ‘Touch-me-not’(Memosa Pudica) plant and recreate the motion using simple mechanics, technology to create a shading device. Origami, the Japanese Art of paper folding is explored which gave insights into making potential system though use of malleable materials. Various shapes and lamination variations were studied and motions were observed. The significance of ‘stress diamond’ in the center was noted for all iterations. This phenomenon was translated into further iterations of actuation prototypes.

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Material Composite: Lamination Alternatives

Motion Studies

5.0 Helio-Nastic Shading Device BioLogic Responsive Architecture

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11:3

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9:30

am

7:30

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12:3

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10:3

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Shadow Studies

Actuation Prototype:

Architectural Application:

Summer Solistics

OP 01 OP 02 OP 03 OP 04

Winter Solistics

1. 2. 3. 4. 5.

:JoshiVaama: :MarionFlrore: :MayRich: :RPushkala: :VoDuy: (MSSD: CMU)

5.1 Helio-Nastic Shading Device BioLogic Responsive Architecture

Closed position Open position

:DoeffingerTess: :JoshiVaama: :VoDuy: (MSSD: CMU)

6.0 Transforming the Envelope Donner House Retrofit

The goal of ‘ Donner house retrofit’ project was to understand current challenges and propose sustainable, regenerative solutions for retrofit. Different aspects were studied in depth and our team focused on possibilities of energy and food generation in the Donner house premises. Three main building components were studied : Existing roof, Envelope and Loading-unloading dock roof extension. In addition to energy -food generation strategies, proposed extension of loading-unloading dock mitigate the negative impact due to activities happening in the basement and dock. This is also seen as an attempt to beautify one of the most neglected areas on campus.

Intensive roofBIPVRenewable Energy

Heat Island effect BenefitsAesthetics

On campus foodGreen FacadeCosts

Extensive roof

Loading-unloading dock

Pioneer

Payback

Inte

nsiv

e Ro

of

Sola

r Pan

els

BIPV

s (Ro

of)

Bio

Wal

l

Exte

nsiv

e Ro

of

Veg

etat

ed P

anel

s

Wire

-rope

syst

em

Ad

just

able

BIP

Vs

Roof

Facade:

Co2 Reduction: 43.2 tons

Co2 Reduction: 12%

Storm water: 100% capture

Storm water reduction: 6%Food Production:4% of total required

Insulation:17% reduced energy demand

Food production: 3.9% of inhabitants

Heat island reduction: 14F-44F

Energy generation: 109 MWh/yr.Heat loss: 26% reduction

Heat gain: 75% reduction

Benefits

Structure

to basementgarage

Loading/unloading dock

Proposal

Existing structure

Sign Roll no: Vaama Joshi.Fifth year B.tech. Sc: as shown

Date: Plate no:

Sir. J.J. College of Architecture21 3Folded PlateScale-1:100

FEMALE CHANGING

MALE CHANGING

FIRSTAID

STORE

WAITINGENTRANCE

ADMINISTRATION

4500

WARM-UP POOL

4500 4500 4500 4500 4500 4500 4500 4500 4500 4500Scale-1:200Key Section

Scale-1:500Key Plan

5200

3000

2600

A A

49500

3000

0

A

Plan

4500 4500 4500 4500

18000400X400 R.C.CCOLUMN

3000

3000

3000X2000

230MM THK BRKWALL

WARM UP POOL

SKYLIGHT1000X600MM

VALLEY BEAM1000X600MM

GUTTER

RIDGE BEAM400X400MM

OPENINGS

18000 C/C

B

230 MM THK BRK WALL

400X400 R.C.C.COLUMN

DISTRIBUTION

MAIN STEEL 22MM DIA

120MM THK BRK. BAT COBA

3OMM THK SCREED

DIAPHGRAM BEAM 250X2600

FOLDED PLATES

1OMM DIA TIES @200C/C

15MM THK R.C.C. GUTTER WALL

RAIN WATER PIPE

STEEL 16MM

600

200c/c

MAIN STEEL 22 DIA

470

DRAIN HOLE

400X 400 R.C.C. COLUMN

BENT STEEL 22 MM DIA

16MM THK PLASTER

DIAPHGRAM BEAM

DISTRIBUTION BARS 16MM DIA @

R.C.C. COPING

BRICK WALL 230MM THK.

SCREES 30MM

120MM THK BRICK

230MM BRK WALL

MAIN STEEL 22MM DIA

STIRRUPS 10MM DIA450 x 300 TIE BEAM

500

450

BAT COBA

8 IN NO.

150 C/C

200C/C

Detail @ B-Rocker Joint

R =

2000

mm t =150

mm

45400 mm

400 m

m

300 m

m

Detail @ A-Cross Section of the Folded Plates

Scale-1:20

DIA 150c/c

C

Detail @ bb' -Diaphgram Beam,

Detail @ C-Gutter-Coping &Folded Plate

b

b'

16 MM THK PLASTER

FIXING SHOE

10MM THK WIRED GLASS

R.C.C CHAJJA

75 x 75MM ANGLE CLEAT

150x100x10 M.SPLATE

40

Detail @ D-Skylight

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7.0 Building Technology Undergraduate work

+105.45M

DN

+105.07M

STORE ROOM+105.45M

MEN

WOMEN

D1F5 C12/13S5 W10 F13C12

S3W10

F12 C12/13NA W12

F12 C12/13NA W12

D7

D6

D7

PANTRY

VV

VV

D6

RWP+105.45M

C2C1

RAMP UPSLOPE 1:10

+105.45M

+105.45M

+105.45M

12

A

RWP

3

TREAD= 300RISER= 160

C3 C4 C5 C6 C7

C9C8 C10 C11 C12 C13 C14

+105.55MFFL:

+105.55MFFL:

+105.53MFFL:

+105.53MFFL:

+105.55MFFL:LOBBY

DN

B

D6

D6

F12 C12NA W12

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B

C16

C17

C18

C19

C20

C15

R1

R1

ROOF

CANOPY

SHAFT

+109.95M

+111.75M

A

B

A

B

REFER CANOPY DRAWINGFOR CANOPY DETAILS

GROUND PLAN

ROOF PLAN

KALINGA PARK,BHUBANESWAR

DESIGN CONSULTANT:

06/21, 3rd Floor, Grants Building, Arthur Bunder Road,Colaba, Mumbai- 400005, India.

• • •• • • • •• •• • •••• • •• •• •• • • •• • •• •• • ••• •• •• •• • •• • •• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •• • • • •• • •• •• • • •• • • • •• • •• •• • • • • ••• •• • • •• • •• •• •• • • • • •• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

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PROJECT MANAGEMENT CONSULTANT :STRUCTURAL CONSULTANT :

MEP CONSULTANT:

Spectral Services Consultants Pvt. Ltd.

Cannon Design International Pvt. Ltd.

B-306-308, Classique Centre,26, Mahal Industrial Estate,

Off Mahakali Caves Road, Andheri (E), Mumbai- 400 093.Tel: +91 22 4099 5300 (Office)

Fax: +91 22 4099 5310Web: www. spectralservices.net

Tata Consulting Engineers Ltd.4th Floor, Tower A,

247 Park, L B S Marg, Vikhroli (W),Mumbai 400 083.

Tel: +91 22 61148181Fax: + 91 22 61148282

MEINHARDT FACADE TECHNOLOGY (INDIA) LTD.No.22, Anna Salai,

1st Floor, Standard House. Little Mount, SaidapetChennai 600 015, INDIATel: +91 44 2235 1333Fax: +91 44 2235 1332E: deena@mfacade.in

W: mfacade.com

FACADE CONSULTANT:

ESPACE PLANING SERVICES (P) LTD.architects - planners - interior designers

35-A, DR. SARAT BANERJEE ROAD, KOLKATA-700064TeleFax : 91-33-2465-4130 / 4159

e-mail : espace@vsnl.net

PROJECT CONSULTANT:

CLIENT :

Tata Consultancy ServicesTCS Kalinga Park, IT/ ITES SEZ, Plot- 35,

Chandaka Industrail Estate, Patia, Chandrasekharpur,Bhubaneswar- 751024.

GATE BLOCKPLANS

STAMP:

7.1 Working Drawings Professional

photography

pottery