PRIYANKA GHODKE UNDERGRAD PORTFOLIO 2021

ARCHITECTURAL PORTFOLIO PRIYANKA GHODKE SELECTED WORKS ( 2017-2020)

ABOUT ME urrently pursuing Bachelors in Architecture at M.K.S.S.S. Dr.Bhanuben Nanavati college of Architecture, Pune, Maharashtra.

The curiosity & eagerness to experience new ideas was engrained early in my life. My interest in architecture extends beyond simple asthetics & delves deep into the fine details that creates a bond between the user & space.

I am always willing to go the extra mile to achieve the same.

PRIYANKA GHODKE ARCHITECTURE STUDENT 4TH YEAR DOB : 13/11/1999 priyankaghodke.bnca@gmail.com +91 7767963344

EDUCATION 2017- Present

MKSSS Dr.BhanubenNanavati College of Architecture, Pune

2015 - 2017

Sardar Dastur Hormazdiar Junior College, Pune

2004 - 2015

Hutching High School, Pune

AWARDS & EXPERIENCE 2020

63/2B, Flat no. 18, Indraprastha society, Satara Road, Pune- 411009, Next to Vijay sales.

English

Marathi

Hindi

German

2020

Top 10 entry in Hatke lift car Interior design competition

by Schindler.

SOFTWARE SKILL AutoCad

MS Office

Lumion

Vray

Revit

InDesign

Rhinocerous

Illustrator

SketchUp

Photoshop

INTERESTS Sketching and Painting Photography

Participated in Kaarwan design competition.Design of a Quarantine ward,During the Covid -19 Pandemic

Travelling

2020

Graphic Designer at Kafila org.

Free lancing - Interior projects.

Baking and Cooking Co-owner of The Baking Studio

2019

Graphic Design intern at Social Sushi, Delhi.

Trekking and Hiking

2017 - 2018

Consequtive Classroom Representative for 2 Years (1st & 2nd Year).

17 Sahyadri moutain treks Participation in Himalayan Bhrigu lake Trek. -13000 ft Co-leading Himalayan trek to Brahmatal - 12300 ft

COVER SHEET

50 THK PUFF PANEL

NORTH ELEVATION

50 THK PUFF PANEL FLASHING STIFFNER PLATE

+8480MM ROOF LVL.

TOP CHORD OF GIRDER VERTICAL POST OF GIRDER

ISMC RUNNER FOR PUFF PANEL

+5700MM FIRST FLOOR LINTEL LVL.

+4500MM FIRST FLOOR SILL LVL. +3600MM FIRST FLOOR SLAB LVL.

GLASS RUNNER

SHS COLUMN 250 X 250, 5 THK

+2550MM LINTEL LVL. +2900 GROUND LEVEL

CLEAT PLATE

GLASS 6MM

+1350MM SILL LVL.

Academic Projects

+450MM PLINTH LVL.

02

06 04 DETAIL AT COLUMN C17Working Drawing - II

±0 GROUND

EAST ELEVATION

Community center

AND SIMILAR COLUMNS

Green Housing

COVER SHEET 50 THK PUFF PANEL Z SECTION

50 THK PUFF PANEL

50 THK PUFF PANEL RUNNER FOR PUFF PANEL FLASHING

01

03

Bungalow

Tiny Library

05

Advanced Building Technology & CLEAT ANGLE SPACER Materials SHS 250 COLUMN ISMC PURLIN

DETAIL AT COLUMN P15

GLASS RUNNER TOP CHORD OF GIRDER VERTICAL POST OF GIRDER GLASS 6MM

AND SIMILAR COLUMNS

300 X 300 X 5 MM THK. TATA SHS COLUMN

08

Interior of an apartment Pune, Sinhagad road.

SPACER HOT ROLLED L-SECTION TO AVOID SAGING

09 SIDE Art RUNNER works, photography DETAIL& Extra cirricular

07

Schindler Lift car Competition Top 10 entry

01

Bungalow Design for an Artist Site - 475 sqm, Located in Pondicherry.

Tropical climate.

Monsoon season from October - December.

November has the Highest rainfall of around 135 cm.

We were to design a Bungalow for a client, keeping in mind his identity, hobbies and personality.

This project is focused on designing a residence for an Artist and his family using RCC construction.

The site is narrow surrounded by existing buildings on both sides. Climatic approach was also taken into consideration while designing.

Sloping roof constructed for rainy seasons, as well as to place skylights for maximum natural light intake from the South.

BUNGALOW DESIGN | 03

Bedroom 1

Bedroom 2

Porch Master Bathroom Dining room Common Bathroom

Master Bathroom Dining room below

Store Indoor Garden

Work Space

Kitchen Services

Living room

GROUND FLOOR PLAN

Living room below

FIRST FLOOR PLAN

V I E W S

BUNGALOW DESIGN | 04

05

Community Center in Raghurajpur Raghurajpur, a small village located in the state of Odisha, is a heritage crafts village out of Puri district, India, known for its master Pattachitra painters.

A cultural center was to be designed for the village to promote the culture and art creations by the fellow villagers for their daily income.

The site was situated alongside an existing pond surrounded by numerous evergreen trees .

Local materials are used in the construction of the cultural and art.

The main goal of this Project is to build a modern gathering point for people from all over the world, to help preserve the culture and art created in the village of Raghurajpur, that can be adaptable to different contexts and where there will be an innovative atmosphere, where new technologies will play a very important role and that will try to inspire people to live in a more knowledgable way and aware of unique Indian heritage.

Site Area : 4750 SQM

COMMUNITY CENTER | 07

C

1

8 A

C’ A’

9 2

B

4

6 Water body

9

5 7

Section AA’

B’

3 1. Parcel 2. Medical center 3. Administration 4. Sarpanch office 5. Workshops 6. Shops 7. Dormitories 8. Community hall 9. Amphitheater

Section CC’

COMMUNITY CENTER | 08

Section BB’

09

Tiny Library Site loacted in Rural area. (Sangrun).Small village loacted on the outskirts of the city Pune, Maharashtra.

Despite its importance, education is still inaccessible to many communities in remote locations around the world. Self-learning,especially through reading, is crucial for the society’s development. It is necessary to have places promoting education - and self-learning toeducate the local population within the closest proximity. It will make them accessible to gainful employment opportunities in theirhometowns and will thereby avoid the need for migration elsewhere.

One storey Library building with a pond in the front yard and open activity/ reading space in the back yard.

TINY LIBRARY | 11

User Analysis

Target Group :

Closed or semi-closed working places are rather popular in libraries. Most of users would like to work in more isolated areas. Wide usage of computer technology does not change much of the planning of user space, with exception on the size of readers' tables, which are planned much larger than in traditional libraries.

User Activities :

Special users

Open Space

Senior Citizen Students & Children

Academic users

Group Discussion Common Reading Space

Activity Space

+450 MM

Materials Plinth Steps: Broken Cobblestone piedes layed on mortar.

Porch: Mahogany wood finshed floor.

Columns: R.C.C. columns with Grey Plaster on the exterior.

Walls : Stone cladding on the exterior & Turqouise Blue paint finshed.

Storefront Curtain wall: Transparent 8mm glass panels, Supported by PVC mullions & transoms.

Windows: Fiberglass framed windows with 2mm thick float glass.

Entrance door: Fiberglass framed doors with 2mm thick float glass.

Sliding door: 18mm thk. wood cherry paneled door with Veneer coverd framing.

Flushed door (toilets): Plywood paneled flushed doors with Veneer covered Framing.

Roofing : Contrete tile roofing shingles on the pichted roof & Grey Asphalt Cladding underneath.

Wood finished Porch

UP

+450 MM

±0 MM

UP

Summer from the

Site Plan

TINY LIBRARY | 12 B

V I E W S

DN

3 +450 MM

Winter Winds from the East

M DN

1. Reading Area 2. Toilets 3. Group discussion 4. Multi purpose room

1 2

A

4 Winds west

B’

Floor Plan

A’

13

Housing for a Urban Educational Symbiosis Institute campus Sustainable housing needs to be designed to maximize occupant’s well-being and minimize the environmental load. The pursuit of combining these two different aspects toward sustainability is a goaloriented task.

Green affordable housing is reasonably priced housing that incorporates sustainable features. The intent of this project is to design and develop building systems providing comfort for the users as well as it being environment friendly for taking into consideration that it is a student housing project on symbiosis campus in viman nagar, pune. Through code research, the new residence hall was to be developed starting with a building design strategy for an environment structure based on sustainability, resiliency and green housing. In addition to architectural design, other aspects like structural and mechanical design strategies, legal constraints, LEED s trategies and cost analysis are to be developed.

Site is situated in viman nagar, in the Existing plot of an educational Institution namely symbiosis college.

Area of the entire educational campus is :34.8 acre | 11150 SQM 14.1 hectare The alloted area for housing is 35917.5 sqm |3.6 hectare | 8.9 acres

GREEN HOUSING | 15 Design Parameters The following parameters explain the main concerns of the project design, which were considered on every step, following the hierrachy as listed below:

BUILDING LAYOUT AROUND PROPOSED SITE. The site is surrounded by residential areas on the north and east and institutional area to the east.

There is open space towards the south and west.

India

E Low the Energy consumption

GREEN TREE COVER The lowest part of site is surrounded by green cover which is followed all the way towards south west.

These tree help diverting the harsh winds coming from the west.

Maharashtra

Symbiosis Institute, Viman Nagar

ROAD LAYOUT AROUND PROPOSED SITE

Altitude Area Climate Latitude Longitude Rainfall Population Relief Average temp. in Summer Maximum temp.

Average temp. in winter Minimum Temp.

Distance from Mumbai.

Create a healthy indoor climate

Make a flexible design, with the possibility of expansion

Use the sun heat

Create an accessible house to all users

Optimize the Daylight

Create a house where the users will feel safe.

Viman nagar has a very well connected route to highways and local streets which provides easy vehicular access. Entry to the site is connected from the main airport road.

Pune city

560 metres 15.642 sq.km hot semi-arid 18° 32" north 73° 51" east 211 mm 7.4 million Plateau region 32°C 38°C 19°C 13°C 150 km

Use the rain water

70% Wind flow from West direction

SITE ANALYSIS Sun orientation to be considered when designing to maximize solar heat gain.

Summer wind need to be used for ventilation and winter wind needs to be reduced.

Using local wind patterns to maintain the temperature with the premises. Cross ventilation and green Balconies to be provided in every room to reduces heat island effect.

Over head water tank

Director’s and Principle’s Bungalow

20% Wind flow from West direction

Faculty housing, open space

Student housing, open space

Student housing

GREEN HOUSING | 16

SECTION CC’

SECTION BB’

SECTION AA’

Student housing, ancillary

Student housing, open space

Site entrance

Medical and warden

Faculty Club House

GREEN HOUSING | 17 Living accomodations on ground floor for physically challenged /universal accessibility.

Topography to understand natural terrain and identify the surface run- off to manage services in site development.

Rain water harvesting plant

Rain water harvesting plant

Provision of contemplative landscaping and tree plantation to maintain biodiversity.

Access to amenities & Transport.

Green parking facility

Retaining maximum of existing natural vegetation & soil erosion control.

Over head water tank

A

Green parking facility

Building orientation

A

Electrical and transformer area

SUSTAINABLE SITE CONSIDERATION

WATER CONSERVATIO & OTHER SERVICES

GREEN HOUSING | 18

Over head water tank

3 BHK

2 BHK

1 BHK

Inspection Chamber

B'

B'

B'

B'

B'

B'

A

A'

A'

A

A'

A

A'

A

B'

B

B B'

B'

A'

A

A'

A

A'

B

B

ON B

A'

B

B

B

B

A

A'

ADVANCED BUILDING TECHNOLOGY & MATERIALS | 19 59550

600 mm WIDE CHAJJA 890

4010

6000

650

2110

840

960

1830

800

6000

6000

845

1950

780

2060

780

780

820

1660

1675

1520

775

515

GALVANIZED PRECOATED ROOFING SHEET

C18

ROLLING SHUTTER

W1

W1

C19

W1

C20

W1

P16 450 X 700

D4

C21

C22

ROLLING SHUTTER

P18 450 X 700

W1

C23

W1

W1

C24

W1

P20 450 X 700

W1

C25

W1

W1

C26

W1

P22 450 X 700

ROOF LVL.

5151

P14 450 X 700

1900

D2

MEZZANINE FLOOR LINTEL LVL.

3510

1450

D2

UP

W1 900

UP

RAIN WATER GUTTER

FRAME LVL

D2

Ground Floor Plan W1

MEZZANINE FLOOR SILL LVL.

D2

W1

W1

W1

W1

W1

W1

W1

W1

W1

RAINWATER DOWN TAKE PIPE

MEZZANINE FLOOR LVL. LINTEL LEVEL

300

1750

2380

650

3620

2640

D4

C17

W1

UP

3000

C16

375

B UP

W1

W1

W1

W1

W1

D1

W1

W1

W1

W1

D1

BRICK WALL MASONARY DUCT WALL TO COVER SANITARY PIPES

W1

SILL LVL.

1700

900

3620

I-C 1 230 X 400

C15

I-C 2 230 X 400

I-C 3 230 X 400

I-C 4 230 X 400

I-C 5 230 X 400

I-C6 230 X 400

I-C7 230 X 400

I-C 8 230 X 400

PLINTH LVL.

900

1670

1500

3830

W1

500 TH CORRU ROOFIN SHEET

GROUND LVL.

North elevation

SHUTTER DOOR

UP

D2

P12 250 X 425

W1 2705

D2

MECHANICAL DOOR

3620

D2

375

2000

C14

3620

1082

UP

3740

C13

3510

34000

C12

CLADDING SHEET

D2

FRAME LVL

1900

D2 W1

STAFF AND VISITOR'S TOILET

C1

W1

C2

W1

W1

4010

890

450 X 700

C3

W1 6000

C4

D1

650

4275

W1

960

C5

W1

1012

1830

450 X 700 W1 C6

W1

800

2050

4275

W1

845

D3

D3

D3

D3

650

D3

C8

W1 1950

C9

V

V

V

V

C10 V

V

V

V

C11

V

MECHANICAL DOOR SILL LVL.

PLINTH LVL.

GROUND LVL.

5904,88

780

LINTEL LEVEL

1750

D3

P9 450 X 700

450 X 700

C7

D1

750

D3

900

450 X 700

D3

MEZZANINE FLOOR SILL LVL. MEZZANINE FLOOR LVL.

900

P1

P7

A'

W1

2675

D3

P5

900

1920

D3 A

P3

11825

MEZZANINE FLOOR LINTEL LVL.

1450

D2

1532

D2

UP

3000

3600

ROOF LVL.

D1

B'

East elevation

12450

Ground Floor Plan

CANOPY ABOVE

PU 59550

600 mm WIDE CHAJJA 890

4010

W1

650

C17

P14 450 X 700

C18

2110

W1

840

W1

1830

960

C19

W1

B 800

W1

6000

C20

P16 450 X 700

1730

C16

6000

6000

845

C21

C22

P18 450 X 700

1950

W1

780

W1

2060

780

C23

780

W1

820

W1 C24

P20 450 X 700

W1

1660

W1

1675

775

C25

W1

1520

W1

515

C26

P22 450 X 700

3220

3300

5151

375

PUFF PANEL

D1

R.W.GUTTER

WATER STORAGE AND GENERATOR ROOM

DOWN

C12

2480

900

200 THK TREKMIX FLOOR

100 THK PCC BED

GROUND LVL.

DRY RUBBLE HARD MURUM PACKING

Section AA’

2705 3600

1082

6275

W1

SHEETING LINE 375

D2

W1

890

W1

W1 4010

W1

W1 6000

C3 650

C4 2110

840

960

W1

W1 1830

C5 800

W1

W1

C6

C7

6000

6000

W1

845

C8

W1 1950

780

780

C9

C10

B'

3000 MECHANICAL DOOR

PEB CANOPY BELOW

I SECTION COLUMN SUPPORTING MEZZANINE FLOOR SILL LVL.

GANTRY BAY

6275

PEB CANOPY

MEZZANINE FLOOR LVL. LINTEL LEVEL

780

2060

1900 MEZZANINE FLOOR SILL LVL.

MEZZANINE FLOOR

C11

1450

P5 450 X 700

450 X 700

11825

P4

450 X 700

MEZZANINE FLOOR LINTEL LVL.

900

C2

P3

450 X 700

FRAME LVL

LIFT SHAFT

230 THK BRICK WALL WITH EXTERNAL SANDFACE PLASTER AND INTERNAL NEERU PLASTER

PLINTH LVL.

900

C1

P2

450 X 700

2500

P1

A'

650

W1

11210

1750

A

ROOF LVL.

900

WATER STORAGE GENERATOR ROOM 10980 X 7250

Mezzanine Floor Plan

SILL LVL.

PLINTH LVL.

W1

GANTRY BAY BELOW

GENTS TOILET

1750

1500 900

2500

3300

STAFF AND VISITOR'S TOILET

GANTRY BAY

C14

C13

2500

LADIES TOILET ROOM

ALUMINIUM POWDER COATED WINDOW IN ELEVATION

900

W1

LIFT SHAFT

1650

1670 1020

1730

PEB CANOPY BELOW

11825

900

MEZZANINE FLOOR SILL LVL.

MEZZANINE FLOOR LVL. LINTEL LEVEL

OFFICE 10980 X 26090 34000

MEZZANINE FLOOR

650

1500

W1

900

1100

3300 1700

1450

MEZZANINE FLOOR LINTEL LVL.

2380

MEZZANINE FLOOR

1900

ROOF LEVEL

W1

1600

900

1600

1500

1600

1500

1600

1500

DOWN

200 THK TREKMIX FLOOR

100 THK PCC BED

DRY RUBBLE HARD MURUM PACKING

GROUND LVL.

Section BB’

GROUND LVL.

ADVANCED BUILDING TECHNOLOGY & MATERIAL | 20 COVER SHEET

COLUMN SHS 250 THK

50 THK PUFF PANEL Z SECTION

50 THK PUFF PANEL FLASHING

50 THK PUFF PANEL RUNNER FORPUFF PANEL

HK UGATED NG

FLASHING

VERTICAL POST OF GIRDER

TOP CHORD OF NORTH LIGHT CLEAT ANGLE TRUSS

GLASS 6MM SPACER SHS 250 COLUMN

ISMC PURLIN

PUFF PANEL

PURLIN CHANNEL SECTION

URLIN / CLEAT

CLEAT PLATE BOTTOM CHORD OF NORTH LIGHT TRUSS SHS 61

PUFF PANEL 50 THK

STIFFENER PLATE

BOTTOM CHORD OF GIRDER RHS ( 122 X 61 )

16MM THK PLATE ONE WELDED TO TOP CHORD OF NLT BOTH BOLTED TOGETHER

STIFFENER PLATE

Z SECTION

FLASHING

16MM PLATES BOLTED TO EACH OTHER

FIXING OF N.L.T. AND GIRDER TO COLUMN AT BOTTOM CHORD

AND SIMILAR DETAIL AT COLUMN P15 COLUMNS

PUFF PANEL

CORRUGATED SHEET

STRUT OF N GIRDER SHS 91 X 91

GLASS RUNNER TOP CHORD OF GIRDER

COVER PANEL FLASHING

PUFF PANEL 50 THK

POST OF N GIRDER SHS 91 X 91

16MM PLATES BOLTED TO EACH OTHER AND WELDED TO MEMBERS

BASE PLATE 250 SHS COLUMN FLASHING, CLADDING RAIL

250 THK BRICK WALL WITH PLASTER 16MM PLATES ONE WELDED TO SPACER ONE WELDED TO TOP CHORD OF GIRDER AND BOLTED TOGETHER

DETAIL AT COLUMN TOP-NORTH LIGHT TRUSS IN SECTION

C20

CLEAT ANGLE

NORTH LIGHT TRUSS

STIFFENER PLATE

COVER SHEET 50 THK PUFF PANEL

CORRUGATED SHEET TOP CHORD OF GIRDER

TOP CHORD OF NLT

TOP CHORD NLT

PUFF PANEL 50 THK

FIXING OF N.L.T. AND GIRDER TO COLUMN AT TOP CHORD

TRUSS

ISOMETRIC VIEW OF END TRUSS PUFF PANEL PURLIN/CLEAT TRUSS RAFTER

ANGLE SECTION RUNNER SPACER SECTION BOLTED PLATES TOP CHORD FOR GIRDER 50 THK PUFF CLADDING

FLASHING GLASS RUNNER

50 THK PUFF PANEL FLASHING STIFFNER PLATE TOP CHORD OF GIRDER

ISMC RUNNER FOR PUFF PANEL ANGLE RUNNER

3MM THK. PLATE OF 100 WIDTH @600 c/c ADDITIONAL SUPPORT

VERTICAL MEMBER OF GIRDER

COVER SHEET

50 THK PUFF PANEL

NORTH LIGHT GLASS

GUTTER SUPPORTS BETWEEN PURLIN & GLASS RUNNER

ISMC 250 TO SUPPORT PUFF PANEL CLADDING RAIL

RUBBER SEAL PURLIN CLEAT

CROSS SECTION THROUGH GUTTER

ISMC RUNNER FOR PUFF PANEL

SPACER SECTION SHS COLUMN 250 X 250, 5 THK

VERTICAL POST OF GIRDER

GLASS RUNNER CLEAT PLATE

STIFFENER PLATE STIFFENER ISMC 20 PURLIN 250 THK SHS COLUMN FLASHING SECTION/CLADDIND RAIL

250 THK BRICKWALL WITH PLASTER

GLASS 6MM AND SIMILAR DETAIL AT COLUMN C17 COLUMNS

DETAIL AT COLUMN TOP-GIRDER IN SECTION

WORKING DRAWING | 21 9

B

3224

A B

C1 450X230

C2 450X230

C4 450X230

C5 450X230

3115

C3

B

3224

7018

C D

7127

C6 450X230

C7 450X230

764

DAYCARE 6840 X 3780

C D

7127

890

C D

D1

TOILET 4160 X 2610

10

8

C11 450X230

E F

12885

C12 450X230

C13 450X230

12885

21688

W1

17

4298

18

3

19

2

+1350MM SILL LVL.

+450 LVL.

20 UP

RISER -150 TREAD -300 STEPS -20

+450MM PLINTH LVL.

D1

PCC BED

919 E F

D1 3250

898

898

SUNK : 200M

±0 GROUND LVL.

W1

1

WORKSHOP 1 4540 X 10750

PASSAGE

E F

SUNK : 200M

+2550MM LINTEL LVL.

16

5

5418

+3600MM FIRST FLOOR SLAB LVL.

800

15

6

W1

12775

+4500MM FIRST FLOOR SILL LVL.

C D

14

7

12775

DORMITORY 5860 X 9540

13

695

E F

+5700MM FIRST FLOOR LINTEL LVL.

C'

12

9

W1

C13

W1

2972

4

C11,C12 C14

A B

4815

11

W1

908

E F

89

1285

714

C D

C13

+8480MM ROOF LVL.

W1 7018

D2

C11,C12 C14

21578

7

DUCT

A B

8 9

16313

11923

7153

11813

56

732

C10 450X230

C9 450X230

C8 450X230

A

W1

222

C

C D

7263

3225

34

W1

W1 A B

C5 C10 C14

7

D3

A

C7, C8 C9,C10 C6

C4 C9 C13

5 6

D3

89

C1, C2 C4, C5

C6

C7, C8 C9,C10

C8 C3 C16 C12 C18

3 4

12

21688

21578

7

C3 450X230

C2 C15 C7 C17 C11

D3

C3

8 9

7

56

2

D3

A

3115

5 6

C1

1

C5 C10 C14

16313

7153

3115

3225

34

12

C1, C2 C4, C5

C4 C9 C13

11923

3 4

1 2

C8 C3 C16 C12 C18 11813

C2 C15 C7 C17 C11

C1

7263

C6 START POINT

C6

3115

START POINT

7

2000

C14 450X230

E F

W1

W1 927

W1

W1

1002

UP 6770 W1

W1 +4000 LVL.

G

C15, C16

18114

667

G

TOILET 4540 x 3930

D1 C15, C16

G

C16 450X230

C15 450X230

G

18114

+0 LVL.

666

G

G

D1

B

D3

D3

D1

D3

B'

D3

+2450 LVL. C17, C18

H

22274

H

C17, C18

H

H

22274

C18 450X230

C17 450X230

1

+4000 GROUND LVL.

H

V1

V1

V1

V1

UP

H

SUNK : 200MM

34

12

56

7

+2000 LVL.

89

UP

4590

4038

+

+ PCC BED

5 6

34

C5 C10 C14

8 9

7

3115

56

7

C3

B

3224

A B

89

C6

C8 450X230

C7, C8 C9,C10

DORMITORY 5860 X 9540

D2

C D

7018

7127

A B

W1

D2

C10 450X230

C9 450X230

TOILET 4160 X 2610

D2

V1 DUCT V1

D2

A

D2

C1, C2 C4, C5

V1

C6 450X230

C4 C9 C13

C5 450X230

C3 450X230

C7 450X230

A

C8 C3 C16 C12 C18

3 4

6

21688

3115

C4 450X230

C2 C15 C7 C17 C11

21578

2

16313

C1

1

12

C2 450X230 C1 450X230

89

3

11923

C6

11813

START POINT

START POINT

7

A'

7153

1000 2000

56

7263

CENTERLINE PLAN

34

12

GROUND FLOOR PLAN

3225

ENTRY TO SITE

W1

C D

C D 10 11

9

12

8

13

7

14

6

15

5

16

4

17

3

18 19 20

RETAINING WALL

W1 +3450 LVL.

2

RISER -150 TREAD -300 STEPS -20

DOWN

1

W1 C11 450X230

C13 450X230

+450 LVL.

C14 450X230 C13

C12 450X230

C11,C12 C14

E F

12775

12885

E F

+3450 LVL.

D1 E F

W1

W1

W1

NORTH ELEVATION

PLINTH BEAM +4000 LVL.

+2000 LVL.

+0 LVL.

+8480MM ROOF LVL.

±0 MM

C15 450X230

+4000 MM

C15, C16

C16 450X230

G

18114

G

G

RETAINING WALL

+5700MM FIRST FLOOR LINTEL LVL. C17 450X230 C17, C18

C18 450X230

H

22274

H

H

+4500MM FIRST FLOOR SILL LVL. +3600MM FIRST FLOOR SLAB LVL. +2550MM LINTEL LVL. +2900 GROUND LEVEL

+2000 MM

+1350MM SILL LVL.

ENTRY TO SITE

FOUNDATION PLAN

FIRST FLOOR PLAN

12

34

56

A'

+450MM PLINTH LVL. 7

89

±0 G

EAST ELEVATION

WORKING DRAWING | 22 6

1

FLOOR FINISH LEVEL

25

START TILE

PLINTH BEAM

MM

+8480MM ROOF LVL.

+5700MM FIRST FLOOR LINTEL LVL.

1580 1280

380

SHOWER ARM CASTED 190MM LONG FLAT FLAT SHAPEFOR WALL MOUNTED SHOWERS WITH FLANGE

230

+4500MM FIRST FLOOR SILL LVL. +3600MM FIRST FLOOR SLAB LVL.

SOAP DISH HOLDER

OVERHEAD SHOWER 200X200MM SQUARE SHAPE SINGLE FLOW (ABS BODY CHROME PLATED WITH GRAY FACE PLATE) WITH RUBIT CLEANING SYSTEM

450 600

+450MM PLINTH LVL. ±0 GROUND LVL.

SECTION BB'

7

4505

D2

A'

D2 730

B

30

230 THK BRICK WALL

980

410

6

175

90

PLAN 2 (DIMENSIONS)

1130X1230MM REFLECTIVE START TILE GLASS(MIRROR)

165

7

START TILE SHOWER ARM CASTED 190MM LONG FLAT FLAT SHAPEFOR WALL MOUNTED SHOWERS WITH FLANGE

1800

PLAN

700

871

+4550MM LINTEL LVL.

+4500MM FIRST FLOOR SILL LVL. +4450 GROUND LEVEL

900

1200

+5700MM FIRST FLOOR LINTEL LVL.

1330

2190

2300

2840

+8480MM ROOF LVL.

+2550MM LINTEL LVL. +2900 GROUND LEVEL

25

400.4479

200

400.4479

+2450MM PLINTH LVL.

SUNK

+2000 GROUND LEVEL

+1350MM SILL LVL.

FLOOR STANDING BASIN WITH FIXING ACCESSORIES, SIZE:510X445X840MM

+450MM PLINTH LVL. ±0 GROUND LVL.

±0 GROUND LEVEL

SOUTH ELEVATION

OVERHEAD SHOWER 200X200MM SQUARE SHAPE SINGLE FLOW (ABS BODY CHROME PLATED WITH GRAY FACE PLATE) WITH RUBIT CLEANING SYSTEM AQUAMAX EXPOSED PART KIT OF THERMOSTATIC SHOWER WITH THREE WAY DIVERTER D-SHAPE SPOUT WITH BUTTON ATTACHMENT FOR HAND SHOWER WITH WALL FLANGE

+3350MM SILL LVL.

+3600MM FIRST FLOOR SLAB LVL.

SECTION BB' START TILE

18MM THK PLYWOOD PARTITION

2840 160

25

200

+3350MM SILL LVL.

400

+4550MM LINTEL LVL.

390

690

+8480MM ROOF LVL.

10MM SCREED 300X 400MM WALL TILE 380x725x690mm RIMLESS SINGLE PIECE WC WITH UF SOFT CLOSE SLIM SEAT COVER

3000

230MM THK BRICK WORK

+2450MM PLINTH LVL. +2000 GROUND LEVEL

WEST ELEVATION

B'

D2

700

1500

+8480MM ROOF LVL.

GROUND LVL.

A B

595

D2

750

+1350MM SILL LVL.

16313

450

A

FLOOR STANDING BASIN WITH FIXING ACCESSORIES, SIZE:510X445X840MM

PLAN 1 (TILES AND NAMING)

+2550MM LINTEL LVL.

207

400MM X 300MM RUVIDO ANTI-SKID TILES D2

6

A B

D2

7

2610

75

WALL QUTLET WITH SHOWER HOOK IN SQUARE SHAPE TOWEL RACK 600MM LONG WITH LOWER HANGERS

10 MM PLASTER

D2

C4,C9 C13

3070

75

HAND SHOWER (HEALTH FAUCET) WITH 8MM DIA., 1.2M LONG FLEXIBLE TUBE

C3 C12

6

4735

595

SECTION

A

11923

3115

SECTION CC'

MM

D2

B 3224

PAPER HOLDER WITH FLAP RECESSED TYPE (STAINLESS STEEL)

C1,C2 C4,C5

320

AS PER DESIGN

C3

1216

380x725x690mm RIMLESS SINGLE PIECE WC WITH UF SOFT CLOSE SLIM SEAT COVER

80

80 MM THICK CONCRETE MADE OF40 MM DOWN SIZE AGGREGATE

595

100 MM PCC BED

311

25 MM POLISHED STONE FLOORING OVER 100 MM CC BED

SECTION AA'

SCHINDLER LIFT COMPETITION | 23

Celing Design

Right side Elevation

CONTACTLESS SOLUTIONS USED VOICE ASSISTANCE: The system would work much like a smart speaker or another voice enabled device, combining a wake work and command. Users wouldn’t need to try and press a button with their hands full, or strain to reach a high up button if they are in a wheelchair, there’s no concern about touching a surface that may have germs on it.

Front side elevation

Floor view

SMART MIRROR ( AUGMENTED REALITY )

Engages people in Ensures optimum The LED display Mirror helps acquainting the security as system keeps the user person in wheelsmall space can catch culprits updated with daily chair, helps reduce news and data anxiety, creates illusion

Left side elevation

Railing

USE OF COPPER ON HANDRAILS & MAIN DOOR Living Bacteria

Dead Bacteria

Copper, through cuporous oxide, kills teh germs with kill mechanisms available at any time it comes into contact with the living cells. It stands as the best material to prevent the user from getting in contact with the harmful bacteria that may have ben set on the surface of the copper railings or the copper main door.

MOTION SENSOR: The motion sensor is also called as an infrared sensor. it is an electronic device, which emits in order to sense some aspects which are happening in the surroundings. An IR sensor will not only measure the heat of an object, but will also detect the motion. Therefore the user may be able to minimize the risk form spreading contact disease.

VENTILATION INLET THROUGH THE PANELS

SCAN & REACH: The QR ( Ouick Response) code based identification allows the user to simply Sacn QR Code on your Mobile for gaining access reduces cost and installation time.

Highly convinient for tech savvy users as they can meet great tech - solutions in just one scan.

Ventilation is the most vital aspect in the elevator design . AC systems for air in elevator cars are important to the comfort of occupants that use building elevators. In this design, the air inlet smoothly merges into the side panels. The hot air rises up and its taken out by air exhaust outlets from the ceiling.

Ceiling Design

Flooring Design

Handrail Design

False Ceiling has a basic rhombus pattern with fibre board ( 8mm), PU coating(polyurethane), mirrors in alternative pattern, which enhances the car even more.

LEDs are an ideal light source because their rugged design can with stand the vibrations and motions of the car.

LEDs running along the panels. Lux inside the car is 200lux.

The natural durability of stone makes it ideal for highly trafficked areas like an elevator. A strong and rugged material. In case of contact with water can be cleaned easily. Cost effective, Workability, Easy maintainace.

Handrail on either sides of the car. Solid copper with polish finish. Mainly used as copper has microbail agent which is 900 mm above flooring level.

Polyamide panels provide a realistic implementation of the complex detail design for its character of high precision, firmness and surface smoothness. Extremely strong and lightweight.

Beyond the aesthetics, this elevator design offers functionality in terms of convinience, utility and security.

INTERIOR PROJECT | 24

Interior Design of an apartment in Pune, Sinhagad Road The client wanted simple and subtle designs in the living room.

One of the bedroom’s to have a soft padding on the head board of the bed in master bedroom.

The other bedroom to have a pull out storage as well as surface for extra bedding.

Both the bedrooms have sliding door cupboards.

The kitchen has Soft- close cabinets.

EXTRA CIRRICULAR | 25

Art boards

Photography

EXTRA CIRRICULAR | 26

THANK YOU priyankaghodke.bnca@gmail.com +91 7767963344