JA. R
Design Monograph. 2010 - 2017.
Foreward.
“In Architecture, nothing is right nothing is wrong, two plus two can be equal to twenty-two also, its about how well you can substantiate it and do justice to yourself and the deisgn�, an advice given on the first day of architectural school, is the argument that is being projected through this book. Architecture in my opinion is the social tool which brings all the factors into consideration and yet produces something unique. This book is compilation of the all the arguments that have been experiemented and tested by myself from first day of school till this day and showcases my abilities, skills, knowledge to the best.
Design Monograph : 2010-2017. Jugal Atul. Rana. Architect. B.Arch, M.s AAD
Contents: 1 Competiton. 1.1 Evolo Competition 2017. 2 Graduate School. 2.1 Hybrid Reisdential Infrastructure, Summer 2016. 2.2 Adaptative transformation, Fall 2016. 2.3 Abstract Technology, Spring 2017. 3. Professional. 3.1 Single Family Residence design. 3.2 Multi family residential apartment. 3.3 Small scale industrial / workshop building. 4 Undergraduate School 4.1 Collective residential and commercial space design. 4.2 Collective residential ( Hostel ) 4.3 Collective display and discussion space. 4.4 Collective entertainment space. 4.5 Collective rural administrative space. 4.6 Collective learning space. 4.7 Single family residence.
Resume
+91 9821215578 | jugal.r07@gmail.com | www.linkedin.com/in/jugalrana25
Academics: GSAPP, Columbia University. M.S AAD, 2017 candidate. Sir J.J. College of Architecture, University of Mumbai. B. Arch, 2015. Kajaria Meritorious student award for securing Rank 2 in final year.
New York, NY. June, 2016 - May, 2017 Mumbai, MH, IN. August, 2010 - April, 2015
Licensure :
Registered Architect with Council of Architecture, Govt of India.
Professional: Language : English Hindi Gujurati Marathi
Professional Skills : Autodesk Autocad Autodesk Revit Adobe Illustrator Adobe Photoshop Adobe Indesign Google Sketchup Rhino M.S Office.
M/s Atul A. Rana Architect Architect. Conceptual design of residential apartment, conceptual designing of industrial building. Preparation of construction drawings, preparation of municipal drawings for approval from statutory authorities. Co-ordination with clients and contractors, site supervision. Co-ordination with Statutory authorities for the necessary approvals for the projects.
Mumbai, MH, IN. April, 2015 - May, 2016
M/s Atul A. Rana Architect., Intern Architect. Preparation of construction drawing, Municipal drawings for approval from statuory authorities, conceptual (unbuilt) house design and a factory shed design, site visit, site supervision.
Mumbai, MH, IN. April, 2013 - May, 2015
1.1 RE - Fuse (ing) Evolo 2017. In collabaration with Anthony Zampolin, Abubakr Hayder, Zahid Ajam.
The current refugee crisis coming in tandem with the large scale migration from developing nations to developed nations has set off a movement of people not seen in modern times. Millions of peoples are now crossing seas, land and continents in search for a better life. A great shift of populations is taking place. Cultures are being displaced. Boats are filling up, tensions in the receiving countries are mounting as cultures clash. Shelter is once again a prominent human need. In anticipation of the large numbers of migrants, in a cyclical basis large skyscrapers populate the seas. Floating on the seas with no attachment to land, no borders and no affiliation to nations, states or international bodies. A shining beacon for the displaced. Migrants flock to it, looking for a better life, safety in the water and protection from all malignant influences. Spiraling upwards from the sea the Refuge is the accumulation of these displaced peoples. Rescue vessels set off from the tower to save the distressed refugees and deliver them to the safety of the towers. As it accumulates these populations the towers grow, shining even more brightly for those in need; a potent symbol of the dire state of the world yet equally a reassuring signal of hope and safety.
Embark.
Affected Regions.
Attach.
New Home.
Affected Population.
New City.
Proposed tower location.
Main.
Structure.
Transit.
Community.
Habitable Space.
Commercial, skill development Space.
2.1 Hybrid Residential Infrastructure
GSAPP, Summer Semester August, 2016 Critic : Juan Herreros and Ignacia Galan. In Collabaration with : Giovanni Cozzani.
Hybrid Residential Infrastructure in Bronx, creating new interactions in Mott Haven. Studio conducted by Critic Juan Herreros in summer 2016 was focused on typological corrections and creating hybrid residential neighbourhoods in Bronx. We selected the site in the Mott Haven neighbhourhood of Bronx, as the site provided the maximum scope for intervention. The site being located exactly in betwen the Manhattanized Bronx and the old Bronx. This project aims at creating interactions between the two Bronx by proposing interventions in our site. Our site and intervention acts as catalyst for generating and harbouring new interactions that caters to both the Manhattanized Bronx and the old Bronx. Programs proposed included new residential facilities, collective residential facilities, offices, Basketball courts, Boche fields, collective learning space. The aim of this project was to not transform the entire neighbourhood nor preserve the old precinct of the Bronx, rather find common denominator to cater to both the parts.
General Site Analysis Axon.
Axonometric Web of Structure Proposed.
Site Plan
Interaction of Proposed with Highway and Manhattanized Bronx.
Floor Plan . ( Moment A )
Interactive relationship between private and shared spaces.
Interactive relationship between residential and commerical spaces.
Commerical space design.
Site Section.
2.2 Adaptive Re-Use and Transformation of Building E, UNHRC, of UNOG, Geneva. GSAPP, Fall Semester December, 2016 Critic : Jorge Otero-Palios and Mark Raktansky
Adaptive Re-Use and Transformation - constant visual interactive workspace. Fall, 2016 studio , focused on the addition and transformation of the the building E in the campus of the United Nations, Geneva. United Nations, a world parliament, the design is mainly focused on making the world parliament more accesible to the general public. The requirement of the studio was to adaptively transform the existing building E, and add another structure for Information Services department. These two secretariat are currently out of the geneva campus, off site. The design follows the function and flow of information. It is a sweep from place of work to place of exhibitio and publication. The information generated in the debates held in the conference rooms is processed through the secretariat and transfered to information deparrtment which published periodicals and magazines and held exhibition for common public. The design aims to create interaction between the press, public and delegates through visual connecting voids.
Proposed Situation.
Existing Situation.
412.00
412.00
Ground Floor Plan.
Main Entrance Lobby View.
Second Floor Plan.
Reading Room extension in New structure with existing Library building in backdrop.
Delegates workspace with view of Mont Blanc in the backdrop.
Delegates Lounge with wooden screens and walkway into the exisitng building.
Public walkway on third level and press loungs.
Longitudinal Section.
2.3 Abstract Technology.
GSAPP, Spring Semester May, 2017 Critic : Kersten Geers and Andrea Zanderigo
Public School : How more public it can be ? Spring 2017, focused very much on inclusion of a very unused piece of landconverted-into-garden for integrating a public school with a public park . The school proposed is an extension facility of an existing school, which is currently running at 135-140% capacity. The school board, decided on adding up two floors to the exisitng school, thereby increasing pressure on the exisiting infrastructure. However, my proposal aims at abating out the exisitng as well as increasing number of students in the neighbourhood. The school is flanked by Highway on one side and city on the other side. The school buildings are conceptualised as pavillions in an existing park, with landscaping around it and connected via bridges at various levels, providing a continuous labyrinth for the students to enjoy. This building feature more of play than work, as the motto was “ all work and no play makes Jack a dull boy.� What started as a protective screen / sound barrier from Highway to provide distance from distraction, turns into roof and ultimately turns into skin on the city side to have a homogeneity in the facade. P.S. The sketch is of Fushimi Inari shrine in Kyoto. This sketch is to indicate the infulence of Japanese high tech on my design.
Fushimi Inari Shrine. Kyoto, Japan.
Ingress to the school from the city.
Site Plan.
Ground Floor Plan.
Axonometric view.
Enclosure-from the Brooklyn-Queens Expressway.
Old Defunct Parking garage terrace turned into basketball court.
Interactive school : at various level. (View through connectors)
Longitudinal Section.
3.1 Holiday / Farm House for Mr. Ravi. Kolhapur, India. (Un-Built) Firm : Atul A. Rana Architect. January, 2014. Position: Intern Architect. Task: Preparation of concept and final design and client presentation.
A Farm House, on the outskirts of Kolhapur, a small town in Maharashtra state of India, Mr. Ravi was very specific with the requirements. He specifically asked to deisgn the entire house as per ‘Vastu Shastra’ principles for the prosperity of the house. The house is concpetualised as two quares intersecting and shifted above and below to create the offsets. Double height drawing / games room gives and ample of breathing and volume for the inhabitants of house. As the house is located on scenic landscape, the design has tried to capture the maximum vistas in all four directions by providing tall glass windows and ample of terrace space for each and every bedroom on the second level.
Ground Floor Plan.
Picturesque view of the structure with country in the backdrop.
First Floor Plan.
Composition of squares in elevation.
3.2 Residential Apartment development, at Dahisar, Mumbai, India. Firm : Atul A. Rana Architect. January 2016 Position: Architect. Project Team: Atul A. Rana, Jugal Rana, George Tuscan. Task: Preparation of concept and final design, preparation of construction drawings, preparation of drawings for statutory authorities for approval.
A Mid Size residential apartment development in the suburbs of Mumbai focused on providing maximum optimization of space in a narrow plot. In order to facilitate the building and provide economic support to the society, retial is proposed in the front and small office spaces are provided in the interior on the ground floor. The site is exactly located opposite to the Dahisar Station, which makes it apt to provide small office spaces for professionals and small businesses.
View from Dahisar Station.
1.00
0.65
Ground Floor Plan.
0.85
1.00
0.65
0.65
Typical Floor Plan.
0.65
1.00
1200MM ELEVATION PROJ. AT 1ST PODIUM FLOOR LVL. AS PER APPROVE MATERIAL REFER ELEVATION.
C1
GC2
GC1
C2
300X1300
350X750
300X600
GC3
M.S.RAILING
300X1300
GC4
M.S.RAILING
300X600
300X3380
300X3380 1850X230
1850X230
M.S.RAILING
LFC2C
LFC2A
230X2910
DUCT
B
B
B
B
6
7
8
9
V2
GC7
+4.15m
300X600
CAR LIFT
C10
GC8
300X600
300X1000
1000X300
950X350
B
B
B
3
4
5
CAR LIFT
C11
350X950
UP
300X3545
+7.05m
19
+4.15m
C14A
18
C11A
600X1500
1 2
3 4
+5.37m
5 6 7 8
9 17 16 15 14 13 12 11
C13
10
GC12
600X2800
C12
300X600
300X3545
DN
200X1500
C12A
C14
300X600
300X1600
C7
C9
C8
GC10
230X2910
230X2910
2
LFC1A
B
1
230X2910
B
LFC1C
C6
M.S.RAILING
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
300X600
300X600
C4
LFC2B
LFC1B
C5
GC6
GC5
M.S.RAILING
300X600
C3
350X1200
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
GC11
300X1800
500X1500
600X1800
GC17 300X600
+4.15m
GC19
GC18
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
GC23
600X300
600X300
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
M.S.RAILING
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
GC22
GC21
GC20
600X300
600X300
600X300
230MM ELEVATION PROJ. AS PER APPROVE MATERIAL REFER ELEVATION.
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
600X300
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
M.S.RAILING
WORKING DRAWING FIFTH FLOOR PLAN
1200MM ELEVATION PROJ. AT 1ST PODIUM FLOOR LVL. AS PER APPROVE MATERIAL REFER ELEVATION.
SH. NO: 01
DATE : 24-09-16 DRAWING NO : WD -10 GOOD FOR CONSTRUCTION. ADVANCE COPY. FOR STUDY PURPOSE ONLY.
IMPORTANT NOTES:
0
1
3
2
5
4
6
7
8
9
10
11
13
12
15
14
16
· ·
17
·
5,7th to,9,11th to12,15th to16&19th to 20th FL.FINS WORK
· ·
25630 2400
450
1500
80
230
95
2250 525
175
3230 1705
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
205
7050
1500
J
105
L
1600
N
1500
O
525
825
1800
295
1500
750
SCHEDULE : Door Schedule FIFTH FLOOR LVL Type
2
3
4
FIFTH FLOOR PLAN SCALE .1:50
5
6
7
8
9
10
11
12
Height 2200 1900 2200 2200 2200
Window Schedule FIFTH FLOOR LVL. Type Count Width FIFTH FLOOR V 08 600 W1 04 2400 W2 04 1800 W3 04 1200 900 W4 07 900 W5 01 Grand total 5th. Floor: 28
Sill Height 1200 300 450 900 450 450
LINTEL HEIGHT 2200 2200 2200 2200 2200 2200
THIS DRAWING IS PROPERTY OF M/S ATUL A. RANA AND SHOULD NOT BE DUPLICATED OR REPRODUCED AND SHALL BE SOLELY USED FOR THE PURPOSE AND PROJECT DESCRIBED AND FOR THE PERSON INTENDED.
P
PROJECT DETAILS:
PROPOSED COMMERCIAL CUM RESIDENTIAL BUILDING ON PLOT BEARING C.T.S NO. 812,812/1 TO 9 OF VILLAGE-DAHISAR, LOKMANYA TILAK ROAD, DAHISAR (EAST)
675
2100
1200
STRUCTURAL ENGINNER: HIREN TANNA.
825
6150
2400
JOB NO: DRG. NO: WD-10
1
Width 1200 600 1000 900 750
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
25630
0
Count
FIFTH FLOOR FRD1 01 FRD4(300MM SILL LVL) 02 D01 04 D02 06 D03 08 Grand total 5th. Floor- 21
CLIENT: SHRI. R.Y. TAWADE & OTHERS
565
3200
W4
825
·
50
W3 PLUMBING SHAFT 230
3200
13480
230
205
395 395 255
3450 1200
W2
5230
I
1650
KITCHEN SUNK 300mm WIDE & 200mm DEEP 1200
2700
450
335
325
PLUMBING SHAFT
3050
415
W4
FC16
300X1950
W1
175
1200
3050
2400
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
1250
1500
1500
1200 785
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
1400
2000
H
M
2400
600
3050
325
370
750
STRUCTURAL GLAZING WORK 1500
1200
2200
2350 3300
2150
FC15
230
300X1600 950
D02
950 600
5TH TO 20TH FL. FINS WORK
255
3300 150 600
1200 100
300X1950
500
2400
900
C13
400 1350
D02
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
450
300
300
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.) 450 3200
750
230 2700
900
750
1500
200
900
W4
G
K
D03
750 2550
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
5,7th to,9,11th to12,15th to 16&19th to 20th FL. FINS WORK W3
450
250 600
2350 5100
1500
900
750
1850
175 1200
2000
2750
2000
450
PLUMBING SHAFT
3350
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
D01 D01
900
325
520
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
2100
KITCHEN SUNK 300mm WIDE & 200mm DEEP
1200
D03
1500 2400
FD
V
2400
1000
230X3545
W4
3350
50
265
1200
V
F
250
650
650
800
3050
+21.18m
C16
350X1050
420
300X1600
900
V
C12
+19.65m
3050
460
2400 600
900
W1
2100
C6
400
2200
2350 900
D02
2250 900
510
200mm sunk slab
+22.55m
250
4500
1500
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.) 680
950
2680
1500 800
D01 1200
1350
150 900
3150
900
1500
FRD1
W2
P
FD
V
E
415
1200
D03
600
900
1920
4920
C11
C15
1350 750
200
W4
785
220
1500
+21.48m
D
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
2150
900
FD
1000
FIRE DUCT
FRD4
1500
200mm sunk slab
350X1050 1800
5100
2450
2450
D01
2550
FRD4
230X3545
460
C14
100
2350
1200
600
350
2700
230 670 1200
600
850
2100
3450 1350
475
1000
1025
D03
530
600
V 1200
300X1500
950
900 500
1160
600
600
D03
W5
275
MV/LV Electrical Duct
3300
C10
2550 750
2400
1850
1675
900
200mm sunk slab 900
3050
+19.65m
1200
230X900
230X2910
5000
1200
V
LFC2C
300X1000
600
230mm Ledge Wall For Piping
80 1200
300X1950
750
C7
FD
·
C
565
925
150
150
V
LFC2A
230X2910
V 600
1000X230
1200
FD
230X2910
1500
D02 900
D03
3050
O
LFC1C
230X2910 4500
1270
FD
C9
600
230 2550
FD
1020
M
LFC1A
660
·
B
600
900
2100
775
D03
5,7th to,9,11th to12,15th to16&19th to 20th FL.FINS WORK
13480
D02
3150 1200
300
200mm sunk slab PLUMBING SHAFT REFER SECTION
L
750
335
C4
1850
3250
150
C8
1850
K
N
200mm sunk slab
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
J
990
W4
1500
300 3080
C3
300X1950
1850X230
1850
3050
825
3080
1280
LFC2B
1850X230
750
A
1650
1295
2080
760
LFC1B
1800
3450
325
2400
825
525
2250
KITCHEN SUNK 300mm WIDE & 200mm DEEP
1145
2080 325
W1
325
1200
525
300
R.C.C. HORIZONTAL FINS 700
W1 2400
D03
950X230
H I
W4
900
770
3450
G
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
1500 620
F
750
3050
·
825
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
175
1430
2700 750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
600
E
2100
PLUMBING SHAFT
W2 230 175
4920
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
325
900
300X1100
175 230
2700
730
550
1800
C5
1100
D
1600
W2
550
175
2100
730
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
5,7th to,9,11th to12,15th to16&19th to 20th FL. FINS WORK
230X1300
370
900
C
1200
KITCHEN SUNK 300mm WIDE & 200mm DEEP
2030
370
400
1200 525
300
300
2100
1500
W3
2780
2030
700
295
PLUMBING SHAFT
C2
C1
230X1300
B
230
500
W3
1200
370
2400
6150
D02
1500
3280
1850
450
PLUMBING SHAFT
A
4920
3280
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
300
3200
750 MM WIDE CHAJJA PROJECTION (21.95 MT LVL.)
ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. DO NOT SCALE THE DRAWING. THIS DRAWING MUST BE REFEREED ALONG WITH STRUCTURAL ENGINEER'S DRAWING AND MEP / OTHER CONSULTANT'S DRAWINGS. REFER R.C.C STRUCTURAL ENGINEER'S DRAWING FOR COLUMN / BEAM SIZES. ANY DISCREPANCIES IN DRAWING MUST BE CLARIFIED FROM ARCHITECT BEFORE EXECUTION ON SITE. FOR OPEN SPACE ON SITE APPROVED PLAN FROM M.C.G.M SHOULD BE STRICTLY FOLLOWED AND REFERED. THOUGH WORKING DRAWING OF ENTIRE BUILDING IS ISSUED , WORK SHOULD BE CARRIED OUT AS PER C.C OBTAINED FROM M.C.G.M. LIFT AND CAR LIFT / PIT CONSTRUCTION SHALL BE CARRIED OUT AS PER VENDOR'S SPECIFICATION. ONLY HARDCOPY DRAWING DULY SIGNED BY ARCHITECT TO BE FOLLOWED ON SITE FOR EXECUTION.
13
14
15
16
17
REV. NO:
DRAWN BY: Mohan
CHECKED BY: ATUL
SCALE: 1 : 50
D.O.R:
CONTENTS: FIFTH FLOOR PLAN
NORTH
DATE : 24-09-16 DRAWING NO : W
FIRE TANK CAPACITY 30 CU.M.
2900
2200
FRD1
3100
1800
300
WORKING DRAWIN SECTION - 01 DOMESTIC TANK CAPACITY 13.5CU.M.
TERRACE OPEN TO SKY
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
BED ROOM
W4
2900
2200
D02
+63.15 m 20TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
LIVING
KIT.
D02
BED ROOM
W4
FRD1
LIVING
KIT.
D02
BED ROOM
W4
+60.25 m 19TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
KIT.
2200
+57.35 m 18TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
100
CHAJJA PROJ.
2900
LIVING
450
+57.35 m 18TH FLOOR
BED ROOM
W5
1750
+59.65M
2900
100
CHAJJA PROJ.
FRD1 2900
2200
LIVING
2900
KIT.
450
+60.25 m 19TH FLOOR
BED ROOM
W5
1750
+62.55M
FRD1 2200
KIT.
LIVING
D02
BED ROOM
W4
2900
LIVING
+54.45 m 17TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
100
CHAJJA PROJ.
2900
KIT.
450
+54.45 m 17TH FLOOR
BED ROOM
W5
1750
+56.75M
2200
KIT.
D02
KIT.
D02
BED ROOM
W4
2900
LIVING
+51.55 m 16TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
LIVING
BED ROOM
W4
2900
2200
LIVING
+48.65 m 15TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
KIT.
2200
LIVING
KIT.
D02
BED ROOM
W4
FRD1
LIVING
KIT.
D02
BED ROOM
W4
+45.75 m 14TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
KIT.
+42.85 m 13TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
100
CHAJJA PROJ.
2900
2200
LIVING
450
+42.85 m 13TH FLOOR
BED ROOM
W5
1750
+45.15M
2900
100
CHAJJA PROJ.
FRD1 2900
LIVING
450
+45.75 m 14TH FLOOR
BED ROOM
W5
1750
+48.05M
2900
100
CHAJJA PROJ.
FRD1
2900
KIT.
450
+48.65 m 15TH FLOOR
BED ROOM
W5
1750
+50.95M
FRD1 2200
LIVING
450
D02
BED ROOM
W4 BRICK FINS WORK
+39.95 m 12TH FLOOR
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
600
CHAJJA PROJ.
100
+39.35M
KIT.
LIVING
2900
KIT.
BRICK FINS WORK
2900
BED ROOM
W5
1750
+42.25M
FRD1
KIT.
LIVING
D02
BED ROOM
W4
+37.05 m 11TH FLOOR
450
2900
2200
LIVING
2900
KIT.
2900
BED ROOM
W5
1750
+37.05 m 11TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
100
CHAJJA PROJ.
D02
BED ROOM
W4
2900
2200
KIT.
LIVING
+34.15 m 10TH FLOOR
100
D02
BED ROOM
W4
2900
KIT.
LIVING
+31.25 m 9TH FLOOR
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
600
CHAJJA PROJ.
100
+30.65M
FRD1
LIVING 2200
1750
KIT.
2900
BED ROOM
W5
450
+31.25 m 9TH FLOOR
66050
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
600
CHAJJA PROJ.
+33.55M
FRD1
LIVING
2900
KIT.
450
+34.15 m 10TH FLOOR
BED ROOM
W5
1750
+36.45M
BED ROOM
W4
2900
D02
2900
KIT.
LIVING
+28.35 m 8TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
100
CHAJJA PROJ.
FRD1
LIVING
2200
1750
KIT.
2200
BED ROOM
W5
450
+28.35 m 8TH FLOOR
2200
450
KIT.
LIVING
D02
BED ROOM
W4 BRICK FINS WORK
+25.45 m 7TH FLOOR
600
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
100
CHAJJA PROJ.
FRD1
LIVING
2900
KIT.
2200
BRICK FINS WORK
2900
BED ROOM
W5
1750
+27.75M
2200
W4
+22.55 m 6TH FLOOR
FRD1
LIVING
2200
KIT.
2200
BED ROOM
W5
LIVING
KIT.
D02
BED ROOM
W4 2900
750
+19.65 m 5TH FLOOR
1.45 MT HT. GIRDER BEAM
TREAD=250mm RISER =155.56mm 27 NOS. EQ. RISERS
4200
4200
1800
1.45 MT HT. GIRDER BEAM
2100
100
1400
450
100
450
+19.65 m 5TH FLOOR
BED ROOM
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
1750
+21.95M
KIT.
LIVING
D02
2900
2200
LIVING
600 100
CHAJJA PROJ.
FRD1
2900
KIT.
450
+22.55 m 6TH FLOOR
BED ROOM
W5
1750
+24.85M
2900
+25.45 m 7TH FLOOR
· ALL DIMENSIONS ARE I · ONLY WRITTEN DIMENS DO NOT SCALE THE DR · THIS DRAWING MUST B STRUCTURAL ENGINEER OTHER CONSULTANT'S · REFER R.C.C STRUCTUR FOR COLUMN / BEAM · ANY DISCREPANCIES IN CLARIFIED FROM ARCH ON SITE. · FOR OPEN SPACE ON FROM M.C.G.M SHOU AND REFERED. · THOUGH WORKING DR BUILDING IS ISSUED , W OUT AS PER C.C OBTAI · LIFT AND CAR LIFT / PIT CARRIED OUT AS PER V · ONLY HARDCOPY DRA ARCHITECT TO BE FOLL EXECUTION.
100
CHAJJA PROJ.
FRD1
LIVING
2900
KIT.
450
+51.55 m 16TH FLOOR
BED ROOM
W5
1750
+53.85M
+39.95 m 12TH FLOOR
KIT.
LIVING
100
CHAJJA PROJ.
FRD1
LIVING
2900
KIT.
450
+63.15 m 20TH FLOOR
BED ROOM
W5
1750
+65.45M
GOOD FOR CONSTRU ADVANCE COPY. FOR STUDY PURPOSE 5
IMPORTANT NOTES
100
CHAJJA PROJ.
+66.05 m TERRACE FLOOR
1150
TERRACE OPEN TO SKY
1150
+66.05 m TERRACE FLOOR
2100
2200
2800
2100
FRD1
ADDITIONAL R.G. AREA (AS PER LANDSCAPE CONSULTANT DESIGN)
TREAD=250mm RISER =155.56mm 27 NOS. EQ. RISERS A.C.P. PROJETION IN ELEVATION
A.C.P. PROJETION IN ELEVATION 1.45 MT HT. GIRDER BEAM
4200
1800
2955
1.45 MT HT. GIRDER BEAM
CLIENT: SHRI. R.Y. TAWADE &
4200
1150
2100
2490
1150
2100
2200
FRD1
300
THIS DRAWING IS PROPERTY O M/S ATUL A. RANA AND SHO REPRODUCED AND SHALL BE AND PROJECT DESCRIBED AN
300
PROJECT DETAILS: R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
1150
2100
1150
A.C.P. PROJETION IN ELEVATION
CAR LIFT PIT
CAR LIFT PIT
SECTION-01
DRG. NO: WD-15 DRAWN BY:
V1
SHOP-21
JOB NO:
1200
SCALE: 1 : 100 CONTENTS: SECTION-01
SHOP-02
250
SHOP-20
2400
SHOP-19
LOFT ABOVE
R.S. 2
V1
LOFT ABOVE
3900
LOFT IN ELEV.
1500
1500 V1
3900
TREAD=250mm RISER =150mm 26 NOS. EQ. RISERS
SHOP-18 1350
2400
2400
V1
SHOP-17
LOFT IN ELEV.
2400
LOFT IN ELEV.
2550
LOFT IN ELEV.
STRUCTURAL ENGINN HIREN TANNA.
2900
2900
2200
2900
CAR LIFT
CAR LIFT
A.C.P. PROJETION IN ELEVATION
1500
1150
FRD1
PROPOSED COMMERCIA BUILDING ON PLOT BEAR 1 TO 9 OF VILLAGE-DAH ROAD, DAHISAR (EAST)
300
TREAD=250mm RISER =152.63mm 19 NOS. EQ. RISERS
4150
FRD1
2200
2100
2955
4200
4200
1802
1802
TREAD=250mm RISER =155.56mm 27 NOS. EQ. RISERS
R.C.C./ ALUMINUM POWDER COATED FINS 300MM C/C TYP. SUPPORT WITH 1.15 M. HT. PARAPET WALL REFER ELEVATION.
15% R. G. FOR SUB PLOT 'C'
5% AMINITY
REQD PROP -
FOR SUB PLOT 'A'
3.0
3.0
6.05
LIFT
CE ORY AC MPOR
SS
6.15
6.20
9.95
6.75
1.5
WING -B
6.15
6.75
2.15
2.35x2.225
2.35x2.225
6.75
PASSAGE
2.35x2.225
LIFT
PASSAGE
LIFT
LIFT
2.35x2.225
6.15
6.00
22.00 22.00
UP
WING -A
6.15
BUILDING NO. 2 PROPOSED BUILDING BASEMENT + GR. (PT) + STILT (PT)+ 1ST & 2ND
7.40
. W. TE 6.00 MT
LIFT
1.825X2.300
LIFT
1.825X2.125
WING -C
6.05
DOWN
PODIUM LINE ABOVE
BUILDING NO. 1 EXISITNG BUILDING STILT + PODIUM + 7UP
6.00
6.15
6.00
PLOT -B
6.00 MT. WIDE RAMP
6.70
4.0
1.52
Req.=333.96 Prop.=340.13
EXIT. WING - C BUILDING N0 - 1 BASEMENT+GR.+ 2ND ( PT )
3.50
4.0
22.00
5% AMINITY
FOR SUB PLOT 'B'
SOUTH
BLOCK PLAN
FOR
SCALE - 1 : 500
R. G.'B' T 10 % SUB PLO
SOUTH
PROPOSED 5% PHY R. G. FOR SUB PLOT 'C' Req.= 318.74 Prop.= 319.24
The industrial / workshop building is proposed in an existing layout which comprises of commercial building to the west, another small scall workshop building to the north and an upscale residential tower proposed to the east. The main layout is deisgned as per the bye-laws of Mumbai, wherein the zones were re-arranged and a segregation was created from residnetial and commercial / industrial neigbourhood. Being a small scale industrial / workshop building, this is the current typology that is very much prevelant in Mumbai and is termed as Galas, where the owners refurbish the interiors to suit their respective requirements. The arrangment of Galas focuses on swift movement of goods without creating unnecessary blockages.
PLOT - D
5% AMINITY Req.=335.51 TO BE HANDED Prop.=340.92 OVER TO MCGM
RESS HIGHWAY EAST
PROPOSED BUILDING
BUILDING NO. 2
PROPOSED BLDG
PLOT -A
WESTERN EXP
PLOT - C
22.00
18.30 MT. W I D E D. P. R O A D
ACCESS
6.00
3.00 MT. W.
6.35
PAVED R. G.
9.00 MT. W. RIGHT OF WAY
8.42
3.0
5 6.8 0 7.6
5 6.2 5 5
6.4
6.2
3.0
6.10
Req.=336.75 Prop.=338.43 6.70
EA K AR
WE ST S. V . DE WI
BAC
MT.
.
BUILDING NO. 1 BUND WALL
SET
27. 45
RTH
NO
R.G
6.6 5
BUND
WAL L
10%
11 .1 5
PETROL PUMP
RO
AD
6.00
3.00
Firm : Atul A. Rana Architect. January 2016 Position: Architect. Project Team: Atul A. Rana, Jugal Rana, George Tuscan. Task: Preparation of concept and final design, client presentation, preparation of construction drawings, preparation of drawings for statutory authorities for approval.
956.20 957.01
3.0
Req.=168.38 Prop.=168.44
22.00
3.3 Small Scale industrial / workshop building, at Dahisar, Mumbai, India.
ON HOLD FOR O.H.WATER TANK
4995 2100
2200
1200
TERRACE FLOOR
1
3500
600
1000
1080 600
600
W2
600
+10.99 m
1000
1080
600
FLOOR 3
600
1
700 4
4
2
3
FLOOR 2
1
600
5
+7.49 m
1000
2200
1080 +6.695 m FIRE ESC. BAL.
5
600
3
600
600
2
W2
3500
W2
1080 4
+3.21 m FIRE ESC. BAL.
5
780
3
600
2
STAIRCASE MADE IN SIPOREX
R:156.00mm T: 300mm NOS OF T:05
2200
600
1
STAIRCASE MADE IN SIPOREX
3485
PREE CAST R.C.C. FINS
4
5
2
3
+3.99 m
1000
3500
1
3500
2885
3
R:159.09mm T: 300mm NOS OF T:05
W2
FLOOR 1
1
2
3
4
4
5
2
PREE CAST R.C.C. FINS
FRD2
FRD2
5
FLOOR 4
1
R:159.09mm T: 300mm NOS OF T:05
+10.195 m FIRE ESC. BAL.
5
PREE CAST R.C.C. FINS
+3.21 m FIRE ESC. BAL.
2
3
+14.49 m
600 4
600
3
+3.99 m
5
W2
FRD2
600
4
4
5
3500 3500
17990
FLOOR 2
1
2
3
4
5
780
3
600
1200 3500
2900 1200 600
3500
2900 1200
600 2900
3500 2
2
3
R:159.09mm T: 300mm NOS OF T:05
+13.695 m FIRE ESC. BAL.
5
R:159.09mm T: 300mm NOS OF T:05
FLOOR 1
1
600 600
+0.49 m
GROUND FLOOR
GROUND FLOOR 490
±0.00 m
GROUND LVL.
+0.48 m
V1
2100
3210
FRD4
+0.49 m
GROUND FLOOR
±0.00 m
735
+0.49 m
R:156.00mm T: 300mm NOS OF T:05
2610
3500
600 3210
3390
1000
3500
ELEVATION PROJECTION IN A.C.P. R:156.00mm T: 300mm NOS OF T:05
GROUND LVL.
WATER PROOFING LAYER
FIRE BALCONY SECTION - G
FIRE BALCONY SECTION - G1
R.C.C. COLUMN C20A
WEST
TOILET 1950X1350 200mm sunk slab
D3WR
DN
1200
FIRE ESCAPE BALCONY DN
2
1
5 4
ELECTRICAL DUCT
SEC. G1
1200
V1
C23 1000X300
FRD2 +3.21m
375 600
4
4
1200
1200 1950
9
8
7
11
10
15
16
6
5
FIRE DUCT
ELECTRICAL DUCT
1350
+3.21m
1575 325
1.2 M. HT. PARAPET WALL STRUCTURAL GLAZING WITH FRAME ELEVATION PROJECTION IN A.C.P.
DN
100
1200
2700
975 1800 R.C.C. PREE-CAST GRILL
3
6
D3WR
FIRE DUCT
SEC. G1
TOILET 2050X1350
1200
1200
C15 300X1650 1575 1200
5
9
8
7
200mm sunk slab
11
10
15
16
17 18 19 20
12
1200
+5.10m
1200
+5.10m
C21 1500X300
DUCT
V1
C15 300X1650
+3.21m
1350
SEC. G
1200
17 18 19 20
1200 1575
5
975 2700
900
DN
2000
5
3
4
1800
1575
13 14
IND.UNIT-15
2
325
V1 TOILET 1950X1350 200mm sunk slab
DRAIN SUMP-1 1.5Mx1.5Mx2M DEEP
PART SEC. -C
+3.21m
FRD2
C23 1000X300
DUCT
1
DN
600 375
C21 1500X300
5
4
3
1200
12
1800 900 5770 900 1800 STAIRCASE MADE IN SIPOREX ELEVATION PROJECTION IN A.C.P. STRUCTURAL GLAZING WITH FRAME 1.2 M. HT. PARAPET WALL R.C.C. PREE-CAST GRILL 2
1
FIRE ESCAPE BALCONY
230mm thk. RUBBLE SOLING
13 14
R:159.09mm T: 300mm NOS OF T:5
900
SEC. G
300mm thk. GRADE SLAB 150mm thk. P.C.C. HARD COMPACTED STRATA
4
R:159.09mm T: 300mm NOS OF T:5
-4.35 m
BASEMENT FLOOR 400mm thk. PLUM CONCRETE WATER PROOFING LAYER
-6.91 m
DRAIN SUMP
TOILET 2050X1350
10
+6.695 m FIRE ESC. BAL.
5
3485 1
4
W2
+7.49 m
200mm sunk slab
9
R:159.09mm T: 300mm NOS OF T:05
1500
8
24 23 22 21 20 19 18 17 16 15 14 13
4
3
PREE CAST R.C.C. FINS
1200
3
2
V1
25
12
3
4
5
600
2
2
DN
7
V1
1200 26
11
795
600
600 1700 1800 1700 1700
1
R:156.00mm T: 300mm NOS OF T:05
+17.99 m
4
5
FRD2
R:159.09mm T: 300mm NOS OF T:05
1
490
27
+10.195 m FIRE ESC. BAL.
5
ELEVATION PROJECTION IN A.C.P.
FLOOR 1
1.2 M. HT. PARAPET WALL
FRD2
+17.195 m FIRE ESC. BAL.
5
PREE CAST R.C.C. FINS
FLOOR 3
SERV. TOI.
7
200MM SUNK SLAB
28
FIRE DUCT WALL IN ELEVATION
6
FLOOR 2
+3.99 m
1
+10.99 m
3
5
6
4
4
PREE CAST R.C.C. FINS
R:159.09mm T: 300mm NOS OF T:05
1
2
2
4
5
1
2
3
4
5
1
3
18 17 +3.21 m 16 15 14
3
3
R:159.09mm T: 300mm NOS OF T:05
1500
19
+13.695 m FIRE ESC. BAL.
5
FLOOR 4
1.2 M. HT. PARAPET WALL
1200
2
3
4
4
2
+14.49 m
1.2 M. HT. PARAPET WALL
200MM SUNK SLAB
20
3
R:159.09mm T: 300mm NOS OF T:05
2097
4840 1
2 29
490
GRATING (CI / MS) FILLET
TOI.
V1
2
17990
3500
+6.535 m 16 15 14 13 12 11 10 9 8 +4.945 m 7 6
3863
1
R:161.33mm T: 300mm NOS OF T:30
LIFT WALL IN ELEVATION
STAIRCASE MADE IN SIPOREX 900
FIRE BALCONY PART PLAN (1st FL.)
1800
900
5770
900
1800
900
WEST
FIRE BALCONY PART PLAN (1st FL.)
NORTH
SEC. A
ABOVE FIRE ESCAPE BALCONY PROJECTION 2300
33980
eq
1450
C2
450X600
UP
1275
189
1500
W1
V1
220
1045
1500
C4
3130
1250
3180x2350
D3WR
UP
1500
1200
TOI. 1200X1900
245
3535x2600
C7
1510
3130
1250
3180
4380
4530
1350
1350
3180
3535 5150
1800 1065 300 600
350 2850
UP 1
1725
2
3
4
+1.61m 1500
CL1A
4500
4540
IND.UNIT-09 4530x10760
3520X290 6700
IND.UNIT-6 7620x8180
CL1B
1070X290
1800
450
1250
100
V1
C33A
V1
FRD2
1250
1500
465
C33A
900X450
600
10% R.G. PLOT LINE
SEC. E
SOUTH
1200 1500
1250
UP
3760
400
CAR LIFT 6700X3760
1800
TOI. 1200X 1900
300
1250
TOI. 1200X 1900
360
1520
2050
6270x2050
750
3000
W1 V1
600 39490
ABOVE FIRE ESCAPE BALCONY PROJECTION
C34
450X600
195
1150
750
V1
165
ABOVE BEAM LINE
GROUND FLOOR PLAN SCALE : 1:100
1350
W2
CL3A
V1
ABOVE BEAM LINE
1350X290 3200
SEC. D
D3WR
FRD2
W1
405
3275x2360 1500
FRD2
W
1200
C33
450X460 725
1350
ABOVE BEAM LINE
D4WR
FRD2
1250
TOI. 1100X2210 725
6270
SEC. D
300
C30
300X600 900X450 1200 210 600 210 215 600 360
3275
D3WR
900
W
650
C32
450X600
1940X290 1140
7620
900
120
FRD2
W2
650
3280x2360
2980x1730
1250
2360
D3WR
C33
1250
D3WR
2360
TOI. 1400X1580 450X460
830
TOI. 1400X1580
3280
1460
1580
FRD2
1250
D3WR
750
2990x1730
C29 450X600
2980
1730
300X2000
1550
6700 4530
2050
7970
1550
SEC. E
2990
C28
4530
CL2B
380
CL2A
1000X290
4530
SEC. C
CAR LIFT 6700X3760
IND.UNIT-7 4530x10130
IND.UNIT-8 4530x10130
6495
IND.UNIT-10 4540x10760
METER BOX 1250X 2150
3000
1600
IND.UNIT-11 4500x7970
EAST
C20A
300X2150
7
6
2000 1650
1250
10 9 8
5
800
11
1500
900
1500
1650 1200 1200
150 600
165
2100X750 FRESH AIR SHAFT FOR BASEMENT VENTILATION ABOVE GROUND LVL. REFER PART SEC.-A ON BASEMENT SHEET
ABOVE FIRE ESCAPE BALCONY PROJECTION
220
CL3B
1120X290
ABOVE FIRE ESCAPE BALCONY PROJECTION
450X600
10760
150
2900
450X600
FIRE DUCT
R.C.C. PREE-CAST GRILL 600
SPACE FOR METER BOX
12
+0.65m
450X600
8190
D3WR
LS6
2400X290
2850
1950
1350
5370
C27
FC6
450X600
15
ELECTRICAL 14 DUCT 13
R:160.00mm T: 300mm FRD5 NOS OF T:1 TO 17
SEC. C C26
C25
450X600
1500
2150
5370x1950
FRD5
LIFT 2020X1520
16
380
2020
230X1520
3700
1200
1200
LS5
2750
300MM THK. WALL
22 21 20 19 18 17
1725
2400X290 FRD1
2700
+0.49m
LS4
FC5
450X600
+3.21m
1200
P A S S A G E
FRD1
2910
±0.00m C20 1275 1580X300
1575 R:156.00mm T: 300mm NOS OF T: 17 TO 22
3760
DN
W I D E
FC4
450X600 FRD1
ABOVE BEAM LINE
C24
SEC. B
FRD1
FRD1
750
eq
1 9 0 0 M M
FC3
450X600 FRD1
ENTRANCE LOBBY +0.49m
2145
3025
FRD1
R:156.00mm T: 300mm NOS OF T:17 TO22
1600x2850
eq
FRD1
C22
1650
1575
450
1900 TOILET 2750X1200
FRD1
450X600
1650
V1
1875
450X600
450X600
2750
1250
2400X290
+0.49m
450X600
2700
C19
C18
FC2
450X600
2750
2740
100
MT.RM. 1950X1350
FRD4
C23
1000X300
C17
450X600
FRD2
LS3
FRD1
1200 1950
C16
SEC. F
3000
2145x3000
230X1520 295
17 18 19 20 21 22
+3.21m
C14
1300X300 TOI. 2000X1100
D3WR
DN
600 334
FRD5
1050
1070
2200
LS2
830
FIRE DUCT
16
335 600
15
1200
13 14
1500X300
900
FRD5
ELECTRICAL DUCT
12
SEC. B
4540
10130
2700
11
1200
1275 1800
26020
1275
300MM THK. WALL
10
2020 LIFT 2020x1520
1
4530
1520
2
4380
1950
3
1850
1900
4
1080
SPACE FOR METER BOX
1520
5
6
4070
8430
3780 150
3300
9
W2
5150x4230
450X600
4070x1400
LS1
UP 1500
1575
+1.60m
C13
IND.UNIT-5 5150x8630
450X600
ABOVE FIRE ESCAPE BALCONY PROJECTION
4230
IND.UNIT-4 4530x8680
450X600
650
IND.UNIT-3 4530x8680
450X600
C12
750
IND.UNIT-2 4380x8680
FC1
11030
C11
8230
450X600
11030
C10
IND. UNIT-1 4100x6730
2400X290
1650
8
600 225
600X450
1605
4530
1065
150
4250 8750 7220 R.C.C. PREE-CAST GRILL
1800
7
C21
C8
W2
1150
4100
R:160.00mm T: 300mm NOS OF T:1TO17 300X1650
ABOVE BEAM LINE
TOI. 1150X1950
5150
450X600
1500
1275
530
FRD2
4100
C9
C15
1800
300X2200
C6
450X600
3180x2350
1125
D3WR
SEC. A
2590
ENTRANCE LOBBY 5100X8750 +0.49m
1250
V1
D3WR
5100
SEC. F
1150 W1
FRD2
eq
D3WR
1070
1225
FRD2
V1
V1
1200 TOI. 1200X1900
450X600
3130x2350
230
W1
FRD2
eq 1100 TOI. 1100X1900
210
W1 FRD2
D3WR
1055
C5
450X600
750
1250
eq 1350
TOI. 1350X1900
750
2590x2350
230
500
ABOVE BEAM LINE
1500
2600
V1
300
FRD2
170
2350
W3
C1
300X1530
1100
C3
450X600
1900
1050
300
150
1750
900
1900
145
1750
ABOVE FIRE ESCAPE BALCONY PROJECTION
1250
2100X750 FRESH AIR SHAFT FOR BASEMENT VENTILATION ABOVE GROUND LVL. REFER PART SEC.-A ON BASEMENT SHEET
1950
ABOVE FIRE ESCAPE BALCONY PROJECTION
4950
WEST
-4.35 m
BASEMENT FLOOR
5
2
ELEVATION PROJECTION IN A.C.P.
1700
17
1
+7.49 m
1
PREE CAST R.C.C. FINS
R:159.09mm T: 300mm NOS OF T:05
1200
4
1
R:159.09mm T: 300mm NOS OF T:05
FLOOR 3
TERRACE FLOOR
2610
21
3
STRUCTURAL GLAZING WITH FRAME
ELEVATION PROJECTION IN A.C.P.
+10.99 m
1800
18
3500
19
1200
2
FLOOR 4
R:159.09mm T: 300mm NOS OF T:05
+17.99 m
1
2
3
4
5
1.2 M. HT. PARAPET WALL
200MM SUNK SLAB
20
13 12 11 10 9 8
R:160.00mm T: 300mm NOS OF T:1TO17
30
V1
1000
11 10 9 8 +8.445 m 7 6
+17.195 m FIRE ESC. BAL.
PREE CAST R.C.C. FINS
1950
5
TOI.
5
1200
4
+10.035 m
4
1200
3
16 15 14 13 12
3
R:159.09mm T: 300mm NOS OF T:05
+14.49 m
1800
2
17
FIRE ESCAPE BALCONY
18
R:156.00mm T: 300mm NOS OF T:17TO22
UNIT NO-7
V1
2
3335
1 22
TOI.
11 10 9 8 +11.945 m 7 6
1200
19
R:159.09mm T: 300mm NOS OF T:1 TO 22
LIFT WALL IN ELEVATION
1000
+13.535 m
3500
16 15 14 13 12
R:159.09mm T: 300mm NOS OF T:05
1
ELEVATION PROJECTION IN A.C.P.
1800
5
1200
1 21
17
COLUMN C20A
22
UNIT NO-7
1200
COLUMN C20A
4
1000
18
200MM SUNK SLAB
20
R:159.09mm T: 300mm NOS OF T:1 TO 22
LIFT WALL IN ELEVATION
1200
6745 3
FIRE ESCAPE BALCONY
19
1200
2
1200
20
1.2 M. HT. PARAPET WALL
R:159.09mm T: 300mm NOS OF T:05
+17.99 m
TERRACE FLOOR
1.2 M. HT. PARAPET WALL
200MM SUNK SLAB
1000
1 21
V1
FIRE ESCAPE BALCONY
4
TOI.
1200
3
16 15 14 13 12 11 10 9 8 +15.445 m 7 5 6
FIRE ESCAPE BALCONY
21
2
17
1200
1
+17.035 m
1200
18
DUCT
19
R:159.09mm T: 300mm NOS OF T:1 TO 22
LIFT WALL IN ELEVATION
22
UNIT NO-7
20
R:159.09mm T: 300mm NOS OF T:1 TO 22
LIFT WALL IN ELEVATION
22
UNIT NO-7
21
DUCT
22
IND.UNIT-15
+17.990 m
UNIT NO-7
4995
ELEVATION PROJECTION IN A.C.P.
LIFT WALL IN ELEVATION
4.1Collective Residential and commercial space. Final Year Dissertation November, 2014 Advisor : Y.D. Pitkar
Cluster Redevelopment : Need of thehour.
The inner city of Mumbai which constitues of 3 biggest wards in Mumbai zonning has neighbourhoods and buildings dating back a century. These buildings are in dilapidated and unfit conditions. Also, due to haphazard planning and construction, there is hardly any or no open space available for the citizens to enjoy. The design dissertation aimed at addressing these issues to maximum, with design strategy that provides the maximum benefits to the people residing there as well as the new people who will be coming in the new residential spaces created.
Site Plan (Existing).
Map of inner city of Mumbai.
Existing neighbourhood massing.
Site Plan (Reservations).
Site Plan (Proposed).
Ground Floor Plan.
Storefront view (re-imagining the stree
et )
7th Floor Plan
6th Floor Plan
16th Floor Plan
15th Floor Plan
22nd Floor Plan
21st Floor Plan
5th Floor Plan 14th Floor Plan
20th Floor Plan
4th Floor Plan
13th Floor Plan
19th Floor Plan
3rd Floor Plan
12th Floor Plan
18th Floor Plan
2nd Floor Plan
11th Floor Plan
17th Floor Plan
10th Floor Plan 1st Floor Plan
9th Floor Plan
Ground Floor Plan
8th Floor Plan
Elevation view.
The configuration of residential spaces include the studio units on the lower level, with one BHK above them, with two BHK next, and three BHK, and finally luxury four BHK apartments. This vertical segregation incorporates the rehabilated occupants along with new occupants thus creating interactions, which was in contrast to the existing practice in Mumbai. In order to maximise the use of natural wind and minimise the energy consumption, the corridors are singly loaded providing cross ventilated units, also the courtyards in plan are conceptualised in elevation as wind pockets to facilitate cross ventialtion throughout the site.
Section A-A
Wind Pockets, for natural ventialtion in site.
sketch of relation between proposed and exisiting.
Interior courtyard view.
4.2 Collective Residential (Hostel)
Fourth Year Architectural Design. April, 2014 Advisor : Y.D. Pitkar
Hostel Design, “Chattai”. Designing for University of Mumbai, challenged this project to portray the local traditions and values. Hostel, traditionally a place for sleeping, now can be interpreted as various program in one conglomerate. However, the insipiration for the design of the building is derived from the traditional matts used by the locals and weaved by them called as Chattai.
Types of Mat (Chattai) pattern study.
Volumetric composition of the ‘Chattai’ with vertical circulation.
Residence hall overlooking sports facilities.
PHD / Faculty Residence hall overlooking courtyard.
Residence hall overlooking sports facilities.
Section showing transitions between space.
5 4 6
1
2
3
Site Plan.
7
Inter-transitional spaces between residence halls.
Mumbai, being one of the tropical climate city, and University of Mumbai being a government project, some of the aspect of funding affecting energy were taken into considerations. All the rooms are majorly aligned to have the indierct north light and heavy vegetation is proposed on the south. Also to thermally insulate the rooms, the concept of double wall is used, where actual brick wall and elevation wall are seperated by 2 feet allowing the hot air to cool down considerably. On the other side, wide corridor of 8 feet is proposed so that it acts as sun barrier and also keeps the rooms cool. Wind pockets on the northwestern sides allows the winds to be circulated in the entire hostel, thus achieving minimised energy consumpotion to a considerable scale. (North is upwards) Legend : 1. Twin - Sharing residence hall. 2. Single occupancy residence hall. 3. Gymnasium / sports facilities. 4. Dinning Hall / Cafeteria. 5. Super Market. 6. Medical Facility. 7. PHD / Faculty residency hall.
Ground floor Plan
Elevation view from the other side of Mithi (existing) river.
4.3 Collective display and discussion space.
Fourth Year Architectural Design. August, 2013 Advisor : Y.D. Pitkar
Pedesterian flow at the plaza of Gateway of India.
Architectural Biennale, celebrating architectural vistas and views. Architectural Biennale, at the heritage precinct of Gateway of India, was an interesting project to do. As it says Architectural Biennale, so it had to make a grand architectural statement, however my grand architectural statement in this project was to rather celeberate the magnificient victorian architecture that surrounded the site. Thus, the design strategy includes articulation of spaces after the initial study of pedesterian flow at the plaza of Gateway of India and proposeing galleries and decks for display of architectural exibits. the central courtyard is exactly in central line of vision passing through Arch of Gateway and overlooking the vast Indian Ocean.
View of Central courtyard overlooking the Gateway of India and Indian Ocean
Site Plan.
Legend : 1. Registration and information desks. 2. Walkway gallery. 3. Curator’s gallery. 4. Port city gallery 1. 5. Port city gallery 2. 6. Medical and emergency facilities. 7. Port city gallery 3. 8. Press Lounge. 9. Central courtyard. 10. A/V room. 11. Souvinier shop. 12. Cafeteria / View Deck.
6
7
5 9
4
12
8 11 10
2
3
1
Section through gallery and central courtyard overlooking Gateway of India.
4.4 Collective Entertainment space.
Third Year Architectural Design. August, 2012 Advisor : Dr. Sushama Joglekar
Tetris: interlocking cultural space.
The site selected for this project was an old defunct mill land exactly in heart of Mumbai amongst sprawling high rises residential development. Theme for this project was to develop a space which caters and harbours interactions not only amongst the performers but also the visitiors and performers and other people as well. Since the site is an elongated site, it became essential to spread out the programs on the site and keep the structres just ground storey so amongs the high rises there still exist a dialouge with earth. Alignment of the structures at 45 degree enables to capture the wind into the site, thus cooling the site by applying principle of Active / Passive cooling.
Legend : 1. Admin / Box office. 2. Gallery I. 3. Central courtyard. 4. Shops. 5. Library / Archives. 6. Gallery II. 7. Tribal Art. 8. Courtyard of Tribal Art. 9. Cafeteria.
10. Amphitheatre. 11. Experimental theatre. 12. Auditorium (capacity 500) 13. Grand Plaza. 14. Recording studios / Preview theatres. 15. Workshops.
Site Plan
10
11
5
4
8
7 9
6 1
3 2
12 13
15
14
Section through amphitheatre.
Ground Floor Plan
View of open air amphitheater
View of tribal courtyard.
Site Elevation.
4.4 Collective rural administrative space.
Third Year Architectural Design. April, 2013 Advisor : Dr. Sushama Joglekar
Courtyards, A traditional gathering space. Central courtyard entrance.
Nagaon, is a small village in coastal town of Alibaug, which is generally refered to as a retreat place. The design of an administrative space combined with additional collective gathering and weekly farmer’s market space emphasized a lot on the traditional planning concpets, materiality and ambience with a slight touch of modern elemnets as flowerbeds. Central courtyard is the main space which caters to interaction between the administrative officials, genreal public, farmer’s and even the tourist who could utilise the information services provided by the village administrative to the best.
Central courtyard.
8 Aerial view. 9
7
10 6 5 11
6 4
1
3
2
Ground Floor Plan.
B
C
Legend : 1. Gram Panchayat office (Administrative office) 2. Talathi (Land revenue and records). 3. information service desk. 4. Emergency medical room. 5. central courtyard / farmer’s market. 6. NGO office. 7. Library / language learning center. 8. Community Hall. 9. Shops. 10. Women’s development center. 11. Waiting room / Cafeteria.
Site Section.
Site Section.
4.5 Collective learning space.
SecondYear Architectural Design. April, 2012 Advisor : Jayshree Chaudhry.
Zig-Zag: School A school for primary and pre-primary kids is concpetualised as a constant running place. Instead of providing a very rigid formal learning space, the classrooms are offseted from each other thus giving rise a labyrinth corridor system with courtyards in between each transition space. Each courtyard is concpetualised to be a personal outdoor space for each and every classrom. For the pre-primary section, the design is conceptualised as a radiating rays from center. the main central courtyard is multi- layered and is strategicaly placed close to the natural sand pit avilable due to site contours and the school cafteria, thus providing a nice view from the cafteria also acting as a security for the toddlers.
Corridor - Classrom - Courtyard.
Courtyard as a leraning space.
Site view. Legend : 1. Library / Music room. 2. Staff room, store room. 3. Classrooms. 4. Labs. 5. Administrative block. 6. Assembly hall. 7. Cafeteria. 8. Pre-primary section
2
3
1
4
7
6
5 8
Site Plan.
Site Section.
4.7 Single family residence.
First Year Architectural Design. April 2011 Advisor : Mukund Athavle.
Composition of Squares.
Designing a single family residential space always provides the best design challenges. This house is conceptualised as a composition of square in plan and in elevation as well. The program was simple, proividing a sresidential space for a professor and his family, in the campus of Mumbai University. Taking the cue from the site and surroundings , the rooms are arranged to utilise the maximum views and vistas exterior as well as interior. The double height space accentuates the main gathering space with a library overlooking on the first floor.
Ground floor Plan.
First floor Plan.
Thank You.