Undergraduate Architecture Portfolio 2023 | Disha Dewani

1

DISHA DEWANI MUMBAI, MAHARASHTRA

Fourth Year Architecture Student

+91 9920626906 dishadewani07@gmail.com https://www.linkedin.com/in/disha-dewani-080a98297/

CURRICULUM VI TAE EDUCATION

COMPETI TIONS

2020 - Present L.S. Raheja School of Architecture, Bandra (E).

2022

2018 - 2020 Hiranandani Foundation School, Powai.

(Higher School Certificate) 2007 - 2018 Hiranandani Foundation School, Powai.

(Secondary School Certificate)

EX TRA CURRICULUM ELECTIVE - GLASS Ar. Mridula Pillai , Ar Anuj Gudekar Sustainable Building Material Workshop Ar. Guruprasad Rane of Bhoomija Creations

Volume Zero - Tiny House Competition Participated, Team Member 65TH Year MSL Trophy ( Mohammed Shaheer Landscape Trophy ) Participated, Team Co-ordinator 65TH Year ANDC Trophy ( Annual NASA Design Competition ) Shortlisted in Top 50, Team Member

2021 64TH Year HUDCO Trophy ( Annual NASA Design Competition ) Participated, Team Member

SOF T WARE SKILLS AutoCad

InDesign

SketchUp

Enscape

HUTATMA CHAWK,CSTM,MUMBAI (2022)

Revit

QGIS

JAISALMER FORT, RAJASTHAN (2022)

Rhinoceros

Lumion

Photoshop

Twinmotion

Illustrator

Microsoft Office (Word,Excel,Powerpoint)

DOCUMEN TATION

LANGUAGES English Hindi Sindhi

OTHER SKILLS Model Making Sketching Hand Drafting

CONTENTS

NOTES :

WINDOW SCHEDULE

TYPE

NO.

WIDTH

2. NO DIMENSION TO BE SCALED OFF FROM THE DRAWINGS, ONLY WRITTEN

SILL HT. DISCRIPTION

HEIGHT

1. ALL DIMENSIONS TO BE CHECKED ON SITE.

DOOR SCHEDULE TYPE

NO.

TOTAL

WIDTH

HEIGHT

TOTAL

DISCRIPTION

DIMENSIONS TO BE FOLLOWED. 3. IN THE EVENT OF ANY DISCREPANCIES OR DIFFERENCES BETWEEN ANY ARCHITECTURAL DRAWINGS AND STRUCTURAL DRAWINGS OR OTHER ENGINEERING DRAWINGS OR SITE CONDITIONS OR OTHERWISE, IMMEDIATE REFERENCE IS TO BE MADE TO THE ARCHITECTS FOR CLARIFICATION PRIOR TO EXECUTION ON SITE.

ADDITIONAL NOTES: 1. UNLESS SPECIFIED OTHERWISE, ALL DIMENSIONS ARE IN MM AND ALL LEVELS ARE IN METERS.

BATHROOM VENTILATOR WITH MOVABLE ACRYLIC LOUVERS AND ANOIZED ALUMINIUM FRAME

2. ALL LEVELS INDICATED ON ARCHITECTURAL DRAWINGS UNLESS OTHERWISE SPECIFIED ARE WITH RESPECT TO FINISHED FLOOR LEVELS. FLOOR FINISH THICKNESS SHALL BE 50 MM. EXCEPT FOR SUNK AREAS WHICH SHALL HAVE WATERPROOFING TREATMENT.

BATHROOM VENTILATOR WITH MOVABLE ACRYLIC LOUVERS AND ANOIZED ALUMINIUM FRAME

3. T.O.C MEANS TOP OF CONCRETE. 4. T.O.S. MEANS TOP OF SLAB. 5. F.F.L. MEANS FINISHED FLOOR LEVEL. 6. ALL DIMENSIONS MENTIONED ARE UNFINISHED.

COLUMN SCHEDULE COLUMN NAME

R

Q

U

V

C7

C8

W

U

C

600

1 W2

2474

MID-LANDING 2000MM

CHAJJA ABOVE

20 19 18 17 16 15 14 13 12 11

RISER- 0.15M THREAD-0.3M

C 11

UP

D1

C 12

D3

C 20

C 21 D1

10 9 8 7 6 5 4 3 2 1 EQ EQ EQ EQ EQ EQ EQ EQ

300

20 19 18 17 16 15 14 13 12 11

1295

C 26

C 25

SHEAR WALL SCHEDULE

C 27 3244

C 34

SW1

W2

3784

MID-LANDING 1800MM

RISER- 0.15M THREAD-0.3M

UP 300

3 4 5

C 22

2763

EQ EQ EQ EQ EQ EQ EQ EQ

C 33

700

C 19

C 18

C 24

2

1295

300

EQ EQ EQ EQ EQ EQ EQ EQ

D1

300

C 17

C 23

W2

2595

C 16

EQ EQ EQ EQ EQ EQ EQ EQ

3480

A'

C 10

D1

1830 D3

Z

C9

10 9 8 7 6 5 4 3 2 1

1960

Y

X

C6

0

W1

T

S

D2

C 28

3057

1627

P

O

640

N

SW2

Q EQ 800

REMAR

CHAJJA ABOVE

C5

L

K

700 640

C4

J

I

CHAJJA ABOVE

H

CHAJJA ABOVE

G

COLUMN SIZE

6 7 8

SHEAR WALL NAME

COLUMN SIZE

REMAR

9

SW3 8100

3296

C 36

C 35

520

W1

C 37

10 11

W2

CHAJJA ABOVE

W2

1200

7050

2261

D2

CHAJJA ABOVE

UP

370

3370

C 42

1200

Lobby 8.1M wide

C 41

1448

7125

W4

3385

C 43

3840

C 44

3 2 11

D2

C 51

C 50

520

W1

C 45

12

1420

RISER- 0.15M THREAD-0.8M

7019

13

3281

6960

W4

C 64

C 65

6590

D2

C 73

C 74 C 76

2955

2825 D4

450

1650

1650 W4

D5 D6

2200 W1 CHAJJA ABOVE

1300 W1 CHAJJA ABOVE

W1

1300

C 90

C 89

3000

3000

W1

1300

2200

D6

W1

W1

CHAJJA ABOVE

CHAJJA ABOVE

W6

D6

450

1300

450

2500

C 88

450

C 87

W6

168

C 92

C 91

W7

W4

W6

17

19 20

1660

W6

W6

W4 D6

W1

C 96

C 95

16

R

E

V

I

S

I

O

N

18

1660

370 400 370

1650

C 75

C 77

D4

DATE:

20.04.23

DRG NO

D6

3000

C 72

3390

D2

6590

C 66

5450

3500

C 71

15 3057

D2

C 83 MID-LANDING C 84 1800MM

C 94

14

SW4

D2

1264

450

300 EQ EQ EQ EQ EQ EQ EQ EQ

4140

5070

UP

300

C 82

19 18 17 16 15 14 13 12 11

10 9 8 7 6 5 4 3 2 1

C 2070

7420

6321

C 69

EQ EQ EQ EQ EQ EQ EQ EQ

C 68

C 67

RISER- 0.15M THREAD-0.3M

C 63

C 62 D2

1420

7420

2832

C 61

C 60

C 59

2809

C 58

450

C 57

C 56

D6

W6

21

D6

22

W6

168

C 93

C 97

DRAWN BY:

DISHA DEWANI

23

CHECKED BY: SCALE: H I

G

J

L

K

N

O

P

R

Q

S

T

U

V

W

U

X

Y

Z

A'

1:150

CIVIL PLAN GROUND FLOOR

01. 02. 03. 04.

NORTH:

DHARAVI TRANSIT CAMP

NAME & ADDRESS OF ARCHITECT

WALL PAINT SCHEDULE

FLOORING SCHEDULE

CEILING PAINT SCHEDULE

NO.

TYPE

AREA

NO.

TYPE

AREA

REMARKS

NO.

TYPE

AREA

DISHA DEWANI L.S.RAHEJA SCHOOL OF ARCHITECTURE

REMARKS

REMARKS

Exam seat number - 20075

EXPLORING IMAGEABILITY

4

ARCHITECTURE, NATURE AND CULTURE

DHARAVI PUBLIC SCHOOL

MASTERPLAN VISION FOR CHOWK

05. 06. 07. 08.

ANDC | NASA 65TH YEAR

HUDCO | NASA 64TH YEAR

URBAN MAPPING | TOKYO

MISSCELLANEOUS

5

01.

EXPLORING IMAGEABILITY POLICE STATION | BANDRA WEST SEM 6 | Architectural Design

AutoCAD | Photoshop | Rhino | Enscape

AIM:

Designing a contemporary police station involves addressing the specific needs of the site and context. This should encompass functionality, sustainability, public accessibility, and a professional yet approachable image. The design should optimize workspace efficiency, incorporate eco-friendly elements, and create an inviting façade that fosters positive community engagement.

FORM DEVELOPEMENT

SECTION AA’ 6

ROOF PLAN

7

GROUND FLOOR PLAN

SECOND FLOOR PLAN

SECTION BB’ 8

FIRST FLOOR PLAN

BASEMENT PLAN

DISTRIBUTION OF PRIVATE, PUBLVIC AND SEMI PUBLIC SPACES

9

02.

ARCHITECTURE, NATURE AND CULTURE SOS CHILDREN’S VILLAGE SEM 4 | Architectural Design

AutoCAD | Photoshop | Sketchup | Enscape

AIM:

The study has several key objectives: understanding the site’s social fabric, including demographics and cultural practices, analyzing the local climate and its impact on architecture, examining examples of SOS Children’s Villages for user-specific design solutions, exploring vernacular building systems for modernization, formulating contextual design principles for sustainable development, and motivating students to engage in the discussion of socially and environmentally responsive architecture.

FORM DEVELOPEMENT

CHILDREN’S HOUSING UNITS The 10 housing unit for the children in the SOS village is arraged in such a way that all the units are connected with balcony to make the children feel comfortable as well as give them the feeling belonging and being one

Balcony DOWN

UP

Connecting all the units and getting courtyard play area for the children to interact with each other.

GROUND LEVEL PLAN GROUND FLOOR PLAN

10

ROO

FIRST LEVEL PLAN

SECTION AA’

A

A’

1. Security Cabin | 2. Service Centre |3. Admin Office | 4. Learning Centre | 5. Staff’s Residence | 6. Village Director’s Residence |7. Children’s House Cluster | 8. Parking | 9. Park

11

Roof Level

First Floor Level

Ground Floor Level

EXPLODED VIEW - Children’s house

12

SECTION AA’

VILLAGE DIRECTOR’S RESIDENCE PLAN

SECTION BB’

SUPPORT STAFF RESIDENCE PLAN

13

SEM 6 | WORKING DRAWINGS AutoCAD

CHAJJA ABOVE

W1

350

CHAJJA ABOVE

CHAJJA ABOVE

W1

W1

W1

W1

C4

C5

C3

C 58

C 59

C 67

C 68

C 69

C 94

C 95

C 96

C 87

G

H I

L

N

K

3480

6600

W1

1960

1830 D3

C 13

I

300

1195

350 350

W1

600

CHAJJA ABOVE

N

W1

1083

3

1195

C2

600

CHAJJA ABOVE

2

W1

1195

350

H

600

CHAJJA ABOVE

W1

1195

CHAJJA ABOVE

W1

1195

CHAJJA ABOVE

W1

350

G

J

L

F

CHAJJA ABOVE

C1

1

E

CHAJJA ABOVE

D

C

B

CHAJJA ABOVE

A

MUMBAI MUNCIPAL SCHOOL

CHAJJA ABOVE

03.

DHARAVI PUBLIC SCHOOL

C 15

C 14 D1

7660

D1

7660

D3

C 16

C 17

D1

7660

4 6000

300

9

C 34

SW1 SW2

EQ EQ EQ EQ EQ EQ EQ EQ EQ 800

2480

8

300

20 19 18 17 16 15 14 13 12 11

C 33

MID-LANDING 2700MM

EQ EQ EQ EQ EQ EQ EQ EQ 800

EQ EQ EQ EQ EQ EQ EQ EQ

C 32

C 31

D2

EQ EQ EQ EQ EQ EQ EQ EQ

4240

D2

C 24 MID-LANDING 1800MM

C 30

W2

3640

RISER- 0.15M THREAD-0.3M

C 29

7

UP

6

Lobby 6M wide

10 9 8 7 6 5 4 3 2 1

C 23

5

SW3 8100

2250

CHAJJA ABOVE

W3

ID VE VO BO A

C 39

C 38

11

Lobby 8.1M wide

C 41

C 42

UP

10

3400

C 40

C 48

4230

C 50

Lobby 5.7M wide

C 54

C 53

C 52

C 51

5700

2550

14 1650

C 56

C 55

C 57

8110

D2

2000

15

C 49

D2

D1

RISER- 0.15M THREAD-0.8M

C 47

10 9 8 7 6 5 4 3 2 11

C 46

13

11

12

21 20 19 18 17 16 15 14 13 12

3750

16

3600

2740

D6

D6

D1

19 20

C 78

1620

2550 W1

1620

C 79

C 80 1500

W1

C 85

W1

D6

W6

W6

W6

D6

W6

D6

161 W6

1500

1630 W1

D4

W6

371348 366

17 18

D5 271

7080

5660

D4

C 81

W7

5070

CHAJJA ABOVE

W3

D6

161

C 82

C 86

22 23

A

B

C

D

E

F

J

K

GROUND FLOOR CIV

14

AIM:

BATHROOM VENTILATOR WITH MOVABLE ACRYLIC LOUVERS AND ANOIZED ALUMINIUM FRAME

The architectural design process of Semester 5 was expanded to include Working Drawings, encompassing the BATHROOM VENTILATOR WITH MOVABLE ACRYLIC LOUVERS AND ALUMINIUM progression from initial conceptualANOIZED sketches to FRAME highly detailed Good for Construction Drawings. These drawings served as a pivotal reference point for the practical implementation of the design, marking a significant step in professional development. They served as a comprehensive blueprint that not only guided but was indispensable for the practical execution of the architectural design. This phase of the curriculum reflected a substantial leap in the students’ understanding of the intricate details and nuances of architectural design and its real-world implementation.

V

C7

C8

W

U

Y

X

C6

Z

C 10

20 19 18 17 16 15 14 13 12 11

W2

700 640

2474

MID-LANDING 2000MM

RISER- 0.15M THREAD-0.3M

10 9 8 7 6 5 4 3 2 1

D1

UP

C 11 D1

700

EQ EQ EQ EQ EQ EQ EQ EQ

300

300

EQ EQ EQ EQ EQ EQ EQ EQ

D1

3 4 5

C 22

2763

1295

3784

W2

C 26

C 25

2

1295

C 21

C 18

C 12

W2

2595

C 20

1

640

C9

C 19

A'

C 27 3244

D2

C 28

3057

1627

U

CHAJJA ABOVE

T

S

CHAJJA ABOVE

R

Q

CHAJJA ABOVE

P

O

6 7 8 9

3296

1448

7125

W4

C 36

C 35

370

520

W1

C 37

3370

10

CHAJJA ABOVE

W2

CHAJJA ABOVE

1200

11 W2

1200

7050

2261

D2

7019 3385

C 43

3840

520

W1

C 45

12

1420

C 44 D2

13

3281

6960

W4

C 74 C 76

2955

2825 D4

W1 CHAJJA ABOVE

P

W1 CHAJJA ABOVE

C 89

C 90

Q

R

1300

2200 W1

W1

CHAJJA ABOVE

CHAJJA ABOVE

S

D6

W6

168

C 91

T

W6

U

V

C 92

W7

W

U

17

19 20

W4

W6

D6

3000

3000

W1

1300

450

3000 450

2500

C 88

W1

450

W1

1300

W6

W6

W4

1660

1660 D6

370 400 370

450

450

D5 D6

D6

2200

16

18

C 77

D4

1650

1650 W4

C 75

3390

D2

C 73

C 72

1650

1300

15 3057

C 66

5450

3500

6590

D2

6590

1420

C 65

D2

D2

C 83 MID-LANDING C 84 1800MM

O

14

SW4 1264

450

300 EQ EQ EQ EQ EQ EQ EQ EQ

UP

300

4140

C 71

10 9 8 7 6 5 4 3 2 1

EQ EQ EQ EQ EQ EQ EQ EQ

19 18 17 16 15 14 13 12 11

7420

6321

RISER- 0.15M THREAD-0.3M

C 2070

D2

C 64

2832

7420

C 63

C 62

2809

C 61

C 60

D6

W6

21

D6

22

W6

168

C 93

X

Y

C 97

Z

23

A'

VIL PLAN

FLOORING SCHEDULE

WALL PAINT SCHEDULE

15

Z

A'

Y

X

W

W1

U

V

T S

R

Q

D2

D2

D2

D2

D2

D2

D2

D2

D2

D2

D2

D2

D2

W1

N

D2

D1

D2

BRICK CLADDING

O.H.T.

STEPS DETAIL (SCAL

ELEVATION

10 9 8 7 6 5 4 3 2 1

18 MM THK EXTERNAL PLASTER 12 MM THK INTERNAL PLASTER ALUMINIUM HAND RAIL

1088

O.H.T.

230 MM THICK BRICK WALL 18 MM THK EXTERNAL PLASTER 12 MM THK INTERNAL PLASTER ALUMINIUM HAND RAIL

230 MM THICK BRICK WALL

ST

10 9 8 7 6 5 4 3 2 1

40MM X 100MM ALUMINIUM RA UP

TYPICAL FLOO 30MM THICK, A BALUSTRADE

300MM TREAD 230 MM THICK BRICK PARAPET WALL

150MM RISER

ET WALL

B

O

P

150MM THK WA

COUNTERSUN

1088

STEPS DETAIL (SC

40MM X 100M ALUMINIUM

30MM THICK BALUSTRAD

150 MM DEEP R.C.C. SLAB

300MM TREA

S 150MM RISE

230 MM THK EXTERNAL BRICK WALL

150MM THK

600 MM DEEP PLINTH BEAM

STEP

COUNTERSU

1088

TRAPEZOIDAL FOOTING

150 MM THK PCC BED 230 MM RUBBLE SOLING RAMMED EARTH

16

STAIRCASE SECTION

FIRE RESISTANCE DOOR

TERRACE FLOOR PLAN OUTSIDE

MS GATE

I M

L

J

K

H

GF

E

D

C

B

A

400MM X 400MM RCC COLUMN ENTRANCE GATE AT (1:20)

50MM THICK KOTA STONE COPING

50 MM KOTA STONE COPING 230MM THICK BRICK D2

W1

D2

W1

W1

W1

W1

W1

W1

W1

W1

W1

PARAPET WALL W1

W1

METAL GATE

300MM TREAD

GROUND LINE W1

W1

W1

W1

W1

W1

W1

W1

W1

W1

W1

W1

W2

W1

W1

W1

W1

W1

W1

W1

W1

W1

W2

COMPOUND WALL

150MM RISER B 10MM NOSING

12MM THK RCC COPING D3

12 MM THK INTERNAL PLASTER

D3

DRIP MOULD OUTSIDE

18MM THK EXTERNAL PLASTER

LE 1:20)

AA’

15O THK BRICK PARAPET WALL VATA

20 19 18 17 16 15 14 13 12 11

TERRACELEVEL

ET DETAILS

TAIRCASE DETAILS

M THICK UP RCC COPING AIL TYPICAL FLOOR PLAN

ALUMINIUM

20 19 18 17 16 15 14 13 12 11

0

WHITE HEAT RESISTANT TERRACE TILE (250MM x 250MM) 20MM THK SCREEDING 100MM THK BRICK BAT COBA LAID ON SLOPE 150THK RCC SLAB

10 9 8 7 6 5 4 3 2 1

18 MM THK EXTERNAL PLASTER

ENTRANCE GATE AT (1:20)

12 MM THK INTERNAL PLASTER

OUTSIDE

ALUMINIUM HAND RAIL

INSIDE

25MM KOTA STONE COPING 230 MM THICK BRICK WALL

230MM THICK BRICK WALL

DN

230MM X 300MM RCC BEAM

450MM x 300MM RCC BEAM

15MM DRIP GROOVE 230THK BRICK WALL

18MM THK EXTERNAL PLASTER

D1

COMPOUND WALL

150MM THK RCC PARAPET WALL

D

FIRE RESISTANCE DOOR

BULL NOSE VATTA

AIST SLAB

BULLS NOSE RCC LINTEL DRIP MOULD

TERRACE FLOOR PLAN

300MM THICK RCC PAD FOUNDATION

600MM RCC CHHAJJA

10MM THK MOSAIC TILES

150MM THICK PCC BED

20MM THK MORTAR ALUMINIUM FRAME

RUBBLE SOLING

20MM THK GRANITE PATTI

1200

NK SCREW

TRANSPARENT 20MM SCREEDING ALUMINIUM

PARAPET DETAILS COMPACT EARTH FILING

SLIDING WINDOW

INSIDE

COMPOUND WALL DETAIL

100MM BRICK BAT TWOCOBA SHUTTER 10MM WATERPROOFING

20MM THK GRANITE SILL

150MM THK RCC SLAB

SECTION THROUGH COMPOUND WALL (SCALE 1:5)

150MM DIA - PVC RAIN WATER PIPE 18MM THK EXTERNAL PLASTER 25MM THK SCREEDING

RCC COPING

APET WALL (SCALE 1:10)

15MM DRIP GROOVE

300MM 300MM TREAD TREAD 20MM TILE FLOORING

18MM THK EXTERNAL PLASTER

12MM SKIRTING

PLASTER

10MM NOSING

20MM THK MORTAR

BULL NOSE

20MM SCREEDING

100MM DIA VATA

100MM BRICK BAT COBA

75MM THK PLINTH PROTECTION

10MM WATERPROOFING

RUBBLE SOLING

150MM THK RCC SLAB

RAMMED EARTH

150MM DIA - PVC RAIN WATER PIPE

BRICKWORK

40MM X 100MM THICK ALUMINIUM RAIL

10MM THK MOSAIC TILES

DPC LAYER PLINTH BEAM

PS DETAIL (SCALE 1:50)

VATTA

150

STEPS DETAIL (SCALE 1:20)

BULL NOSE

100

12 MM THK INTERNAL 150THK PCC BED PLASTER 150MM RISER

150MM THK RCC PARAPET WALL

1000

150MM RISER 12MM THK INTERNAL

10MM NOSING

FOUNDATION

30MM THICK, ALUMINIUM BALUSTRADESTRIP SECTION @ 1:20

PARAPET WALL DETAIL PARAPET WALL (SCALE 1:10)

17

350 1000

DUCT PLAN

160

D6

W7

W6

TOILET DETAIL

B 12MM THK RCC COPING DRIP MOULD

PLAN

18MM THK EXTERNAL PLASTER 15O THK BRICK PARAPET WALL VATA

TERRACELEVEL

WHITE HEAT RESISTANT TERRACE TILE (250MM x 250MM) 20MM THK SCREEDING 100MM THK BRICK BAT COBA LAID ON SLOPE

OUTSIDE

INSIDE

150THK RCC SLAB

MALE TOILET 2100

FEMALE TOILET

A 450MM x 300MM RCC BEAM

12MM THK. INTERNAL W PIVOT JOINTS 5MM GLASS MOVABLE L MOVABLE PIVOT PLATE 20MM THK. WHITE GRA 230X100MM RCC SILL

8MM THK. COAT OF WA LAYER THROUGHOUT T

12MM THK. CERAMIC TIL SCREEDING

230THK BRICK WALL

850

230MM THK. BRICK WAL

SECTION AA'

DETAILED SECTION THROUGH L DETAILED SECTION THROUGH LOUVERED WINDOW - TOILET WINOW DETAIL BULLS NOSE RCC LINTEL DRIP MOULD 600MM RCC CHHAJJA

1200

20MM THK GRANITE PATTI

OUTSIDE

ALUMINIUM FRAME

INSIDE

TRANSPARENT ALUMINIUM SLIDING WINDOW TWO SHUTTER

PARAPET

20MM THK GRANITE SILL

18MM THK EXTERNAL PLASTER 18MM THK. EXTERANL WALL PLASTER

25MM THK SCREEDING

12MM THK. INTERNAL WALL PLASTER

20MM TILE FLOORING 12MM SKIRTING

1000

12MM THK INTERNAL PLASTER

PLINTH BEAM BULL NOSE 100MM DIA VATA 75MM THK PLINTH PROTECTION

WALL HUNG WC

150

DPC LAYER

100

WASH BASIN 150THK PCC BED

200 MM THK SLAB SUNK 20MM THK. GRANITE SKIRTING 200MM THK. BRICK BAT COBA

RUBBLE SOLING RAMMED EARTH BRICKWORK

FOUNDATION

STRIP SECTION @ 1:20

18

PARAPE

D4 N

D5

S

DRG NO

D6

DISHA DEWANI

W6

D6

D6

W6

W6

W6 400

400

O

370

CHECKED BY:

D5

I

20.04.23

D6 DRAWN BY:

SCALE:

TOILET DETAIL

1:100

W6

NORTH: A

D6

W6

W6

D6

W6

D6

W6

A'

A'

350

400

DHARAVI TRANSIT CAMP

LES & 10MM

D6

350

400

THE TOILET

D6

W6

D6

W6

D6

W6 350

NAME & ADDRESS OF ARCHITECT

350

1000

DISHA DEWANI L.S.RAHEJA SCHOOL OF ARCHITECTURE 1000

D6

Exam seat number - 20075

160

D6 160

W6

W6

W7

W7

PLAN PLAN

PLAN

18MM THK. EXTERANL WALL PLASTER 12MM THK. INTERNAL WALL PLASTER

MALE TOILET

OUTSIDE

2100

FEMALE TOILET

WASH BASIN

MALE TOILET

FEMALE TOILET 2100

WALL HUNG WC 200 MM THK SLAB SUNK 20MM THK. GRANITE SKIRTING

850

200MM THK. BRICK BAT COBA

850

LOUVERED H

S

DATE:

ATERPROOFING D6

LL

I

210

LOUVERS ES ANITE PATTI

V

D4

210

WALL PLASTER

E

D4

370

R

D4

SECTION AA'

SECTION AA’

SECTION AA'

19

A B

C

D

E

H I J

FG

K

L

M

W1

W1

W1

W1

W1

W1

W7 D2

W2

W2

W2

W2

W7 W2

W1

W2

W2

D2

W7 W1

W1

D2

ELEVATI

B

C

D

E

G

H

L

M

N

O

2100 MM DEEP OVERHEAD TANK

1000

O.H.T.

230 MM THK BRICK PARAPET WALL

COMPUTER LAB

STAFFROOM D1

WATER PROOFING FOR TERRACE 150 MM DEEP BRICK BAT COBA

CLASSROOM W7

CLASSROOM

D2

STAFFROOM

ART LAB 2100

W4

D2

D2

W4

230 MM THK BRICK PARAPET WALL

W7 W1

SCIENCE LAB

W1

STAFFROOM

STAFFROOM D1

D2

W7 W1

W1

D2

R.C.C. STAIRCASE

ARTH

B

C

D

A

E

G

C

H

D

M

L

E

G

H

230 MM THK BRICK PARAPET WALL

20 MM TERRACE WATERPROOFING

D2

D2

D2

230 MM THK EXTERNAL BRICK WALL 600 MM DEEP PLINTH BEAM TRAPEZOIDAL FOOTING 75 MM DEEP PCC BED RUBBLE SOLING RAMMED EARTH

20

6650

D2

300 MM X 600 MM R.C.C. BEAM

D2

2100

1000

D2

150 MM DEEP BRICK BAT COBA

D2

DOUBLE-HEIGHTED MULTIPURPOSE ROOM

D2

D2

N

K

SECTION O

N

O

Q R

P

W1

W5

W1

W1

W1

W1

W5

W1

W1

W1

W1

X

Z

Y

W1

W4

W1

W1

A'

W1

W1

W4

W1

W1

W

W1

W1

W5

W4

V

W1

W5

W4

U

S T

W1

W4

W1

W1

W4

ION BB’

Q

P

S

V

A'

Y

TOP OF BUILDING + 20.9 M LVL

TERRACE FLOOR CLASSROOM

+ 14.2 M LVL

CLASSROOM CLASSROOM

MALE TOILET

W4

D2

FEMALE TOILET

D2

2100

CLASSROOM D2

2100

CLASSROOM W4

850

THIRD FLOOR + 10.8 M LVL CLASSROOM CLASSROOM

600

CLASSROOM CLASSROOM

CLASSROOM

MALE TOILET

D2

D2

FEMALE TOILET

W4 1800

W4

SECOND FLOOR + 7.40 M LVL

CLASSROOM

CLASSROOM CLASSROOM

CLASSROOM

CLASSROOM MALE TOILET

W4

D2

W4

FEMALE TOILET

D2

D2

FIRST FLOOR

500

CLASSROOM MALE TOILET

D2

CLASSROOM FEMALE TOILET

W4

PLINTH LEVEL

400

900

W4

850

D2

CLASSROOM

+ 0.60 M LVL GROUND LEVEL + 0.00 M LVL

W

Z

A'

TERRACE FLOOR + 14.2 M LVL CLASSROOM

W1

THIRD FLOOR + 10.8 M LVL

1000

CLASSROOM

SECOND FLOOR + 7.40 M LVL

800

U

CLASSROOM

1200

T

W1

819

R

A'

Y

FIRST FLOOR + 4.00 M LVL

CLASSROOM

2800

V

S

2800

Q

1000

P

1000

N AA’

1200

CLASSROOM

800

+ 4.00 M LVL CLASSROOM

PLINTH LEVEL + 0.60 M LVL GROUND LEVEL + 0.00 M LVL

21

04.

MASTERPLAN VISION FOR CHOWK KARJAT, MAHARASHTRA SEM 7 | URBAN PLANNING

AutoCAD | SketchUp | Photoshop | Lumion | GROUP EFFORT

AIM: Through an understanding of the site’s context and a thorough demographic analysis, we integrated these findings into our urban planning approach for Chowk in Karjat. Our analysis and conceptualization guided us to embrace the principles such as connected via multiple nodes and green corridors. Additionally, we emphasized maintaining a link with Karjat’s agricultural roots and encouraging agro-tourism through our interventions.

22

R

R

W

M

A P

REBORN+REUNION

REBORN - Urban Village REUNION - Urban Village and City

Walkable cities More streets , Car free roads , Small block size Mixed use development Local destinations , Co benefits Agrarian landscape (Urban Oasis) Preserve natural ecologies , Co benefits

To revive the connection between the community and Morbe Dam near Chowk Station, essential steps include community engagement, education, resource management, eco-tourism, infrastructure development, government support, monitoring, cultural activities, legal protections, and collaboration with NGOs. This will help preserve biodiversity and secure freshwater resources for farming and domestic needs while strengthening community bonds.

CONNECTIVITY Chowk Rail Way Station , Mohape Rail Way Station are the very nearby railway stations to Chouk.Khopoli , Karjat , Panvel are the nearby by towns to Chouk having road connectivity to Chouk through NH548A and NH348. around it.

SITE EDGES Around the site there is Morbe dam which is most important water reservior in the region.The forest area is long spread on the hills.The Nadal lake is one of the natural water body present around the site which creates a natural ecosystem around it.

NEARBY REGION The site is located at the locality of Chowk region and is further spresd into the Morbe region.

23

30M PRIMARY ROAD

18M SECINDARY ROAD

PLAN

SECTION 24

PLAN

SEC

EDGES

N

CTION 25

05.

HUTATMA SMARK CHOWK ANDC | NASA 65TH YEAR TOP 50 SHORTLISTED

26

AutoCAD | SketchUp | Photoshop | Lumion | GROUP EFFORT

27

28

29

06.

VARANASI

HUDCO | NASA 64TH YEAR

AutoCAD | SketchUp | Photoshop | Lumion | GROUP EFFORT

“Design a thing by considering it in its next larger context - a chair in a room, a room in a house, a house in a community, a community in a city.”

-Eliel Saarinen

30

31

32

33

07.

URBAN MAPPING

TOKYO, JAPAN

AutoCAD | SketchUp | Photoshop | Lumion | GROUP EFFORT

HISTORICAL EVOLUTION OF THE CITY Tokyo, officially the Tokyo Metropolis, is Japan’s capital and the world’s most populous city.

Originally called Edo, it boasts the most populous metropolitan area globally. Positioned at the head of Tokyo Bay, it lies within the Kanto region on Honshu, Japan’s largest island. Tokyo is Japan’s economic epicenter and home to the Japanese government and the Emperor. It traces its roots back to the 12th century when it was a village known as Edo, later fortified by the Edo clan.

POPULATION

RELIGION

34

NATIONALITY

TRANSPORTATION

Tokyo’s transportation network radiates from its central Chiyoda city, forming interconnected highways to ease traffic congestion and create ring patterns around the city center. Commercial areas near the core rely on these roadways. Rail routes connect residential areas to the central business district.Tokyo heavily relies on its extensive railway network due to limited parking space. Rail density aligns with population density, with key junctions like Shinjuku, Otemachi, Shibuya, and Ikebukuro serving as vital transportation hubs. The Yamanote Line, encompassing major stations, is a primary loop, connecting to other rail networks and providing access to the city’s interior and airports.

ROAD NETWORK

RAILWAY LINES

RAILWAY LINES

SUBWAY AND METROS 35

08.

MISCELLANEOUS Photography | Academic work

ARCHITECTURAL PHOTOGRAPHY 36

LANDSCAPE DESIGN | SEM 5 37

DISHA DEWANI

dishadewani07@gmail.com +91 9920626906