Selected Works - Vasudha Mittal

Selected Works

Vasudha Mittal|M.S. Arch, Pratt Institute

Vasudha Mittal

mittal.vasudha@gmail.com +1-347-425-5145 issuu.com/vasudhamittal in.linkedin.com/in/vasudhamittal

WORK EXPERIENCE July 2018 - Present

ANDREW L PETTIT ARCHITECT, MANHATTAN, NEW YORK, USA Architectural Designer

Dec 2017 - June 2018

MORPHOGENESIS, DELHI, INDIA Architect

June 2017 - Sept 2017

ABHIMANYU DALAL ARCHITECTS, DELHI, INDIA Freelance Architect

Sept 2016 - April 2017

VIR MUELLER ARCHITECTS, DELHI, INDIA Architect

July 2015 - July 2016

ANDREW L PETTIT ARCHITECT, MANHATTAN, NEW YORK Job Captain

May 2015 - June 2015

PRATT INSTITUTE, BROOKLYN, NEW YORK, USA Teaching Assistant (William Macdonald’s Studio)

Aug 2014 - May 2015

Lab Monitor (Rapid Prototyping Lab and Digital Photography Lab)

Aug 2013 - May 2014

MORPHOGENESIS, DELHI, INDIA Junior Architect

July 2011 - Dec 2011

Architectural Intern

EDUCATION May 2014 - June 2015

PRATT INSTITUTE, BROOKLYN, NEW YORK MS Architecture (Post Professional) Excellence in Academic Acheivement Award

Aug 2008 - June 2013

SUSHANT SCHOOL OF ART AND ARCHITECTURE, GURGAON, INDIA Bachelors of Architecture

LICENSES

SOUTH WEST SECTION Kindergarten Design, Gurgaon, Haryana, India Second Year Fall Project 2010

An 8 story high office building in Upper West Side Manhattan, developed using Passive House principals. There is an existing 2 story building on site which has to be partially demolished while adding the remaining storys above and digging a cellar below. A building which will eventually house a plumbing business, an HVAC consultant, an Architect as well as an expediter.

The project involved maximizing the use of the available FAR while providing flexible office floor plates as well as a 3 level parking garage for trucks. The floor plans are such that two offices can operate efficiently within one floor.

The building elevation combines traditional Palladian design elements with a modern steel structure. In order to speed up the construction process and ensure good quality construction, insulated precast concrete panels were proposed that met the required R-Values for Passive House design.

One of the challenges during the Design Development process was to ensure that the Passive House as well as New York City Building Code guidelines are met without compromising on design. Another challenge was to figure out the demolition, excavation & construction methodology of a site with an existing building that has to be partially retained.

Passive House Office Building,Professional| New York ’18 -‘19 Andrew L. Pettit, Architect| Revit, Autocad, Photoshop| Design Development, Construction DOcuments|

Firm Software Stages

Typical Floor Plan

Ground Floor Plan

Lower Level Plan

Upper Level Plan

Storage Lab

Production

Storage

Production

Lab

Plaza

Production

Production

Longitudinal Section

Production

Plaza + Experience Center

Production

| North-West

A factory for a popular body products brand in the hills of Northern India. This was at the location of their first factory, so it held a lot of value to the owners. The proposal was to incorporate an experience center to celebrate the brand and attract visitors as well as clients.

The proposed factory uses design elements from local architecture in the area, such as sloped roof supported by wooden battens and a cantilevered upper floor that provides a rain shelter to the space below.

Random rubble, a material used to construct buildings in the area, is used on the facade.

The site, being on the side of a hill, was being used as a thoroughfare for locals. The building was to be built over the footprint of theri old factory. We proposed a plaza for visitors and locals that connects the high and low parts of the site. For the workers, we proposed a community space at the upper level.

The courtyard inside the building with a skylight allows natural light to fill the space. Deep recessed windows on the west facade and large windows on the north facade provide the correct amount of light & shade. Rainwater harvesting and Solar panels significantly reduce the dependency of the building onto the grid.

Factory in the Hills, Dehradun Professional| ‘18 Morphogenesis| Autocad, Sketchup, Photoshop, Powerpoint| Schematic Design|

Firm Software Stages

N CONCEPT N CONCEPT ctural Expression

tural Expression

from Forest Essentials Lohail rom Forest Essentials Lohail plan format : An open plan is plan format : An open planthat is priate for a factory building riate for spaces a factory building that es flexible s flexible spaces munity spaces : Gathering spaces are unity : Gathering spaces ial to spaces enhance the quality of lifeare of al to enhance the quality of lifestaff. of staff. er too expensive: The use of timber r too expensive: The useshould of timber construction material be material should be dconstruction as it is 1.5 times as expensive as as it is 1.5 times as expensive as

enousness : Being inspired from local nousness : Being inspired from local uction & use of local materials. ction & use of local materials.

Planning Planning

Produ ction Produ ction

Produ ction Produ ction

1 existing building footprint 1 existing building footprint Volume Volume

2 connecting topography 2 connecting topography

3 creating a public plaza & 3brining creating a public plaza & in light brining in light

2 taking advantage of cantilever accommodate additional area 2totaking advantage of cantilever Morphology much a typical area to accommodate additional ‘garhwali’ house called Kholi Morphology much a typical ‘garhwali’ house called Kholi

3 developing roof form to harness energy &roof to create 3solar developing form toanharness elevated community landscape solar energy & to create an elevated community landscape

N CONCEPT

pography: The building acts as a tion between the higher & lower f site.

roduction

Visitor/ admin/ library

Community space

oduction

Visitor/ admin/ library

Community space

Visitor/ admin/ library

Production

Production

Ground Floor

Lower Ground Level Floor

Production

lab

Production

Loading/ unloading Loading/ unloading

Visitor/ admin/ library

Production

storage

e: amenities: Storage areasCommunity located together in space north eastlevelsside for within easy ed at both integrated /unloading. ilding.

Separate changing rooms for women. amenities: Community space damenities at both & levels integrated within Library: Consolidated lding.

Separate rooms for nce center in changing the middle of the gwomen. with access to all programs & tion to outside. amenities & Library: Consolidated nce center The in the middleacts of as thea opography: building gtion withbetween access the to all programs & higher & lower tion to outside. of site.

storage amenities

tion: Programs arranged around e: Storage areasare located together in hwali House ral courtyard bringsforin light. north east thatside easy hwali House ted the corridor g/unloading.

1 existing building volume 1 existing building volume

Production

Community space

amenities

ral courtyard that brings in light. ted the corridor

lab

N CONCEPT tion: Programs are arranged around

Community space

First Floor

Upper First FloorLevel

+293.74

+293.90

LIBRARY

SEATING AREA

LAB

AGARBATTI ROLLING

+294

PACKAGING HALL

VISITOR CENTER

+294.51

+295

+29

STORES

OIL EXTRACT

TOILET VISITOR + S

RECEPTIO

+296

MANUFACTURE HALL

PANTRY

Elevation Study

Unique joinery details are created out of readily available materials at the construction site. These details maintains the rustic character of the project.

Housing for lights is created by readily available materials combined with florescent lighting that provides good lux levels and CRI levels.

Material palette to fit in with the context

Steel rafters clad with wood and wicker panels infill in ceiling

wooden battons with fly mesh ceilings

stepped seating as gathering space

DETAIL

The Stone Wall Railing detail in reinforcement bars

Unique lighting from Mundane objects

DESIGN CONCEPT

Wooden cladding on steel rafters with wicker panel infill

An entrance wall showcasing technique marks the entrance to wall is symbolic of how local ma techniques used for centuries ca and architecture that needs to fu

Architectural Expression Planning

Learnings from Forest Essentials Lohail

•

Open plan format : An open plan is appropriate for a factory building that requires flexible spaces

•

Community spaces : Gathering spaces are essential to enhance the quality of life of the staff.

•

Timber too expensive: The use of timber as a construction material should be limited as it is 1.5 times as expensive as steel.

•

Indigenousness : Being inspired from local construction & use of local materials.

Produ ction

1 existing building footprint

Volume

2 connecting topography

DETAIL

3 creating a brining in li

The Wicker wall & Spouts Local wicker technique are used to create pivoted panels to allow natural ventilation.

Concrete Spout becomes an Architectural feature and a water collection device much inspired by Corbusian architecture

Wicker panel screwed into steel section

Cold rolled steel section edge

Cold rolled steel section with pin inlet for pivoted panel

1 existing building volume Section

cantilevered upper floor Typical Garhwali House like local homes

concrete spout

wicker panels for ventilation

2 taking advantage of cantilever to accommodate additional area Morphology much a typical stone masonry ‘garhwali’ house called Kholi

Plan

Optimizing the wind during the warm period

Blocking the wind during the cold period

Entrance way

Rain water spouts

Masonry/ Gabion Wall

3 developin solar energ elevated co

ard

DETAIL

D Informal meeting/ seating space

The Courtyard

Interior Views

Wicker Panels

D Reading and seating steps

View Library seating

Built – in planters

Transverse Section

Shelves in concrete and metal

Seating inspiration

Seats rising from ground

Concrete benches

Entry Entry

Plaza + Experience Center

5

mortar bed (typ.) over 100mm P.C.C. sloped to drain (typ.) over waterproofing and insulation as per specifications

4

3 13 a7.1 a7.1

30 1

30 2

2360

2250

2790

430

540

+9180 mm t.o. slab

30 3

300

150

+6240 mm t.o. slab

2390

2540

270 (typ.)

7

6

20 2

a7.1 a7.1

5870 179 (typ.)

10 3

+3550 mm t.o. slab

detail 1:20

19mm marine ply fixe M.S. plate countersunk sc

S1

20mm 'ITALIAN MAR II' treads & r

200

2410

2710

300

a7.1 a7.1

420

+690 mm t.o. slab

20mm 'ITALIAN MARB floo

+00 mm site

00 2

2510

2830

00 3

'KNAUFF STRATOPA acoustic ce

00 4 270

3250

existing R.C.C.

-2710 mm t.o. slab

section

5

detail

Adaptive reuse of an old building to a high end restaurant. The constraints of the existing structure as well as the strict deadline involved coordinating with the structural and MEP consultants from the start of the project, to create a space of luxury.

25mm 'KOTA BROWN' stone flooring over mortar bed (typ.) over 100mm P.C.C. sloped to drain (typ.) over waterproofing and insulation as per specifications

notes

3 13

40mm dia brass handrail

20mm 'ITALIAN MARBLE II' treads 1500

2510 270 5870

5370

00 3

0

oor

-2710 mm t.o. slab

5

-2710 mm t.o. slab 30 2

5

section 1:50

a1.1 a7.1 t48 t47 t46 t45 t44 t43 t42 t41 t40

a7.1 a7.1

t39 t38 t37

2160

900

810

(3 treads @ 270mm) (4 risers @ 179mm)

4 a1.2 a7.1

70

40mm dia brass 12mm dia. M.S. rod with brass handrail electroplating screwed to 20 dia rod

70 50

10mm M.S. deck plate

existing R.C.C. slab

'HILTI HLC M12' anchors 500mm apart in staggered manner

'KNAUFF STRATOPANEL' acoustic ceiling 10mm M.S. deck plate

6mm brushed brass plate

120

25mm M.S. 12mm marine ply anchored 50to M.S. frame

50

stringer plate eq

10mm M.S. deck plate

anchors 500mm apart in staggered 9 detail manner

existing R.C.C. slab

40mm x 70mm x 6mm brass plate fixed to brass channel with countersunk screws

40 10

50mm x 50mm M.S tube frame anchored to R.C.C slab HLC M12' 'HILTI

'KNAUFF STRATOPANEL' section detail 1:50 acoustic ceiling detail

CL

10

20

brass electroplating

7

eq 100

20mm 'ITALIAN MARBLE II' CL treads wall cladding; see sheet a5.1 for details 25mm x 25mm brass channel 10mm M.Sm deck plate 40

20mm dia rod welded 10to existing wall at site 10mm M.S. deck plate

12mm marine ply anchored to M.S. frame 40mm dia brass wall cladding; see handrail welded to sheet a5.1 for details 8mm dia brass rod 25mm x 25mm brass 8mm dia M.S. rod with channel brass electroplating welded to M.S. plate 40mm dia. M.S. handrail 6mm with with M.S. brassplate electroplating brass electroplating welded to M.S. rod 1:10

CL CL

CL

CL 50mm

a7.1 a7.1 a7.1 a7.1

CL

40 dia. brass handrail welded to 8mm dia rod

x 50mm M.S tube frame anchored to R.C.C slab

detail

8mm dia. rod welded to M.S. plate with brass electroplating 6mm brass plate

7

detail

12mm dia. M.S. rod with brass electroplating screwed to 20 dia rod 1:5

a7.1 a7.1

6mm brass plate fixed to brass channel with countersunk screws

100

120

50

CL CL

eq

brass electroplating welded to M.S. plate section 6mm M.S.detail plate with detail 1:50 brass electroplating 1:50

12mm dia M.S. rod with brass electroplating wall cladding; see sheet a5.1 for details

25mm x 25mm brass

eq

100

9 11

detail

1:5

a2.1 a7.1 a7.1 a7.1

e

a7

stai

As

Vir.Mueller CL CL Architects| Revit, Photoshop| 270 (typ.)

8mm dia M.S. rod with Schematic Design, Design Development, Construction Documents| 40mm dia M.S. brass 8mm dia. rod handrail welded to welded to brass plate 10mm M.S. deck plate 8mm dia brass rod

4 p w

10

Tres Restaurant, Delhi Professional| ‘18 270 (typ.)

4 h

10 8

1:5 detail

a2.1 a7.1 a7.1 a7.1

6mm brushed brass plate 1:5

1:10

12mm dia M.S. rod with brass electroplating (8 treads @ 270mm) (9 risers @ 179mm)

25mm M.S. stringer plate

100

a7.1 a7.1

00 4

N

3

6mm M.S. plate with brass electroplating

20mm 'ITALIAN MARBLE I' 12mm dia M.S.flooring rod with

900 (typ.)

4

section 1:50

8mm dia. rod welded to M.S. plate with brass electroplating 6mm brass plate

70

3250

3

+00 mm site

electroplating 20mm brass 'ITALIAN MARBLE flooring welded to M.S.&plate II' treads risers

70

00 4

a1.2 a7.1

a1.1 a7.1

40 dia. brass handrail welded to 8mm dia rod

50

00 3

(3 treads @ 270mm) (4 risers @ 179mm)

tos:+6240 f f e : +6300

00 2

CL

CL

270 (typ.)

50

810

CL

a7.1 a7.1

dia. brass h Firm 40 to 8mm dia rod Software8mm dia. rod wm diplom brass elec new Stageswith 6mm brass pla

CL 20mm 'ITALIAN MARBLE II' treads

50

(8 treads @ 270mm) (9 risers @ 179mm)

1 a7.1

+690 mm t.o. slab

270

8

900

2830

2160

CL CL

8

a7.1 a7.1 1:5

a7.1 a7.1

10mm M.Sm deck plate

20mm dia rod welded to 10mm M.S. deck plate

70

4

1:10

existing wall at site

detail

50

I oor

0

+690 mm t.o. slab +00 mm site

8

UP (3 treads @ 270mm) (4 risers @ 179mm) a7.1 a7.1 t39 t38 t37 t36

(8 treads @ 270mm) (9 risers @ 179mm) t32 t31 t30 t29 t28 t27 t26 t25 t24

7

dia M.S. rod with 20mm 8mm 'ITALIAN MARBLE I'

S1 200

810

wall cladding; see sheet a5.1 for details 25mm x 25mm brass channel

6

a7.1 a7.1

724

900 20 2

6

detail

1:20 detail

detail 1:20

countersunk screws

00 2

10

6mm brushed brass plate 'HILTI HLC M12' 'HILTI HLC M12' 12mm marine ply anchored500mm apart anchors 500mmanchors apart to M.S. frame in staggered manner in staggered manner 50mmM.S. x 50mm tube frame 10mm deckM.S plate 10mm anchored to R.C.C slab M.S. deck plate

70 900 20 (typ.)

2160

t39 t38 t37

40mm x 70mm x 6mm brass plate fixed to brass channel with countersunk screws

40 10

50

2790

420

5370

t48 t47 t46 t45 t44 t43 t42 t41 t40

00

10 3

40mm dia brass handrail

25mm M.S. stringer plate CL 10mm M.S. deck plate

'HILTI HLC M12' anchors 500mm apart in staggered manner

19mm marine ply fixed to M.S. plate with countersunk screws 19mm 40mm marine fixed to dia ply brass 20mm 'ITALIAN MARBLE handrail welded to with II' M.S. treads plate & risers 8mm dia brass rod

S1

420

a1.1 a7.1

N

a1.1 a7.1

10 3

5

t.o. slab +3550 mm t.o. slab

3. Refer structural drawings for stair s

20mm 'ITALIANsteel details.

MARBLE I' skirting

10mm M.S. deck plate

20mm 'ITALIAN MARBLE I' skirting

25

25 25mm M.S. stringer plate

25mm M.S. stringer plateplate

a7.1 a7.1

4

420

f f e : +3610

30 2

2410

2710

2

tos:+3550

23902830

150

2

N

eq

2. Contractor to provide mock-up of handrail and balusters for review/ ap by architect prior to fabrication/instal

25mm M.S. stringer plate

70

4

eq

25mm M.S. stringer

section 1:50

1295

(3 treads @ 270mm) (4 risers @ 179mm)

25

19mm marine ply fixed to M.S. plate with countersunk screws

100

'KNAUFF STRATOPANEL' acoustic ceiling

-2710 mm +3550 mm t.o. slab

3

eq

20mm 'ITALIAN MARBLE II' 100 treads fixed to marine ply with adhesive

10mm M.S. deck plate

00 4

a7.1 a7.1

a1.1 a7.1 810

6 00 3 a7.1 a7.1

2510

tos:+624(8 0 treads @ 270mm)

179mm) 95ffe: +6300(9 risers @5370

900

270 (typ.)

a7.1 a7.1

101

t23 t22 t21 t20

25

270

2160

6

20 2

200

0

7

10 2 a7.1 a7.1

300

t16 t15 t14 t13 t12 t11 t10 t9 t8

20 2

7

5870

900 810 10 3 (3 treads @ 270mm) UP (4 risers @ 179mm)

101

8 a7.1 a7.1

300

12

sheet a7.1 a7.1

existing R.C.C. slab

2510

2160 (8 treads @ 270mm) (9 risers @ 179mm)

UP

screen; see sheet a14.2 wall cladding; see for details

a7.1 a7.1

+00 mm +6240 mm site t.o. slab

179 (typ.)

00

+690 mm

+6240 mm t.o. slab t.o. slab

270 (typ.)

179 (typ.)

02

4

t39 t38 t37 t36

25403250

5370 t32 t31 t30 t29 t28 t27 t26 t25 t24

30 3

00 2

300

f f e : +750

30 2

a7.1

2410

tos:+690

N

30 1

1

2390

20 2

2710

5370

150

N

1620

(6 treads @ 270mm) (7 risers @ 179mm)

2830

a7.1

4

900

3250

1

f f e : +3610

2250

a1.1 a7.1 3670 tos:+3550

6 a7.1 a7.1

70

S1

13

a5.1 for details 40mm dia brass 19mm marine ply fixed to handrail M.S. plate with 40mm dia. brass brass plate cladding countersunk screws handrail as per detail 20mm 'ITALIAN MARBLE 20mm 'ITALIAN wall cladding; see sheet II' treads & risers a5.1 MARBLE for details II' treads 40mm dia. brass 1500 20mm 'ITALIAN MARBLE I' handrail flooring 300 20mm 25 'ITALIAN eq 25 MARBLE II' treads 1500

19mm marine ply fixed to notes M.S. plate with 1. All stair treads and risers to be 'ITA countersunk screws MARBLE II'.

10mm M.S. deck plate

brass plate cladding as per detail

detail 1:20

20mm 'ITALIAN MARBLE II' treads fixed to marine ply with adhesive

'HILTI HLC M12' a7.1 a7.1 anchors 500mm apart in staggered manner

40mm dia brass handrail

10 50

30 3

12

screen; see sheet a14.2 forM.S. details 25mm stringer plate

a7.1 a7.1

900 (typ.)

10 3

+9180 mm t.o. slab

25

900 (typ.)

179 (typ.)

2410 540

30 2

2

t7 t6 t5 t4 t3 t2 t1

2710

2790

2250

(8 treads @ 270mm) (9 risers @ 179mm)

900 810 1295 00 2 (3 treads @ 270mm) 30UP 1 (4 risers @ 179mm)

2540

m) m)

2160

+3550 mm t.o. slab

eq

50

t23 t22 t21 t20

1

00 03

3

25mm M.S. stringer plate

10mm M.S. deck plate

25

724

4

101

eq

724

5

UP

5870

4

3139

430

10 3

25mm 'KOTA BROWN' stone flooring over mortar bed (typ.) over 100mm P.C.C. sloped to drain (typ.) over waterproofing and insulation as per specifications

300

f f e : -2650 2860 230 UP t16 t15 t14 t13 t12 t11 t10 t9 t8

540

tos:-2710

+9180 mm t.o. slab

a7.1 a7.1

a7.1 a7.1

25

13

6

20 2

7

10 2

200 2360

2390

2540

N

3

430

4

5370

300

+6240 mm t.o. slab

2360

f f e : +750

a7.1

25mm 'KOTA BROWN' stone flooring over mortar bed (typ.) over 100mm P.C.C. sloped to drain (typ.) over waterproofing and insulation as per specifications 270 (typ.)

150

5

4

tos:+690

1

20mm 'ITALIAN MARBLE I' skirting

900 (typ.)

30 3

70

30 2

(6 treads @ 270mm) (7 risers @ 179mm)

50

30 1

900 (typ.)

1620

2360

2790

900

2250

3670

3. Refer structural drawings for stair steel details.

100

wall cladding; see sheet a5.1 for details 40mm dia. brass handrail

20

430

UP t7 t6 t5 t4 t3 t2 t1

2. Contractor to provide mock-up of handrail and balusters for review/ ap by architect prior to fabrication/insta

19mm marine ply fixed to M.S. plate with countersunk screws

brass plate cladding as per detail

900 (typ.)

00 2

20mm 'ITALIAN MARBLE II' treads fixed to marine ply with adhesive

a7.1 a7.1

900 (typ.)

00 3

1. All stair treads and risers to be 'IT MARBLE II'.

12

screen; see sheet a14.2 for details

a7.1 a7.1

540

+9180 mm t.o. slab

900 (typ.)

4

3139

45

230

70

5

4

f f e : -2650 2860

70

tos:-2710

a7.1 a7.1

vir.mueller ar

812 asia

12mm dia. newM.S del 011electroplating

www

100% construction docu

20mm 'ITALIAN

east

1:50

west

elevator power unit as per specifications

south

west

elevator power unit as per specifications

'KOTA BROWN' skirting (typ.)

3

004 electrical closet

a1.5 a5.1

1:50

a1.5 a5.1

3

200

eq

south

1050 (

'KOTA BROWN' skirting (typ.)

north

east

007 north locker room 1:50

east

junction boxes as per electrical drawings junction boxes as per electrical drawings

south 008 corridor 1:50

'KOTA BROWN' skirting (typ.)

lighting control panel as per specifications

'KOTA BROWN' skirting (typ.)

lighting control panel as per specifications

D.B

west west

5

HVAC grille; see HVAC drawings for details

screen; see sheet a14.2 for details

HVAC grille; see HVAC drawings for details

screen; see sheet a14.2 for details

450

fire panel

music control

002

D.B 002

D.B

east

south

north 010 IT + CCTV room

east

south

CCTV monitor as per electrical drawings CCTV monitor as per electrical drawings

west west

a1.5 a5.1 stone wall panelling; see sheet a5.1 for details

6

1:50

a1.5 a5.1

1:50

a1.5 a5.1 hooter

010 IT + CCTV room

5

1:50

music control

north

a1.5 a5.1

008 corridor

fire panel

450

600

D.B

001

500

004

600 500

001

100 (typ.)

100 (typ.)

south

1050 (typ.)

1050 (typ.)

paint over plaster (typ.)

'KOTA BROWN' flooring; see sheet a8.1 for details (typ.)

1:50

dimmer panel as per specifications 004

'KOTA BROWN' flooring; see sheet a8.1 for details (typ.)

007 locker room

200 200

south

'KOTA BROWN' skirting (typ.)

lockers; see a14.3 for details

dimmer panel as per specifications

paint over plaster (typ.)

south

'KOTA BROWN' skirting (typ.)

lockers; see a14.3 for details

100 (typ.)

100 (typ.)

north 004 electrical closet

east

250

100 (t

north

stone wall panelling; see sheet a5.1 for details

6

screen; see sheet a14.2 for details

brushed S.S. plate cladding

43" commercial grade LED TV as per specifications

screen; see sheet a14.2 for details

brushed S.S. plate cladding

43" commercial grade LED TV as per specifications

hooter

south 102 seating 1:50

'ITALIAN MARBLE I' skirting (typ.)

elevator door as per specifications (typ.)

S.S. door with brass patina finish; see a9.1 for details

'ITALIAN MARBLE I' skirting (typ.)

elevator door as per specifications (typ.)

S.S. door with brass patina finish; see a9.1 for details

905

x103

west west

905

south

100 (typ.)

100 (typ.)

102

1940

102

1940

x103

'ITALIAN MARBLE II' on staircase; see sheet a7.1 for details

natural finish 'UDAIPUR GREEN' marble cladding

'ITALIAN MARBLE II' on staircase; see sheet a7.1 for details

natural finish 'UDAIPUR GREEN' marble cladding a1.5 a5.1

102 seating

7

1:50

a1.5 a5.1

east 105 corrid 1:50

105 corrid

1:50

screen; see sheet a14.2 for details

painted gypsum board

slot diffuser; see HVAC drawings for detail

slot di dr

CCTV camera

paint over plaster (typ.)

screen; see sheet a14.2 for details

painted gypsum board

slot diffuser; see HVAC drawings for detail

slot di dr

x201

x202

x201

x202

900 (typ.)

900 (typ.)

paint over plaster (typ.)

350 (typ.)

350 (typ.)

east 201 seating

'ITALIAN MARBLE I' flooring; se sheet a8.1 for details (typ.)

south 'ITALIAN MARBLE I' cladding

INTERIOR ELEVATIONS

201 seating

1:50

100

east

CCTV camera

east

1:50

7

100

'ITALIAN MARBLE I' flooring; se sheet a8.1 for details (typ.)

'ITALIAN MARBLE I' cladding

stone wall panelling; see sheet a5.2 for details

'ITALIAN MARBLE I' skirting (typ.)

stone wall panelling; see sheet a5.2 for details

'ITALIAN MARBLE I' skirting (typ.)

south

west

west

100

west west

north

lockers; see a14.3 for details

north 008 corridor

4

lockers; see a14.3 for details a1.5 a5.1

1:50

5 a1.5 a5.1

008 corridor

4

5

1:50

bar display; see sheet a14.1 for details

CCTV camera

a1.5'ITALIAN a5.1 MARBLE I' cladding

brass door; see sheet a9.1 for details

paint over plaster (typ.)

CCTV camera

HVAC grille; see HVAC drawings for details

brushed S.S. plate cladding

bar display; see sheet a14.1 for details

CCTV camera

'ITALIAN MARBLE I' cladding

brass door; see sheet a9.1 for details

north

stone wall panelling; see sheet a5.2 for details

north 102 seating

stone wall panelling; see sheet a5.2 for details

1:50

40mm dia brass foot rail as per specifications

brass plate door; see a14.1 for details

natural finish 'UDAIPUR GREEN' marble cladding

40mm dia brass foot rail as per specifications

brass plate door; see a14.1 for details

natural finish 'UDAIPUR GREEN' marble cladding

2350

x101

101

x101

2350

103

1050

103

1050 2200 (typ.)

2200 (typ.)

brushed S.S. plate cladding

2100

HVAC grille; see HVAC drawings for details

2100

a5.1 CCTVa1.5 camera

101

east east

40mm dia brass foot rail as per specifications

natural finish 'UDAIPUR GREEN' marble cladding

40mm dia brass foot rail as per specifications

natural finish 'UDAIPUR GREEN' marble cladding a1.1 a5.1

102 seating

7 7

1:50

paint over plaster (typ.)

'ITALIAN MARBLE I' cladding

CCTV camera

brushed S.S. plate cladding

bar display; see sheet a14.1 for details

manual call point

paint over plaster (typ.)

'ITALIAN MARBLE I' cladding

CCTV camera

brushed S.S. plate cladding

bar display; see sheet a14.1 for details

stone wall panelling; see sheet a5.2 for details

1290 260

lighting control panel as per specifications

100 (typ.)

100 (typ.)

650

650 1290

x103

2100 (typ.)

2100 (typ.)

260

manual call point

a1.1 a5.1 stone wall panelling; see sheet a5.2 for details

x103

201

201

north

west west

8

north 201 seating

a1.0 a5.1

1:50

a1.0 a5.1

1:50

8

dor

see sheet a14.3 for cabinetry details

wine cooler as per specifications

'ITALIAN MARBLE 1' cladding

'ITALIAN MARBLE I' skirting (typ.)

see sheet a14.3 for cabinetry details

wine cooler as per specifications

'ITALIAN MARBLE 1' cladding

'ITALIAN MARBLE I' skirting (typ.) a1.2 a5.1

201 seating

9 9

a5.1 a5.1

a1.2 a5.1

iffuser; see HVAC drawings for detail

brushed S.S. plate cladding

43" commercial grade LED TV as per specifications

iffuser; see HVAC drawings for detail

brushed S.S. plate cladding

43" commercial grade LED TV as per specifications

t

east

'KOTA BROWN' flooring; see sheet a8.1 for details (typ.)

paint over plaster (typ.)

lighting control panel dor as per specifications

interior elevatio

1:

interior elevatio

1640

x303

108 :

tre 08 tre

750

1640

x303

750

t

east

'KOTA BROWN' flooring; see sheet a8.1 for details (typ.)

screen; see sheet a14.2 for details

20mm 'ITALIAN MARBLE 1' cladding

brass door; see a14.1 for details

screen; see sheet a14.2 for details

20mm 'ITALIAN MARBLE 1' cladding

brass door; see a14.1 for details a1.2 a5.1

9 9

a1.2 a5.1

west

stone wall panelling; see sheet a1.1 for details

west 202

10

stone wall panelling; see staircase I sheet a1.1 for details 1:50 a1.2 a5.1

202 staircase I

1:50

10

a1.2 a5.1

malcha m diplomatic enc new delhi 110 malcha m diplomatic enc vir.muellernew archite delhi 110 812 asian games v new delhi 110049, vir.mueller 011-26499992 archite 812 www.virmuelle asian games v new delhi 110049, ksa/a 011-26499992 www.virmuelle 7 april 2 ksa/a

100% construction documen

100% construction documen

7 april 2

1

6

2

3

a2.1 a14.2

4

5

6

450

450

25mm 'KOTA BROWN' stone flooring o mortar bed (typ.) over 100 P.C.C. sloped to drain (typ.) over waterproofing and insulation as per specifications

540

430

30 4

2140

2360

9

30 3

a2.1 a3.1

30 2

30 1

2250

650

+9180 mm t.o. slab

3

insulated glazing; see sheet a9.2 for details

a2.1 a2.1

150

steel staircase ; see sheet a7.1 for details

20 2

20 1

facade screen; see sheet a3.1 for details

1500

201

2390

2390

a2.1 a7.1

10 3

200

2710

2410

860

150

102

'KNAUF BANGRAVIA MICRO VT15' ceiling as per specifications

10 2

1500

2710

10 4

11 300

S1

150

5400

+3550 mm t.o. slab

670

20 3

wall panelling; see sheet a5.2 for details

150

890

150

+6240 mm t.o. slab

00 4

2830

00 3

00 2

2360

3250 2210

004

1530

00 5

1560

2190

2210

2510

150 800

770

420

+690 mm t.o. slab

00 1

-2710 mm t.o. slab

section A 1:50

1 a1.1 a2.1

4

100 (typ.)

2200 915

100

north

east

lighting control panel as per specifications

south

'ITALIAN MARBLE I' skirting (typ.)

'ITALIAN MARBLE I' flooring; see sheet a8.1 for details (typ.)

203 private seating

brushed SS plate cladding

paint over plaster (typ.)

stone wall panelling as per detail (typ.)

painted gypsum board

202

west

north

stone wall panelling as per detail (typ.)

1

HVAC grille; see HVAC drawings for detail

100 (typ.)

500

east 'ITALIAN MARBLE I' cladding

'ITALIAN MARBLE I' f see sheet a8.1 for de

8 a5.2 a5.2

1:50

screen; see sheet a14.2 for details

stone wall panelling as per detail (typ.)

400 480

stone wall panelling as per detail (typ.)

1940 (typ.)

250 (typ.)

2200

x302

a5.2 a5.2

1200

x301

brushed finish S.S. plate cladding

301 seating

a1.2 a5.2

paint over plaster (typ.)

stone wall panelling as per detail (typ.)

x203

1:50

CCTV camera

CCTV camera

2150

painted gypsum board

manual call point

1940 (typ.)

hooter

100 (typ.)

stone wall panelling as per detail

south

west

'ITALIAN MARBLE I' flooring; see sheet a8.1 for details (typ.)

screen; see sheet a14.2 for details

brushed finish SS plate cladding

'ITALIAN MARBLE I' skirting (typ.)

brushed finish S.S. plate cladding

301 seating

2

1:50

a1.2 a5.2

hooter

2580

kitchen panel

302

905

301

east

west

lighting control panel as per specifications

brushed finish SS plate cladding

305 corridor

3

1:50

a1.2 a5.2

9

7

a1.2 a5.2

a5.2 a5.2

1500

1500 150

300

450

150 150

300

300

150

300

300

1500 150

300

450

300

300

150

paint over plaster as per specifications

300

300

300

eq

150

300

300

450

300

40mm x 40mm M.S. tube frame anchored to existing wall

150

15mm slate

1290

150

eq

450

12mm marine ply anchored to M.S. tube frame

varies

150

450

varies

300

eq

150

eq

300

varies

300

eq

eq

HVAC grill as per sepcifications 40mm x 40mm M.S. tube frame anchored to existing wall

light fixture as per specification

300

300

150

450

300

300

300

150

300

450

light fixture as per specification

25mm x 25mm polished brass angle

300

eq

15mm slate 25mm x 25mm brass angle

15mm slate

15mm x 15mm ss channel 2mm stainless steel cladding

650

450

eq

300

eq

150

12mm marine ply anchored to M.S. tube frame

25mm x 25mm polished brass angle 2mm brushed finish stainless steel cladding

5mm brushed finish brass plate 300

HVAC grill as per specifications

15mm slate

100mm high 'ITALIAN MARBLE I' skirting (typ.)

100mm high 'ITALIAN MARBLE I' skirting (typ.)

module A elevation 1:25

4 a5.2 a5.2

module B elevation 1:25

5 a5.2 a5.2

module C elevation 1:25

6 a5.2 a5.2

wall panel section 1:25

7 a5.2 a5.2

wall panel elevation 1:25

8 a5.2 a5.2

wall panel section 1:25

9 a5.2 a5.2

The theme of the thesis studio was ‘Automation’.

The current scenario of architecture is such that it is designed for the present. It does not address the rapidly changing lifestyle of the city and its people which has been taken over by technology. We are in need of architecture that is pre-programmed to evolve. Since architecture traditionaly involves static structures, there have been challenges in adapting to the dynamic elements that make up communities.

Automated, self organizing, floating micronations have been proposed to inhabit refugees and aid existing nations. These floating membranes are movable batteries for the world.

The thesis, on an architectural scale, explores the potential for a machine to adapt to its ever changing environment, at the same time make it hospitable for the inhabitants without distressing the nature.

The proposal is to move a step forward and propose built architecture that responds to more than just changes in climate, one that responds to anomalies in the ecosystem, as well as social and cultural changes in humans, in order to make a difference to the process of design itself as well as the way we think of the ecology.

I would like to propose new amphibious territories that accommodate the requirements of the culture and society of the future. A society that is free from traditional government affiliations. This way, I would like to promote the potential of architecture as more than just a passive agency, instead as an active infrastructural agent, which is governed by the urban conditions and in turn influenced the urban conditions.

Automated Micronations Post Graduate Thesis|

Spring ’15

Thomas Leeser, Jason Vigneri Beane| Rhino, Autocad, Maya, After Effects, Photoshop|

Faculty Software

WIND FARMS

DESALINATION AND GARBAGE COLLECTION

LARGE SCALE FISH FARM

SALT EVAPORATION PONDS

RICE PADDIES AND SHALLOW FISH FARMS

BIO - GAS PRODUCTION

BIO - GAS PRODUCTION

SOLAR ENERGY FARMS

WIND FARM

FARMS: CENTER PIVOT IRRIGATION

AIR STRIP

SOLAR FARM

FARMS: WHEEL LINE IRRIGATION

LARGE SCALE FISH FARM

DESALINATION AND GARBAGE COLLECTION

Multi-agent automated systems will provide flexible and scalable ways to integrate different parts. A system that uses the proncipals of self-organization, self-assembly and self-sustenance can adapt to any situation and allow for a controlled growth of the urban fabric.

COMPLEX ADAPTIVE SYSTEMS TAGGING AGGREGATION

FLOWS

DIVERSITY

The client wanted to renovate 2 old buildings on his 25 foot wide property to rent to 2 families. We suggested maximizing the space and constructing one building with 4 separate apartments, designed in such a way that each apartment has a view of the front and the rear yards. The building follows the New York Building Code. Each apartment has 2 bedrooms and a large living room and kitchen space.

This typology can be replicated in similar narrow plots throughout the city or even stacked up to form a high rise apartment

64 Stanhope Street,Professional| Brooklyn ’15 -’16 Andrew L Pettit Architect| Rhino, Autocad| Concept Design|

Fiirm Software Stages

Drawn By : ISSUE

UNCLE

143 8th New Yor

UNCLE SAM'S 17 350 5TH AVE., S NEW YORK, NY 666-646-0102 ex

412 Eigh Phone: Fax: E - Mail:

I created a floor pattern based on their logo of a five pointed star. I created the star out of the negative space formed by using pentagonal tiles.

FLOOR PATTERN DETAIL

FINISH PLA (1ST FLOOR DEC 4, 2015

I got the opportunity to be a part of this project right from the point of conception.

Uncle Sam’s is a popular fast food restaurant chain in China, looking to enter into USA. The objective was to make a design template, including graphics, materials, furniture and fixtures, that would then be replicated around Manhattan and then further around USA.

The first site was that of a corner coffee shop. Our proposal increased the visibility of the store in a street full of restaurants, giving it a unique identity that could be used in the future as well. We followed the existing color scheme of the chain and tried incorporating their five pointed star logo.

Uncle Sam’s, Manhattan Professional| ’15 -’16 Andrew L Pettit Architect| Rhino, Revit, Autocad| Concept Deign, Design Development, Construction Drawings|

Fiirm Software Stage

FLOOR PATTERN ITERATIONS

PROPOSED SCREEN TO SEPARATE THE KITCHEN FROM THE REST OF THE RESTAURANT

T h e s t u dio e mph a s is e d t h e n e e d f or f lat tening t he f it n e s s la n ds c a p e wit h le s s p r e s p e cific, hybridised a r c h it e c t u r e t o in c r e a s e lo n g e v it y o f buildings.

Brainery in every neighborhood

T h e B r o o kly n B r a in e r y pr o v ide s t h e space and t he r e s o u r c e s t o le a r n s o me t h in g n e w at a low cost and in a f e w c la s s e s . A n in f o r ma l le a r n ing space, where n o bo dy wo u ld f o r c e y o u t o c o me t o class on time a n d t h e r e wo u ld be n o t e a c h e r - s t udent hierarchy.

H a v in g a B r a in e r y in e v e r y n e ig h b orhood will t ap t h e a bu n da n c e o f kn o wle dg e a r ound us. People f r o m e v e r y a g e a n d s o c io - e c o n o mic back ground h a v e s o me kn o wle dg e t o s h a r e . T he B rainery is a s u pple me n t t o t h e e x is t in g s t a n d ardiz ed school pe da g o g y t h a t p r o mo t e s a n id ea of lifelong le a r n in g . F a mily le a r n in g is in cent iviz ed and a lo c a l c u lt u r e is de v e lo pe d. T here will be an a ddit io n a l in c e n t iv e o f me e t in g p e ople wit h similar o r dis s imila r in t e r e s t s , a n d a n a lt e r native place t o s pe n d f r e e t ime .

Firestation - an underutilized publicly owned space; Locations near the Brooklyn Tech Triangle

PUTTING LOCAL BRAINS TOGETHER FOR A LIFETIME OF LEARNING (ACCESSIBLE, COMMUNITY DRIVEN, CROWD SOURCED EDUCATION)

A lo t o f t h e t a x pa y e r s ’ mo n e y is going int o t he ma in t e n a n c e o f pu blic ly o wn e d buildings that a r e u n u s e d o r a r e s e v e r e ly u n der- ut iliz ed. Thus, B r a in e r ie s c a n f ill s u c h v o ids in neighborhoods, f o r min g a ‘ B r a in ’ o f r e s o u r c e s f o r America.

T h e f ir e s t a t io n is o n e s u c h u n derut iliz ed space, e s pe c ia lly s in c e f ir e s a r e c o n s t antly reducing in U S A du e t o t h e s t r ic t a dh e r e n ce of fire codes in bu ildin g s . T h e r e d f ir e s t a t io n d oor is an easily r e c o g n iz a b le ic o n t h a t is p r e s ent at easily a c c e s s ible lo c a t io n s in e v e r y neighborhood, ma kin g it a v ia ble b r a n d. I t h a s r eadily available in f r a s t r u c t u r e a n d t h e f ir e me n t h emselves have a lo t o f f r e e t ime a n d kn o wle dg e t o s hare.

These Braineries will be a visible, accessible pool of resources, an identity for every locality.

The Neighborhood Braineries Graduate Studio| Fall ’14 Meta Brunzema| Rhino, Autocad|

Faculty Software

494 DEAN STREET

T h e B r a in e r ie s will b e lig h t we ig h t , ‘loose modules’ t h a t o c c u py s p a c e a s pe r a v a ila bilit y, and could a t t a c h in t o t h e e x is t in g c o n t e x t li k e an epiphyte a n d a r e mo lda b le in t o a n y s it e condition and pr o g r a m. T h e y will be s p a c e s o f p otent ial t hat can r e f le c t t h e br a in e r y ’ s in f in it y p o s s i bilit y of t opics.

Clu s t e r s c a n b e a dde d a s mo r e f u n d s are available.

M a t e r ia ls s h o u ld b e lo c a lly a v a ilable and ref lect t h e n e ig h bo r h o o d.

A pa r t f r o m le a r n in g a n d e x p e r im ental spaces, t h e r e will b e s pa c e s f o r e x h ib it io n and archival o f kn o wle dg e . T h e s p a c e s s h o u ld be visually c o n n e c t e d a n d n o t is o la t e d, s o that a person wa lkin g in c a n c h o o s e wh e r e t h e y want to go, and s o t h a t dif f e r e n t t y pe s o f t o p ic s c a n be hybridiz ed.

T h e b r a in e r y s p a c e is c o n n e c t e d by a series of r a mp s t h a t we a v e t h e c lu s t e r s t o g e ther for universal a c c e s s ibilit y . I t will a ls o be a c o mm unit y space.

MODEL EXPLORATIONS

CATERNARY CHAIN STRUCTURE: MASONARY

Exploring the flow of forces in different materials and structures

Vasudha Mittal

TENSION STRUCTURES

began to clean it up.

I tried adding external loads to see a change in the form but there wasn’t any signi behaving as better loads.

5

4

6

7

7

4

CATENARY CHAIN STRUCTURE: MASONARY 5

I tried adding external loads to see a change in the form but there wasn’t any significant change. The lower chains seemed to be behaving as better loads.

The entire model stands on 4 supports.

Pratt Institute - ARCH 853.01

01

Vasudha Mitta

Vasudha Mittal

1

2

Assignment 2 –

BRIDGE STRUCTURE: STEEL

Structural explorations Vasudha M Graduate Seminar|Fall’14 Cristobal Correa|

Faculty

There is a split between the city and the battery park.

The proposed berm meant to protect manhattan from future hurricanes, further enhances this split. At the same time, the existing shoreline detaches the publis from the water.

This project acts as a bridge between the park and the urban fabric, while allowing a direct link to the water, forming a dam for the berm.

This project was a crash course in a range of new software and a new design methodology.

MANITPULATION

DYNAMISM

ENGROSSMENT

INTIMACY

Systemic Hybrids,Graduate Battery Park Studio|Summer’14 William Macdonald| Grasshopper, Rhino, Maya, Mental Ray|

Faculty Software

THE STRATEGY IS TO HAVE DUAL FLOWS AND TO ALLOW A SHIFT OF POWER, BY FIRST DRAWING IN TOWARDS THE WATER, AND THEN DISBURSING TOWARDS THE CITY AND THE PARK

VIEW OF DROP OFF AREA

THE PATH FROM THE ‘BIG U’ BERM BECOMES A BOARDWALK FOR PUBLIC. THE SCHOOL ALSO ACTS AS A COMMUNITY SPACE, ALLOWING INTERACTION BETWEEN CULTURES BASED ON THE QUALITIES OF SPACES

TOP VIEW

VIEW WITH QUALITY COLORS

COMPARTMENTALISED SPACES BASED ON MAPS

TOPO MAPS GENERATED FROM QUALITY INTENSITIES

Topography Maps of the Intensities of the Qualities Identified at different times of the day, used to develope the form sectionally.

The design is developed such that it functions through all times.

Minimal surfaces then populate the compaartmentalized spaces. Program is developed based on the intensity of qualities in the area.

BATTERY BERM: BIG URBAN FARM BATTERY PARK PLAYSPACE: FRANK GEHRY

BOARDWALK

STATEN ISLAND FERRY TERMINAL HUDSON RIVER

REM(X)

2. This drawing is to be read in conjunction with the relevant specifications and conditions of contract

9

4. This drawing unless stamped and signed good for construction by all agencies LEGEND-SANITARY FIXTURES concerned 11 shall not be used for any site works, procurement of materials or for any Toilet Paper Dispenser as per approved construction activity on site.

TPD

10

X

8

3. All dimensions are only to be read and not measured or scaled

X

sample

C

X

115

D

D

EQ

X

600

7. All levels indicated on this drawing are finished levels unless expressly specified.

8. This drawing is to be read in conjunction with all other services/structure/other consultants drawings as may be applicable

WC

Water closet as per approved sample

HS

Hand shower set as per approved sample

8. This drawing is to be read in conjunction with all other services/structure/other Bath & shower mixer as per approved consultants drawings as may be applicable B/SM

G G

11. Morphogenesis shall not be liable for the accuracy of execution on site of the information contained in this drawing.

ALIGN

150

X

115

A

G

FT

300

150

eq

B

REM

Shower S-03

+9080mm FFL +9030mm FFL

℄of TPD

350 eq

A

1700

REVISIONS eq

I FT

800

A

RS

Bench as per detail 2050

800

A

Floor Tiles/Stone - As per approved sample

C

Mirror as per detail

D

Glass partition as per vendor dwg

E

Counter - as per approved sample

F

Flooring - As per approved sample

G

Finish Behind cabinetry - As per approval

H

False Ceiling - As per detail

I

Pebble Bed - As per approval

J

Wall Finish - As per approved sample

SB/1050

℄of Bath Tub

115 115

C

PRINTS ISSUED TO

NO.

CONSULTING MEP M.J CONSULTANTS Address: 606, Madhuban Building, 55, Nehru place, New Delhi-19

DATE

CONSULTING LANDSCAPE

SWITCH BOARD BOTTOM AT +1200mm FROM FFL CLIENT

AMAN SAWHNEY ANURADHA SAWHNEY

ME

MEDIUM LEVEL ( HEIGHT +1050 FROM FFL) PROVISION FOR MIRROR ILLUMINATION (HEIGHT +1200MM) 16AMP FOR GEYSER AT 150MM ABOVE FCL / AT 2100MM FROM FFL

cb hp

D

TOILET DESIGN AND DETAIL

PROJECT NO. : 0279 PROJECT:

SAWHNEY RESIDENCE SATBARI, NEW DELHI

SHAVER SOCKET 6AMP FOR CABINETRY LIGHTING AT 2100/1050MM FROM FFL 6AMP FOR HEATING PAD (HEIGHT +1050mm, behind mirror)

TITLE

DATE

Part Plan - Daughter's Toilet

REGULATOR

℄of Bath Tub

SCALE 1:30

LKT ENGINEERING CONSULTNATS LTD. 10 / 49, Subhash Nagar, New Delhi-110027 Phone :+011-45565818 Tel/Fax:+011-25126129 i n f o @ l k t e n g i n e e r i n g . c o m http//:-www.lktengineering.com

MI

S

PART PLAN

N 85, Panchsheel Park, New Delhi, 110017 Telephone : 011 41828070 Fax: 011 26490351 Email: studio@morphogenesis.org Web: www. morphogenesis.org

CONSULTING STRUCTURAL ENGINEER

EXHAUST

eq

DATE

ARCHITECT morphogenesis .

16 AMP SOCKET W/ SWITCH

G

eq

NO.

6 AMP SOCKET W/ SWITCH Align Bath Tub to column edge

FT

295

FT

A

FD

BT

Wall Tiles/Stone - As per approved sample

B

LEGEND-ELECTRICAL POINTS

drain as per technicals 250

A

NO.

B

℄of OHS & RS

OHS

REVISIONS

A

eq

B

3. For finishes, refer room finish schedule 4. Finish margin assumed to be 50mm 5. All fixtures to be measured from toilet FFL 6. Match bottom of false ceiling with window lintel 7. Tile upto 100mm above false ceiling

LEGEND-MATERIAL SPECIFICATION

HF

℄of WC

eq 100 200

A

ALIGN

20mm lvl drop

TPD

WC

C

600

Specific Notes:

FT WB

115

700

MI hp

℄of Counter

KID'S TOILET S-03 +9080 MM FFL +8900 MM TOS

10. This drawing shall in no way substitute the need for the client or any other agency to BS Bath comply with any and all statutory requirements, inspections, activities andSpout or as per approved sample compliance.

FCO Floor Clean Out as per approved sample

& FT

X

eq

E

Specific Notes:

Rain Shower as per approved sample

11. Morphogenesis shall not be liable for the accuracy of execution on site of the BT Bath Tub as per approved sample information contained in this drawing.

1100

℄of HF

S

S-003-A 230

ME

Counter as per detail

X

150

600

RS

1800

X REM

Mirror as per detail

9. All dimensions are to be verified on site by the contractor and any discrepancy shall be brought to the notice of the project management agency.

10. This drawing shall in no way substitute the need for the client or any other agency to comply with any and all statutory requirements, inspections, activities and or compliance.

9. All dimensions are to be verified on site by the contractor and any discrepancy shallhead be shower as per approved sample 1. Dwg to be read in conjunction with plumbing dwg OHS Over 2. For fixtures, refer sanitary schedule brought to the notice of the project management agency.

SB/1050

C

F

6. Any and all materials specified in this drawing are subject to variations in color, grain, texture, tone, warping etc. which are inherent to natural materials as well as to manmade materials due to the manufacturing processes involved.

sample

Loose furniture as per detail

E

4. This drawing unless stamped and signed good for construction by all agencies concerned shall not be used for any site works, procurement of materials or for any construction activity on site.

5. Any and all information in this drawing is subject to due verification and acceptance by the project management agency/client. Discrepancies if any shall be brought to the notice immediately.

S-004-A 7. All levels indicated on this drawing are finished levels unless expressly specified.

Cabinetry Detail as per specifications

A

3. All dimensions are only to be read and not measured or scaled

texture, tone, warping etc. which are inherent to natural materials as well as to WB Washbasin as per approved sample manmade materials due to the manufacturing processes involved.

115

GENERAL NOTES : 1. This Drawing and Design are the intellectual property of Morphogenesis. This may not be reproduced, copied, circulated or be used for any other purposes apart from its intended purpose without written permission from Morphogenesis.

2. This drawing is to be read in conjunction with the relevant specifications and conditions of contract

Flushing Cistern w/ Skate Plate as per CSK 6. Any and all materials specified in this drawing are subject to variations in color, grain,sample approved

2675

EQ

Mirror as per detail

5. Any and all information in this drawing is subject to due verification and

by Drain as/ Plumbing FD/acceptance FT Floor Trap/ the project management agency/Client. Discrepancies if any shall be brought to the HF Health Faucet as per approved sample notice immediately.

D

E

F

SCALE

1:30

DATE

May-2014

REVISION

R1

DWG NO.

A-PP-S03-01

ISSUED BY

MORPHOGENESIS

1

G

H

X

Project

X

Y

SAWHNEY RESIDENCE

X

X

X

Y

2175

2850 Y

REM(X)

3000

REM X

Project Team

Align jamb to floor finish as per detail X

X

X

3000

1800

1650

X

X

SATBARI, NEW DELHI

5

REM

1200

Project Managers DIVISION OF STONE TILE

Align to soffit as per detail

1

ELEVATION 1

Architectural Design Consultant

Align Joints with elevation 1

morphogenesis.

X

STONE CLADDING DETAIL

SOFFIT

N 85, Panchsheel Park, New Delhi, 110017

Telephone : 011 41828070 Fax: 011 26490351 Email: studio@morphogenesis.org Web: www. morphogenesis.org 3

400

BAR FACADE DESIGN

Sawhney Residence, New Delhi Professional| ’13-’14 Morphogenesis| Autocad, Sketchup| Construction Drawings, Interior Design| 1000sqm|

Firm Software Stages Site Area

Urbanisation Ut ips, Patquod in senatum India has nos been hilici si accelerated prata teludeps, bysula distress ducipic furedem migration from enatilic rural areas. vis. This process of migration of people from their villages, to cities in search for job opportunities has been continuous and a constant burden and threat to India.

The phenomenon of rural–urban migration, instead of being an indicator of a booming economy, is a clear pointer to the gradual collapse of the rural economy.

The case of Miranpur, is a peculiar case of outward migration where the people migrating out are not the usual muchadvertised poor farmers; instead, the people in question are the economically well endowed. Being a ‘Nagar Panchayat’ (City Council), it has lost its rural status and is thus not eligible for the rural development schemes in the area. Having a rich history, originating in the times of the Sayyid era, the small town has witnessed evolution from a prosperous, business based hamlet to its present image – that of a place where people prefer not to live in any more.

The thesis would look into understanding the reasons why people of a certain class have chosen to leave their large homes and shift their whole life to nearby towns and cities.

It will try to identify the pattern of development of this town and take the narrative forward by suggesting interventions that enhance the standard of living of the people.

Revitalization ofUndergraduate a Small Town Thesis|Spring’13 Kanishka Prasad| Autocad, Sketchup, Photoshop|

Faculty Software

Ut ips, Patquod senatum nos hilici si prata teludeps, sula ducipic furedem enatilic vis.

EXISTING

Ut ips, Patquod senatum nos hilici si prata teludeps, sula ducipic furedem enatilic vis.

PROPOSALS

EXISTING SITE, LOCATED AT THE MOUTH OF THE TOWN

BASIC ZONING

CREATING LINES OF VIEW

ZONES CREATED BETWEEN VIEW PATHS

PATH AROUND LAKE PUSHED BACK AND BIO FILTER DECKS ADDED

BUILT MASS ADDED IN HARDSCAPE ZONES

The Architectural Style has been influenced by existing Islamic, Hindu and Art Deco elements.

The form of the buildings have been inspired from the typical courtyard houses in the town Since there are a number of Brick kilns in the vicinity, it is only logical that the built proposals will compose of brick masonary

‘KACCHA - PUKKA POND’

‘KACCHA - PUKKA POND’

The aim of the studio was to propose a plan for Ghitorni, Delhi for the year 2021, keeping in mind the proposed government Master plan for Delhi for the same year.

Ghitorni lies in the peri-urban area between the metropolitian of Delhi and the upcoming satellite town of Gurgaon.

The 900hectares of area composes of the dense Ghittorni Village at it’s heart, and large plots of farmhouses surrounding the village. The entire area was surveyed and analysed by the batch, under the themes of landuse, plans and policies, social and physical infrastructure, accessibility, ecology and built environment.

Seeing the immense pressure on the ecology of the site, our group proposed a ‘Build Less’ strategy. We challanged the ‘Transport Oriented Development’ proposal of the Master plan of Delhi, allowing no more than 74,000 people on the site, as opposed to the projected 200,000.

I was an active member of the design of the site strategy, and got to detail the interface between the village and farmhouse fabric.

Urban Design Studio|Spring’12 Ritu Verma, Sudheshna Chatterjee| Autocad, Sketchup, Photoshop|

Faculty Software

Ut ips, Patquod senatum nos hilici si prata teludeps, sula ducipic furedem enatilic vis.

The farmhouses are declared as country homes. Village and Country-home fabrics unified by the circulation proposed and by providing social infrastructure at walkable distances. All such community facilities provided on the lands acquired from the country homes exceeding 0.8hectares in size. Guidelines were defined to acheive the vision.

COUNTRY HOME - VILLAGE INTERFACE

Gurgaon lies on the periphery of the Metropolitian city of Delhi, making it the ‘spillover’ area for Delhi‘s overpopulation.

It’s the hub of adhoc development with lack of infrastructure to support it. The aim of the studio was to provide a solution for this rapid unplanned urbanisation of Gurgaon, in order to prepare it for the future populations.

A selected area of about 8000 hectares was extensively analysed under the catagories of accessibility, built environment, land use and public spaces. Students also carried out surveys to understand the social fabric of the place. Teams were then allowed to select potential sites within the area of study and present urban design and housing proposals for the same.

SITE AREA = 33 Ha (23 Ha Residential) TOTAL DWELLING UNITS (DU) = 3155 OVERALL FLOOR AREA RATIO = 1.6 GROUND COVERAGE = 20% OVERALL DENSITY = 140 DU/Ha

Home for All

Urban Design and Housing Studio|Spring’12 Amit Sarma, Ritu Verma| Autocad, Sketchup, Photoshop, Revit|

Faculty Software

VISION

HOME FOR ALL | SUSTAINABLE COMMUNITIES | DESTINATION

Service Floor - virendeel girder

Shear Wallls

Service Core

Based on the guidelines of FAR, Ground coverage and Population density required for the projected populations, building typologies were designed keeping in mind the basic concepts of pulling in the green and creating vistas. At this stage, I was responsible for putting the buildings on site based upon the desired density of dwelling units in each zone. I also planned out the vehicular circulation and parking within each zone as per the parking guidelines of the state.

HOUSING TYPOLOGIES

Three of the typologies were detailed down to the plans of each dwelling unit.

The site was detailed by me, including the parking requirements and pedestrian paths.

This typology has been created for the Economically Weaker Sections of society.

The housing is g+8 (mid rise) in height with intermediate community spaces created at every 3 floors such that the residents dont get the feeling of lving in a high rise space.

This typology was designed exclusively by me, keeping the basic architectural expression intent in mind. Based on the research done, the optimum size of an ews dwelling should be 25sqm.

The units have been designed and arranged keeping in ind that they avoid heat gain from the east and west

wind captured in the courtyard space from the south and north gets ventilated through the unit The elevator stops at every third floor opening out onto the community space

community spaces of consecutive towers face each other

HOUSING FOR THE ECONOMICALLY WEAKER SECTIONS

Apart from supervision from my team leader, I was given sole responsibility of this project.

As a part of the Concept Design stage, I got a change to develop and detail the design as per the client’s requirements.

I prepared the Interior Concept Design Presentation for the client.

During the Sanction Drawing stage, I got to interact with consultants such as Structural, HVAC and Plumbing

IREO Clubhouse, Panchkula Professional Internship| ‘11 Morphogenesis| Autocad, Sketchup, Powerpoint, Ecotect| Construction Drawings, Interior Design| 1 acre|

FIrm Software Stages Site Area

BANQUET HALL

RESROOMS

GUEST ROOM

A SERIES OF SKETCHES AT THE AKSHARA THEATRE ‘2010

“Lutyens’ Ut ips, Patquod Delhi”, senatum the name nos hilici evokes si prata a picture teludeps, of wide sula ductree ipic furedem lined roads, stately enatilic bungalows, vis.

Delhi’s political past, and the architect Lutyens himself.But how much do we really know about the most recognized place in India?

A walk through this area of Delhi would explore beyond what the British left behind after their long reign over India and it’s tranformation through the ages. The route explores the various layers of this region over time, from the remnants of a medieval time, to the high rise buildings, now dominating the skyline.

Walkers are familiarized with the Indo -Saracenic , Europian Classical and Modern styles of architecture, along with the Garden City inpirations in the planning.

CURATING AND CONDUCTING WALKS IN NEW DELHI