P O R T F O L I O
R O N A K
K O T H A R I
SELECTED WORKS (2013 - 2020)
RONAK KOTHARI Indian born, June 10th 1995 ronakhkothari10@gmail.com +91 9167306090 9/10, Shree Nath Krupa, Sector 11, Vashi, Navi Mumbai.
Based in Navi Mumbai, I am a graduate in B.Arch at the University of Mumbai. The knowledge and experience acquired during the course along with professional encounters has developed a critical sense and an understanding about this field, which also is quiet open to new experiences. Looking at the bigger picture and applying that understanding on the smallest of details is what architecture is for me.
C U R R I C U L U M
V I TA E
Hard Skills:
Awards:
Autocad
Lumion
NICEE Earthquake Resistent Design Workshop
Sketch Up
Adobe PS
1st Runner up
Vray
Adobe ID
Rhino
Adobe AI
Other Skills / Interests:
Soft Skills:
Coding
Photography
Model Making
Graphic Design
Communication
Leadership
Teamwork
Problem Solving
Languages:
Critical Thinking
Adaptability
English
Education:
2013-2018
|
Hindi
|
Gujarati
Pillai College of Architecture Bachelors in Architecture, University of Mumbai CGPA- 7.75 / 10
2011-2013
St. Mary’s Junior College 12th Grade, HSC Board Percentage- 85.00
2011
St. Mary’s Multipurpose High School 10th Grade, SSC Board Percentage- 89.45
Activities/Participations:
2018
Taj Amity Pavilion Design Competition, Archdais.
2018
Aquatecture Design Competition, Volume Zero.
2018
Marsception Design Competition, Volume Zero.
2016
NICEE Earthquake Resistent Design Workshop IIT Kanpur
2015-2016
Sports Secretary PiCA Students Council
Work Experience:
APR’19-NOV‘20
Sanjay Puri Architects Jr. Architect, 20 months
JUN’18-SEP‘18
Virtuo Design Intern, 4 months
DEC’16-MAR’17
ABM Architects Intern, 4 months
-PERSONAL SPACE-
-PROGRAM-
-MODULAR SPACES-
-USER ORIENTATION-
2014
2015
2016
2018
2017
MOTHER & CHILD
2016
ART INSTITUTE
2015
PUBLIC LIBRARY
2014
MY HOUSE
SCULPTOR’S STUDIO
AYURVEDIC CENTRE
TOWNSHIP
SPORTS THERAPY
-NAVIGATING LEVELS-
-INTERCONNECTEDNESS-
-PLANNING-
-RESEARCH-
I N D E X
A C A D E M I A
-- 01
01
SPORTS THERAPY AND REHABILITATION CENTRE
01 - 08
02
MOTHER AND CHILD TREATMENT CENTRE
09 - 14
03
ART INSTITUTE
15 - 20
04
AYURVEDIC TREATMENT CENTRE
21 - 26
..
AYURVEDIC IPD (WORKING DRAWING)
27 - 28
..
MODEL MAKING
29 - 30
-PLAZA DESIGN-
-BUOYANT DESIGN-
-RESIDENTIAL-
-RESIDENTIAL-
2018
2018
2019
2020
2020
MAGNUS KALPATARU
2019
STUDIO BUILDING
2018
AQUATECTURE
2017
HITEX CONVENTION
MARSCEPTION
TAJ AMITY PAVILION
ANAND VIHAR
HILLCREST KALPATARU
-3D PRINTING-
-PUBLIC SPACE DESIGN-
-MIXED USE-
-LUXURY RESIDENTIAL-
T I M E L I N E
C O M P E T I T I O N S
-- 31
05
MARSCEPTION
33 - 34
06
AQUATECTURE
35 - 36
07
TAJ AMITY PAVILION
37 - 38
P R O F E S S I O N A L
-- 39
08
ANAND VIHAR (SHIPRA GROUP)
41 - 44
09
STUDIO BUILDING (SCL TOWNSHIP)
45 - 48
10
KALPATARU PROJECTS
49 - 50
------ ACADEMIC WORK ------
01 SPORTS THERAPY
SPORTS THERAPY AND REHABILITTION CENTRE GHANSOLI, NAVI MUMBAI
1
To provide a facility for In-
the physical and psychological
Mumbai as it is in between both
dian athletes that acts as a
healing that needs to be rein-
the old Mumbai airport and the
place to get evaluated, get
forced in the Indian Sport envi-
upcoming Navi Mumbai airport
treated as well as heal till
ronment which helps the sports
for better accessibility. The
the time he/she gets back to
person to get back in the game
approach majorly concentrates
the sports again. Sports Sci-
with 100% potential he/she has
on the philosophy of growth and
ence and Sports Medicine along
to offer. The site for this
biophilic
with
Rehabilitation
project is strategically cho-
is expressed through Healing
are the fields that deals with
sen to be in Ghansoli in Navi
Gardens throughout the campus.
Physical
architecture
which
2
1. The placement of the high performance unit (2 indoor courts and 1 outdoor Field) creates the first pathway that cuts them from the main entry to the entry that connects the adjacent sports centre.
2. A
25m
swimming
pool
is
placed in between the 2 indoor courts above which a sports pavilion is designed that allows the patients a visual access to the high performance unit that motivates them.
3. The is
second
access
designed
to
route
connect
the treatment unit and the rehabilitation
unit
and
reaches the building services
block,
whose
roof
acts as healing garden as well as a viewing deck.
4. The rehabilitation block is elevated for wind circulation
throughout
the
structure as well as to allow them to have a view of the creek. It is connected to both the sports pavilion and garden.
PATINA OF TIME : THE PRESENCE OF HEALING GARDENS AS WELL AS LANDSCAPE POCKETS THROUGHOUT THE STRUCTURE IS USED AS AN ANAL-
OGY TO GIVE A SENSE OF GROWTH TO THE FIT AND RECOVERING SPORTSPERSON AS IT CONTINUOUSLY CHANGES THROUGH THE PASSAGE OF TIME.
3
MUMBAI - NAVI MUMBAI
CREEK
15M WIDE ROAD
SPORTS CENTER
30 M WIDE ROAD
MAIN
SERVICE
MANGROVES
ADJACENT
SPORTS
CENTRE
n
Roof Plan
Night View
4
SOUTH ELEVATION
WEST ELEVATION
SECTION AA’
SECTION BB’ 5
n
GROUND FLOOR PLAN
n
FIRST FLOOR PLAN
n
SECOND FLOOR PLAN
6
DETAIL AT A BROWN ANODISED ALUMINIUM BOX SECTION (200MM X 100MM)
2.7M
0.3M
10 MM THICK COPPER FLASHING
0.4M 1.1M
FLASHING BOLTED ON I SECTION BEAM
0.4M
250 MM THICK EXTENSIVE ROOF GARDEN SOIL DRAINAGE PLATE (1:12) 1.5M
60 MM THICK METAL DECKING
1.9M
4.3M
200 MM THICK RCC
ISMB 250 STEEL I SECTION
DETAIL AT B
TAPERING STEEL I SECTION BEAM HOLLOW RECTANGULAR SECTION STRUCTURAL FRAME
2.4M 2.4M
GLASS REINFORCED PLASTIC PANELS
1.1M
DETAIL AT B DETAIL AT C
0.7M
0.8M
0.7M
STRIP SECTION 1
1.1M
1.1M
0.5M
SECTIONAL 3D
2.0M
0.9M
0.7M
0.5M
2.0M
0.9M
STRIP SECTION 2 7
1.3M
DETAIL AT C
BROWN ANODISED ALUMINIUM BOX SECTION (200MM X 100MM)
STEEL BOX SECTION RAFTERS PROJECTING OUTSIDE GRP PANELS GLASS REINFORCED PLASTIC PANELS
550 x 400 MM RCC BEAM
HOLLOW RECTANGULAR SECTION STRUCTURAL FRAME GUTTER HOLDING PLATE METAL GUTTER
GLASS REINFORCED PLASTIC PANELS
DETAIL AT A
1.5M
DETAIL AT E
1.0M
0.4M 1.0M
100 MM RCC SLAB
GUTTER HOLDING PLATE GUTTER HOLDING PLATE
1.8M
ANGLE CLEATS
4.9M
METAL GUTTER 100 x 65 MM BROWN ANODISED ALUMINIUM FRAME 10MM THICK FIXED GLASS PANEL FIXED GLASS FRAME IN ELEVATION
DETAIL AT E
8.7M
0.8M
0.5M 0.9M
FINISHED FLOOR LEVEL OF THE BVASKETBALL COURT
25MM EXTERNAL PLASTER
1.4M
0.5M VATA
1.3M
DOWNSTAND RCC BEAM OF RAFT FOUNDATION
STRIP SECTION 3
CONSOLIDATED HARDROCK BED
0.5M
50 MM BLINDING BED
DETAIL AT D
0.2M
DETAIL AT D
8
------ ACADEMIC WORK ------
02 MOTHER & CHILD
MOTHER AND CHILD WELFARE CENTRE RAJARHAT, KOLKATA
9
The site for this project is
a lake which is adjacent to the
centre revolved around ‘open
loctaed in the city of Kolk-
site for the Mother and Child
spaces,’nature’ and ‘inter con-
ata in a newly developing town
welfare centre. The theme of
nectivity through simple ori-
of Rajarhat. Just besides the
the project being ‘well be-
entation’.
site, there happens to be huge
ing’,
the
to nature can immensely improve
eco park which also consist of
development
welfare
the well being of the patients.
While nature is important for
members sometimes and affects
along with incorporating na-
the improvement of health, hos-
the efficiency with which they
ture inside the structure with
pitals and healthcare centres
move
campus.
the help of healing gardens
always struggle with orient-
This design focuses on this as-
and open terraces at almost
ing the patients, the family
pect of Orientation at the mac-
every floor of the structure.
members as well as the staff
ro as well as the micro level
the
approach of
throughout
this
the
for
Staying
connected
10
1
2
The primary central corridor is branches out 2 symmetric
secondary
corri-
dors and divides both the wings into 3 blocks each.
n
CORRIDOR LEVEL PLAN
The corridor encompasses all the basic services of the structure.
11
ROOF PLAN
These ‘connectors’ connects the east and the west wings at the first level as well as
it
helps
in
orienting
all the new patients arriving via the main corridor.
3
4
The courtyards around the central blocks, the viewing galleries at the ends of the secondary corridors and the deck acts as nature outlets for the structure
BASEMENT LEVEL PLAN
FIRST LEVEL PLAN
THIRD LEVEL PLAN
The corridor is elevated at
reach the corridor level en-
to
2.2m from ground level so the
trance and 2m down to reach
ping
ramps that start from ground
the
parking
as long as 40m of ramp that
level has to go 2.2m up to
and admin area. This was done
would acquire a lot of space.
basement
level
prevent 4m
a
high
single
whop-
corridor
and
12
SECTION AA’
EAST WING BACK VIEW
13
EAST WING FRONT VIEW
SECTION BB’
WEST WING VIEW
WEST WING VIEW
14
------ ACADEMIC WORK ------
03 ART INSTITUTE
ART INSTITUTE DOMBIVLI, THANE DISTRICT
15
The site for this project is
The
is
upper floors was undertaken.
located on the highway connect-
stacked vertically due to lack
And since learning spaces were
ing Shilphata and dombivli and
of horizontal spread of the
a mixture of classrooms and
is separated by the residen-
site. Hence, an approach where
studios, both the spaces merged
tial Palava city by a tributary
all the public spaces are al-
to form a common entity where
of river Ulhas. The site also
located on the bottom floors
transition between classes and
consists of a holding pond just
while creating leisure as well
studios was not distractive for
next to the tributary.
as contemplating spaces on the
the students.
proposed
art
school
16
1ST YR
2ND YR
3RD YR
4TH YR
MISC
PAINTING
40
40
40
40 x 2
FASHION
20
20
20
20 x 1
SCULPTURE
10
10
10
10 x 2
CERAMICS
10
10
10
classes only
80
80
80
120
80
80
As each year has equal strength
one of the block is pushed out-
All the public zones are placed
of students, it is first stacked
wards so that it creates floor
in the bottom on either side
on top of each other and misc.
space for other activities clos-
of the entrance which includes
on side of the base block.
er to classrooms and studios.
amphitheatre and workshops.
Configuration of Studios and Classrooms
Two pairs of studios and classrooms are arranged in such a way that each studio has a direct access to its respective classrooms. Such a configuration allows the studio to have openings from three of its sides. And a common place for two studios acts as a balcony or as a terrace as they are stacked, letting the sunlight inside the configuration. 17
TR Y
VA
AR
LA
UT
PA
IB
CIT
OF
Y
UL HA S RI VE R
HO LD IN G PO ND DO
24
M
W
ID
E
R
O
MB
I IVL
H - S
ILP
T HA
O A R
AD
AD
n
ROOF PLAN
north side view
west side view
18
G FLR PLAN
1ST FLR PLAN
SOUTH WEST ELEVATION
2ND FLR PLAN
4TH FLR PLAN
SECTION BB’
5TH FLR PLAN
6TH FLR PLAN
19
NORTH EAST ELEVATION
NORTH WEST ELEVATION
SECTION AA’
SOUTH EAST ELEVATION
20
------ ACADEMIC WORK ------
04 AYURVEDIC CENTRE
AYURVEDIC TREATMENT CENTRE KARJAT, RAIGAD DISTRICT
21
The site for this project is
for a particular amount of time
to
located in the rural regions
or people visit the outpatient
as well as for wind circula-
of Karjat and is surrounded by
department
just
tion throughout the structure.
mostly agricultural lands and
come and leave on the same day.
The spaces like workshop and
small G and G + 1 structures
Hence, the approach taken for
the living quarters for staff
if any. An ayurvedic treatment
this design was to have an in-
and manager has been seperated
centre is a place where people
ter-connected single structure
from the main structure as the
either come to stay and heal
that has courtyards as an access
activity
where
they
the
external
does
environment
not
coincide.
22
IPD and OPD being the most important depart-
reception
admin
dining
ipd
ments dealing with the patients,
library
is
consid-
ered to be placed near the library and dining.
opd
Whereas reception has a
gym
treatment
direct connection with the admin and OPD and a semi direct connection to
IPD
for
direction
purposes.
All the spaces are arranged
The reception is merged with
The opd waiting area above is
according to the zoning above
the structure and is directly
then connected to opd consul-
as well as creating an acces-
connected to admin below and
tation rooms below via ramp and
sible courtyard in the center.
opd waiting above via ramp.
creating a courtyard below.
n
23
ROOF PLAN
GROUND FLOOR PLAN
FIRST FLOOR PLAN 24
SECTION AA’
WEST ELEVATION
SOUTH EAST ELEVATION
25
SITE SECTION AA’
FIRST FLOOR COURTYARD
FIRST FLOOR COURTYARD
CONSULTATION COURTYARD
SECONDARY ENTRY
26
C
RCC BEAMS 200 MM x 300 MM
F
N
F +13870
SKYLIGHT LEVEL
D
A
PLAN FOR DETAIL AT A 1:50
N
D
D
W
N ±11115
W
PARAPET LEVEL
1025
W +10090 TERRACE LEVEL
600
V +9360
LINTEL LEVEL
N
V1
V
D1
R
F1 Q1 C1 L3
D1
+7740
SILL LEVEL
+6840
SECOND FLOOR LEVEL
+6240
LINTEL LEVEL
600
900
D1
1620
W2
DOUBLE BED ROOM
V1
N
2100
D1
F1 Q1 C1 L2
D1
+4620
SILL LEVEL
600
900
D1
1620
W2
DOUBLE BED ROOM
+3720
FIRST FLOOR LEVEL
+3120
LINTEL LEVEL
+1500
SILL LEVEL
V1
D1
F1 Q1 C1 L1
600
900
D1
1620
W2
DOUBLE BED ROOM D1
+600
GROUND FLOOR LEVEL
±0.00
GROUND LEVEL
SECTION AA'
------ ACADEMIC WORK (WORKING DRAWING) ------
1:50
77
0
23
0
8
22
30
40
00
B'
77
0
7
00
C1
30 22
35
0 45
0
00 12
1360
C29 14
2
15
1 43
44
G
C3 15
52
2
3098 230 885 2500 1000
11
DOUBLE BED ROOM
D2
5800 x 4200 MM
16
TR UP RIS EAD ER :3 :13 20 0 +6 00
19058
4500 1000
12
1200
F1 Q1 C1 L1
17 18
CUTOUT ABOVE
W2
2500
F
L O 1: 60P E
C7
3140
E
3
Sill height: 1200MM from unfinished floor level. Lintel level : Bottom of beam.
S
5
4
C6
1085
4455
885
6
C32
C31
4270
+2290 1300
+1510
7
V1
13
1000
12
2000
11
770
C30 10
1885
8 9
230
7
44
D1
2070
1855
C2
W2 Sill height: 900MM from unfinished floor level. Lintel level : Bottom of beam.
1200
32
1115
F1 Q1 C1 L1
300
50MM Ø Stainless steel pipe as handrail supported by 40MM x 80MM Stainless steel Box Section.
1115
2000
1885
L O 1: 60P E S
270
1885
L O 1: 60P E
1770
5800 x 4200 MM
D1
1315
1200
2500
0
13
C35
4455
DOUBLE BED ROOM
400
C1
4730
2599 1090 450 3600 2060
Sill height: 1200MM from unfinished floor level. Lintel level : Bottom of beam.
D2
44
D
4455
5
C5
A
15
55 E
13
9 85
45 0
1050
9 18
1085
C34
CUTOUT ABOVE
D1
A
C
885
E
13 61
V1
40
C9
Sill height: 900MM from unfinished floor level. Lintel level : Bottom of beam.
V1
C33
70
5
W2
885
15
55 L
1:60 O P
61
20 70
3
S
1:60 O P
V1
F1 Q1 C1 L1
D2
D1
93
L
00
4
B
5800 x 4200 MM 400
C1
60 P 1: O L S
E
14
DOUBLE BED ROOM
6
5
21
3 0
C1
18
22
15 21
0
E
16
15
55
0
D1
0
2 45
C37 D1
D2 20
0
D2
5
2
23
6220
TREAD:300 1 RISER:150
4 3 2 C36
C1
V1
40
86
5
C1
V1
D1
85
UP
.
48
1
E 60 P 1: O L S
D1
D1
5
S
C1
17 7
77 0
23 17
23 0
TR RIS EAD ER :6 :15 00 0
D2
UP
D2
0 9 3
V1
0
86
28
10
85
8
23
40
48
85
00
88 5
5 65
0 0
77
S un ill h Lin finis eigh te he t: 9 l le d 0 ve flo 0M l : or M Bo le fr tto vel. om m of be am
70
1
70
G
L 49 E 00 BE x DR 37 O F1 00 O C1 Q1 M L1
1
60
15
5
C1
10
85
C38
18
D1
D1
27
77 0
88 5 30
41
15
S un ill h Lin finis eigh te he t: 9 l le d 0 ve flo 0M l : or M Bo le fr tto vel. om m of 35 S be 70 un ill he am Lin finis igh . tel he t: 1 lev d fl 20 el oo 0M : B r le M ott ve fro om l. m of be am .
35
SIN
W
C4
L 49 E 00 BE x DR 37 O F1 00 O M C1 Q1 L1
00
22
2
.
G
1
5
16
77
0
88
5
S un ill h Lin finis eigh te he t: 9 l le d 0 ve flo 0M l : or M Bo le fr tto vel. om m of be am
SIN
W 12
28
S
1
17
00 40
30 22
C1
4
3
49 E 00 BE x DR 37 O F1 00 O M C1 Q1 L1
00
0
86
L1
0
0 77
0 77 00 10
1
70
70
GL
W
35
35
SIN
12
C8
88
5
S un ill h Lin finis eigh te he t: 9 l le d 0 ve flo 0M l : or M Bo le fr tto vel. om m S of un ill he be Lin finis igh am tel he t: 1 . lev d fl 20 el oo 0M : B r le M ott ve fro om l. m of be am .
D1
40
48
85
27
C1
49 E 00 BE x DR 37 O 00 O M Q1
74
0
4
F1
13
40 7
5
C1
V1
22
30
00
60
21 15
40 22
12
D2
.
GL
1
0
85
1:60 O P
SIN
W
C2 10
00
00
22
11
5
10
77
00
0
88
5
S un ill h Lin finis eigh te he t: 9 l le d 0 ve flo 0M l : or M Bo le fr tto vel. om m of be am
L
7
08
16
77
0
00
77
70
12
C1
35
49 E 00 BE x DR 37 O 00 O F1 M Q C1 1 L1
17
6
S un ill he Lin finis igh tel he t: 1 lev d fl 20 el oo 0M : B r le M ott ve fro om l. m of be am .
GL
1
63
70
SIN
W
S
40
77
00
0
10
9
400
19
Sill height: 900MM from unfinished floor level. Lintel level : Bottom of beam.
20
D1
22
C25
45
0
J K
C26
23 DOWN
24
C27
1:50
4
97
2
1
10
TREAD:600 RISER:150
50MM Ø Stainless steel pipe as handrail supported by 40MM x 80MM Stainless steel Box Section.
L
450
3777
450
C24
C23
C22
1779
5320
450
9
450
12676
M
N
P
Q
R B
27
3
C28
UP
53
C21
GROUND FLOOR PLAN
655
H
230 655
21
S
T
U
V
W
A'
F
NO F
ALL
ON
DETAIL AT B 1:5
DETAIL AT D
DETAIL AT C 1:5
DETAIL AT B 1:5
DO
D
1:5
DETAIL AT C
DETAIL AT D
1:5
AN AR
D
1:5
G
FO ENG
G
ALL C
INT
EXT
C
TH AR WIT
E B B
KE
1:25
FASTENERS EXTERIOR ALUMINIUM CAP
WEATHER SEALANT
FASTENERS EXTERIOR ALUMINIUM CAP
GLASS SEALANT
EXTERIOR ALUMINIUM CAP
GLASS SEALANT
FLASHING WEATHER SEALANT
GLASS
DETAIL AT A
WEATHER SEALANT
GLASS
1:25
DETAIL AT A 1:25
SETTING BLOCK
EXTERIOR ALUMINIUM CAP
FLASHING
GLASS
SETTING BLOCK
GLASS
WEATHER SEALANT
1
WEATHER SEALANT
FLASHING
FLASHING
A
WEATHER SEALANT
FINIS
WA NO.
FIXED GLASS
DETAIL AT E 1:5
DETAIL AT F 1:5
DETAIL AT E
1:5
DETAIL AT F
1:5
Q1
FIXED GLASS
DETAIL AT G
NO.
DETAIL AT G
1:5
CEIL C1
RCC BEAMS 200 MM x 300 MM
1:5
FLO
RCC BEAMS 200 MM x 300 MM
NO. F1 +13870
SKYLIGHT LEVEL
A
DOO +13870
NO.
SKYLIGHT LEVEL
PLAN FOR DETAIL AT A D1 1:50 PLAN FOR DETAI D2 1:50
A
WIN NO. ±11115 RCC COPING
D1 VATA LINTEL
D1
DRIP MOULD
1025
600
F1 Q1 C1 L3 RCC BEAM 230 x 450 MM
RCC BEAM
LINTEL LEVEL OR CHAJJA
+6840
SECOND FLOOR LEVEL
+6240
LINTEL LEVEL
+7740
600
EXHAUST FAN
F1 Q1 C1 L2
D1
V1
C1 L2
+3720
FIRST FLOOR LEVEL
+3120
LINTEL LEVEL 600
HALF BRICK THICK WALL
W2 CLOSET HINDWARE CLIPPER EWC WATER CAT NO. 92026 (79x41x72MM)
FINISHED FLOOR LEVEL TILES OVER F1 Q1 CONCRETE SCREED
D1
D1
F1 Q1 C1 L1
RCC SLAB 150 MM
RCC SLAB 150 MM
EXTERNAL WINDOW
GROUND LEVEL
SILL LEVEL
GROUND FLOOR LEVEL
±0.00
GROUND LEVEL
E
+600
SU
EXHAUST FAN
W D
RCC LINTEL 75MM
BATHROOM WALL TILES 600 x 300 MM
RCC COLUMN 230 x 450 MM
SH
V1
1:50
SE
I
I
I
VENTILATOR GLASS LOUVERS FINISHED FLOOR LEVEL TILES OVER CONCRETE SCREED
50 MM Ø STAINLESS STEEL PIPE AS HAND RAIL
VENTILATOR MARBLE FRAME
DOOR
S
FINISHED FLOOR LEVEL TILES OVER CONCRETE SCREED
N
HALF BRICK THICK WALL HINDWARE CLIPPER EWC WATER CLOSET CAT NO. 92026 (79x41x72MM)
N
S
S ONE BRICK THICK WALL
40 x 80 MM STAINLESS STEEL BOX SECTION
ONE BRICK THICK WALL WITH 12MM INTERNAL PLASTER AND 25MM EXTERNAL PLASTER.
N
S
100MM Ø SOIL PIPE SILL LEVEL SKIRTING 10MM
FINISHED FLOOR LEVEL
LINTEL VATA
I
BRICK BAT COBA (300MM)
I
I
RCC SLAB 150 MM
RCC SLAB 150 MM
DRIP MOULD
RCC SLAB 150 MM RCC BEAM 230 x 450 MM
RCC BEAM
LINTEL LEVEL OR CHAJJA
RCC LINTEL 75MM EXHAUST FAN
W1
EXTERNAL WINDOW
BATHROOM WALL TILES 600 x 300 MM
RCC COLUMN 230 x 450 MM
V1 VENTILATOR GLASS LOUVERS FINISHED FLOOR LEVEL TILES OVER CONCRETE SCREED
50 MM Ø STAINLESS STEEL PIPE AS HAND RAIL
VENTILATOR MARBLE FRAME
DOOR
100MM Ø SOIL PIPE SILL LEVEL ONE BRICK THICK WALL
40 x 80 MM STAINLESS STEEL BOX SECTION
SKIRTING 10MM
M
ST
±0.00
D
D
W1
CL
+1500
E
E
LINTEL LEVEL OR CHAJJA
SECTION AA' SECTION AA' 1:50
LINTEL LEVEL
GROUND FLOOR LEVEL
RCC BEAM 230 x 450 MM
RCC BEAM
+3120
+600
600
RCC SLAB 150 MM
DRIP MOULD
FIRST FLOOR LEVEL
SILL LEVEL
BRICK BAT COBA (300MM)
LINTEL VATA
PIL
+3720
+1500
600
D1
W2
DOUBLE BED ROOM FINISHED FLOOR LEVEL
C1 L1
900
D1
SILL LEVEL
1620
V1
ONE BRICK THICK WALL WITH 12MM INTERNAL D1 PLASTER AND 25MM EXTERNAL PLASTER.
RO TH
SILL LEVEL
900
ONE BRICK THICK WALL
DOUBLE BED ROOM D1
NO.
1620
V1
LINTEL LEVEL
+4620
SILL LEVEL 40 x 80 MM STAINLESS STEEL BOX SECTION
+6240
+4620
VENTILATOR MARBLE FRAME
DOOR
100MM Ø SOIL PIPE
SKIRTING 10MM
SECOND FLOOR LEVEL
VENTILATOR GLASS LOUVERS F1 Q1
D1 50 MM Ø STAINLESS STEEL PIPE AS HAND RAIL
+6840
900
D1
FINISHED FLOOR LEVEL TILES OVER CONCRETE SCREED
W2
DOUBLE BED ROOM
900
2100
D1
SILL LEVEL
1620
RCC COLUMN 230 x 450 MM
D1
V1
1620
W2
BATHROOM WALL TILES 600 x 300 MM
600
2100
EXTERNAL WINDOW
D1
LINTEL LEVEL
VEN NO.
REV
SILL LEVEL
RCC LINTEL 75MM
V1 DOUBLE BED ROOM
+9360
+7740
V1
W1
+10090 TERRACE LEVEL
1620
W2
DOUBLE BEDRCC ROOM SLAB 150 MM
RCC SLAB 150 MM
W2
900
F1 Q1 C1 L3
D1
900
D1
W2
BRICK BAT COBA (300MM) DOUBLE BED ROOM V1
RCC SLAB 150 MM
D1
LINTEL LEVEL
1620
V1
600
D1
+9360
FINISHED FLOOR LEVEL WITH WATER PROOFING
BRICK BAT COBA (300MM)
PARAPET LEVEL
+10090 TERRACE LEVEL
ONE BRICK THICK PARAPET WALL WITH 25MM EXTERNAL PLASTER.
FINISHED FLOOR LEVEL WITH WATER PROOFING
±11115
600
ONE BRICK THICK PARAPET WALL WITH 25MM EXTERNAL PLASTER.
W1
PARAPET LEVEL
1025
RCC COPING
FINISHED FLOOR LEVEL TILES OVER CONCRETE SCREED
ONE BRICK THICK WALL WITH 12MM INTERNAL PLASTER AND 25MM EXTERNAL PLASTER.
HALF BRICK THICK WALL HINDWARE CLIPPER EWC WATER CLOSET CAT NO. 92026 (79x41x72MM) FINISHED FLOOR LEVEL
150MM PCC (1:3:6)
GULLY TRAP LID
RUBBLE SOLING
100MM Ø SOIL PIPE INSPECTION CHAMBER (400 x 600 x 400 MM)
DPC 75 MM THICK
RUBBLE SOLING
PAVER BLOCKS
HARD MURUM
VATA
RCC PLINTH BEAM 230 x 450 MM
RCC PLINTH BEAM 230 x 450 MM
HARD MURUM
HARD MURUM RCC COLUMN 230 x 450 MM
RCC COLUMN 230 x 450 MM
RCC PEDESTAL FOOTING
RCC PEDESTAL FOOTING
150MM PCC (1:3:6)
150MM PCC (1:3:6)
RUBBLE SOLING
RUBBLE SOLING
HARD MURUM
HARD MURUM
STRIP SECTION A 1:20
STRIP SECTION B 1:20
STRIP SECTION C 1:20
28 A
N
D
O
A A
A
FO EN
IN
EX
TH A W
KE
1:2
1
W
FIN
Q1
NO
CE
C1
NO
FL
F1
NO
DO
D1
NO
D2
W
NO
W1
W2
VE
V1
NO
RE
NO
R T
P
M
C
S
S
W
S
S
------ ACADEMIC WORK (MODEL MAKING) ------
01 SPORTS THERAPY
29
02 MOTHER & CHILD
03 ART INSTITUTE
04 IUCAA
30
------ ARCHITECTURAL COMPETITIONS ------
05 MARSCEPTION
GALE CRATER, MARS
06 AQUATECTURE
ALUVA, KERALA
07 TAJ AMITY PAVILION
MUMBAI, MAHARASHTRA
31
M
A
R
S
C
E
P
T
I
O
N
The competition asks to design a settlement for the first visitors of the red planet. For humans to thrive here, the need to embrace
the
psychological
com-
forts of a community along with the physical needs as an essential aspect was our primary agenda in approaching the problem.
A
Q
U
A
T
E
C
T
U
R
E
The competition asks to design a settlement for the first visitors of the red planet. For humans to thrive here, the need to embrace
the
psychological
com-
forts of a community along with the physical needs as an essential aspect was our primary agenda in approaching the problem.
TAJ.AMITY.PAVILION The competition asks to design a settlement for the first visitors of the red planet. For humans to thrive here, the need to embrace
the
psychological
com-
forts of a community along with the physical needs as an essential aspect was our primary agenda in approaching the problem.
32
GLASS FIBRE INSULATION (150mm)
SECTION
AA
SECTION
BB
ICE SCREEN (500mm)
GLASS FIBRE INSULATION (150mm)
IRON HULL (200mm)
The G+1 habitat is basically divided into 2 major spaces, home and work which are the essential aspects of day to day life. These two zones are spatially merged with the farming area in be-
screen facing deck
tween them, whereas airlocks and control rooms are equally located adjacent to both the zones.
Since human Physique is evolved, or rather we digital screen
must say Designed particularly to stand the conditions on earth. For humans to sustain on Mars,
living farming
the atmospheric pressure of the habitat should be controlled. An inflated form is thus suitable. To resist the harmful radiation and solar winds through the weak martian atmosphere, the environment needs to be protected and controlled. Ice, which is already present on the surface
control rooms & airlocks
working
FIRST
FLOOR PLAN
GROUND FLOOR PLAN 33
of mars, is capable of blocking these injurious
radiations.
A
three
layered
protective
shell is designed, where ice is sandwiched between a layer of martian concrete on the external face and a layer of iron hull on the inside.
M
A
R
S
C
E
P
T
I
O
N
1.
d
e
4.
2.
s
i
g
n
3.
p
5.
r
o
c
e
s
s
6. 34
a
q
u
a
t
e
c
t
u
r
e
All forms of life on Earth have
to many diverse natural disas-
human
always been dependent on water
ters mainly consisting of floods,
destruction
for
water
climate change, earthquakes and
livestock,
holds the key to survival. The
other calamities. In the coastal
frastructure facilities, and the
temperature of the earth is ris-
zones of India, flooding and wa-
possibility of water borne dis-
ing at nearly twice the rate it
ter clogging has adversely cre-
eases are just some of the ways
was 50 years ago. This rapid rate
ated issues in architecture and
a flood can impact upon a commu-
and pattern of warming has led
construction industry.
nity.
35
survival,
and
today
Loss of
life,
property of
crops,
damage, loss
non-functioning
of in-
1.
1.
2.
3.
4.
An amphibian residential unit for 20 individuals
3. The central space between the waves creates
are divided into four blocks. Two 3BHK units and Two
a surf precinct used for recreational purposes on
2BHK units accommodating 20 individuals respectively.
land and a boarding bay while on water emergencies.
2.
4. The
Since an amphibian module, 4 blocks are divided
entire
structure
forms
a
proto-
into two waves acting as two wings of the building.
typic
3BHK units settling on ground floor whereas 2BHK
of waves on water, when placed in a grid. (As
units composing duplex adding to the first floor.
shown in the 3d rendering on the adjacent page)
CAR PARKING
construction
creating
an
indication
CAR PARKING
GROUND FLOOR
PLAN
FIRST
TELESCOPIC COLUMNS
UND
b
LEV
EL
u
CON
TELESCOPIC COLUMNS FLOATATION BLOCKS
FLOATATION BLOCKS
3M
DIT
ION
o
PLAN
TELESCOPIC COLUMNS
FLOATATION BLOCKS
GRO
FLOOR
y
a
n
c
y
UP OF
e
FLO
OD
TO
8M
WAT
ER
x
p
l
a
i
n
e
OF
FLO
OD
WAT
ER
d 36
t a j
a m i t y
p a v i l i o n
The form of the pavilion follows a
welcoming namaste to the people
ture is combined with the diver-
similar language of curvy arches
which also acts as the central
gent railings to induce a feeling
to the neighbouring structures.
core of the structure. The sym-
of disturbance to exhibit the at-
Through the curvy roof cuts a
metrical curvy form of the struc-
tacks of 26/11.
Railing
Ends
This brutal railing notifies to put terrorism behind the bars and make a good mentality of brotherhood and neighbourhood with fellow residents of mother Earth.
Recreational The
waves
plate
and
states
Land
undulations
the
mental,
on
this
physical,
social, economic and cultural instabilities that took place in the minds of people and the nation as a whole.
Connecting
Bands
Simple pedestrian connections are designed in grid on the upper plate of pavilion. This connection is more of bonds and resembles unity.
Supporting Pillars The columns in this pavilion creates a double height space and widens the view of looking at awful tragedies.
Staircase In local Indian background, circular movement signifies an activity called ‘Pradakshina’ which pays a prodigious respect to those lost lives and their families of 26/11.
Namaste An Indian aura is best known by the welcoming residents.
37
nature
of
its
respective
GROUND FLOOR PLAN
NORTH WEST ELEVATION
ROOF PLAN
SOUTH WEST ELEVATION
38
------ PROFESSIONAL WORK ------
P R O F E S S I O N A L
39
W O R K
S A N J A Y . P U R I . A R C H I T E C T S Working at Sanjay Puri Architects for about 20 months gave me an opportunity to work on Township, Luxury Residential, Residential and Mixed Use commercial projects. It included designing, co-ordinating as well as preparing for presentations as my primary responsibility.
A B M . A R C H I T E C T S During Internship, i had an opportunity to work majorly on a convention centre project that included designing the already existing Entrance Plaza and Central Plaza in its scope along with Detailinga and working on presentations.
V
I
R
T
U
O
.
D
E
S
I
G
N
Working at Virtuo design for an internship period of 4 months gave me a hands on experience in commercial interiors as well as one ‘design and build’ luxury bungalow which was in its execution stage.
40
------ PROFESSIONAL WORK (Sanjay Puri Architects) ------
08 ANAND VIHAR
ANAND VIHAR, SHIPRA GROUP NEW DELHI, INDIA
41
A mixed use building which includes commercial shops at lower floors, restaurants and hotels at the upper floors is proposed at
Anand
Vihar
in
New
Delhi. The design emphasises on box projections at random levels, which creates terraces at upper levels and
for
some
restaurants
hotel
suites.
42
Anand Vihar
:
Client
:
Shipra Group
Typology
:
Mixed Use
Location
:
New Delhi, India
E WID
-0"
20'
AD
RO
RAMP ENTRY/EXIT
7.2M WIDE TWO WAY RAMP DN FROM GRD TO B1 1:10 SLOPE
The above project re-initiated at a
DUCT
point when I was 4 months old in the
DG ROOM FRESH AIR
UP
LIFT 2.00 X 2.20
FD
STAFF ROOM 2.82 X 2.76
2 M WIDE STAIRCASE
HER TOILET 4.97 X 6.31
UP
SHOP 11 15.37 X 7.29
3.73 M WIDE CORRIDOR
30 RISERS T = 300 MM R = 150 MM
UP
FD
LIFT 2.00 X 2.20
UP
DN
ELECTRICAL DUCT
CCTV ROOM 2.82 X 2.76 UP
2.20 M WIDE CORRIDOR
2.20 M WIDE CORRIDOR
2.20 M WIDE CORRIDOR
UP
30 RISERS T = 300 MM R = 150 MM
SHAFT FOR DG ROOM EXHAUST
LIFT LOBBY 4.31 X 2.00 SHOP 10 13.00 X 4.00
SHOP 1 13.00 X 4.00 LIFT 2.04 X 2.54
50'-0" WIDE ROAD
SLOPE 1:5
ELECTRICAL DUCT
ELECTRICAL DUCT
FIRE LIFT LOBBY 3.44 X 2.20
FIRE LIFT 2.75 X 2.20
the client, it was being re-designed
ing Shops, Restaurants and Hotel Suites
DG EXHAUST SHAFT PIPES
LV
2 M WIDE STAIRCASE
DN
ect. According to the requirements of
ranged from designing and accomodat-
LIFT 2.00 X 2.20
LIFT LOBBY 8.03 X 3.74
ect architect on this Mixed Use proj-
So my contribution on this project
LIFT 2.00 X 2.20
STAIRCASE PRESS. DUCT
firm and was put in along with a proj-
from scratch.
ELECTRICAL ROOM 3.57 X 2.20
HANDICAP TOILET 1.50 X 2.28
HIS TOILET 4.47 X 6.25
DG COOLING TOWER PIPES
LIFT 2.04 X 2.54
SHOP 9 13.00 X 4.00
SHOP 2 13.00 X 4.00
ATRIUM 9.45 X 17.36
SHOP 8 13.00 X 4.00
30 RISERS T = 300 MM R = 150 MM
2M WIDE CORRIDOR
UP
FD
around the concept of boxes projecting
FIRE CONTROL ROOM 2.82 X 2.76
UP
SHOP 3 13.00 X 4.00
MAKE UP AIR DUCT
SHOP 4 13.00 X 7.14
CONDENSER PIPES
40'-0" WIDE ROAD
Project
SHOP 7 7.80 X 4.08 DN
outwards to create terraces at various
2 M WIDE STAIRCASE
DOUBLE HEIGHT ENTRANCE LOBBY 5.00 X 3.00
levels. The basement retaining walls
SHOP 5 15.23 X 5.00
SHOP 6 15.23 X 5.00
and raft foundations of the previously
SLOPE 1:12
UP
UP CANOPY ABOVE
half made structure was to be re-uti-
ENTRY
UP
SLOPE 1:10
EXIT
SLOPE 1:10
DN
6.0 M WIDE DRIVEWAY
lised in the new design. Along with this, simultaneous incorporations of services and rcc structure including facade details turned out to
EXHAUST AIR BASEMENT 3 ZONE 1
SECURITY CABIN 4.23 X 1.22
HT METER ROOM 4.23 X 2.94 EXHAUST AIR BASEMENT 2 ZONE 1
EXHAUST AIR BASEMENT 1 ZONE 1
PUMP ROOM FRESH AIR
HT RMU ROOM 300 X 3.00 STP EXHAUST AIR
PUMP ROOM EXHAUST AIR
GROUND
this project.
floor
plan
(Commercial)
DUCT
HANDICAP TOILET 1.50 X 2.28
ELECTRICAL ROOM 3.57 X 2.20
LIFT 2.00 X 2.20
ELECTRICAL ROOM AND SERVICES 9.92 X 2.20
LIFT 2.00 X 2.20
2 M WIDE STAIRCASE
LV HIS TOILET 4.47 X 7.06
PANTRY 2.60 X 4.25 REFUGE
3.73M WIDE CORRIDOR
STORE 2.45 X 1.83
UP
CORRIDOR PRESS.DUCT
LIFT 2.00 X 2.20
FD
30 RISERS T = 300 MM R = 150 MM
CAFE 03 10.36 X 7.06
FD
LIFT 2.00 X 2.20
24 RISERS T = 300 MM R = 150 MM
LIFT LOBBY 8.03 X 3.74
2 M WIDE STAIRCASE
LV FD
2 M WIDE STAIRCASE
TERRACE
ELECT. DUCT
DN
UP
DN
FIRE LIFT 2.75 X 2.20
FIRE LIFT LOBBY 3.44 X 2.20
UP
2.20 M WIDE CORRIDOR
ROOM 51 7.36 X 4.00 TOILET 2.74 X 1.82 DUCT
DUCT
TOILET 2.74 X 1.82
TOILET 2.74 X 1.82
2.37M WIDE CORRIDOR
ROOM 59 7.36 X 4.00 2.89 X 2.03
RESTAURANT 05 12.77 X 15.44
DN
2.89 X 2.03
TOILET 2.74 X 1.82
GARDEN BELOW
2 M WIDE STAIRCASE
ELECT. DUCT
ROOM 60 7.36 X 4.00
KITCHEN 10.25 X 4.00
2.37 X 4.15
LIFT 2.00 X 2.20
DUCT
2.89 X 2.03 2.37 X 4.15
LIFT 2.00 X 2.20
24 RISERS T = 300 MM R = 150 MM
3.73M WIDE CORRIDOR
DUCT
FD
2.20 M WIDE CORRIDOR
TERRACE
UP
CONDENSER PIPES
FIRE LIFT LOBBY 3.44 X 2.20
KITCHEN 10.25 X 4.00
GARDEN BELOW
2.37M WIDE CORRIDOR
ROOM 52 7.36 X 4.00 2.89 X 2.03
RESTAURANT 06 12.77 X 15.67
ROOM 58 7.36 X 4.00
2.89 X 2.03
2.89 X 2.03
TOILET 2.74 X 1.82
TOILET 2.74 X 1.82
ROOM 53 7.36 X 4.00
DUCT
2M WIDE CORRIDOR 2 M WIDE STAIRCASE
DUCT
TOILET 2.74 X 1.82
TOILET 2.74 X 1.82
ROOM 57 7.36 X 3.50
ROOM 54 7.36 X 3.50 2.89 X 1.53
DN
2.89 X 1.53 DUCT
DUCT
TOILET 2.74 X 1.82
DUCT
WALK IN WARDROBE 1.69 X 1.73
DINING
(Restaurant)
2.89 X 1.53
KITCHENETTE
BEDROOM 4.00 X 4.85
KITCHENETTE
SUITE 06 LIVING 6.03 X 4.85
TOILET 2.44 X 2.97
8th floor plan
ROOM 55 7.36 X 3.50
2.23 M WIDE CORRIDOR
2.89 X 1.53
TERRACE 13.31 X 2.66
TERRACE 13.58 X 5.45
TOILET 2.74 X 1.82
ROOM 56 7.36 X 3.50
30 RISERS T = 300 MM R = 150 MM
43
LIFT 2.00 X 2.20
STAIRCASE PRESS. DUCT
STAIRCASE PRESS. DUCT
FIRE LIFT 2.75 X 2.20
LIFT 2.00 X 2.20
HOUSE KEEPING 6.12 X 3.74
LIFT LOBBY 8.03 X 3.74
HER TOILET 4.47 X 6.17
DN
27 RISERS T = 300 MM R = 150 MM
1.5 M WIDE DN STAIRCASE
STAIRCASE PRESS.DUCT
HT PANEL ROOM 2.80 X 4.93
be a resourceful learning experience on
30 RISERS T = 300 MM R = 150 MM
UP
STP FRESH AIR
13th
TERRACE BELOW
floor (Hotel)
SUITE 05 LIVING 6.03 X 4.85
BEDROOM 4.00 X 4.85
WALK IN WARDROBE 1.69 X 1.73
DINING
TOILET 2.44 X 2.97
plan
DUCT
Roof
13th flr
hotel
12th flr
11th flr
10th flr
9th flr
8th flr Ser flr
refuge
restaurant
7th flr
6th flr
5th flr
4th flr Ser flr
Strip
Section
A
Strip
Section
B
Strip
Section
C
44
------ PROFESSIONAL WORK (Sanjay Puri Architects) ------
09 STUDIO
STUDIO BUILDING, SCL TOWNSHIP
RAIPUR, INDIA
45
Studio building in the proposed SCL townships is a single structure typology, that accomodates people that need a single bedroom space to stay for either a long haul in the studio wing A or someone who is visiting the place for a short period of time, who end up staying in the Guest House wing B. This typology is part of a larger township which is designed for the employees of the Shree Cement Limited company’s cement plant, which is located a few kilometers away from the township site. The design language used in the above mentioned typology is similar to that of the township designed.
46
Project
:
SCL Township
Client
:
Shree Cement Limited
Typology
:
Studio Apartments
Location
:
Raipur, India
125 MM WATERPROOFING LAID TO SLOPE TERRACE LOBBY LVL +283.70M TERRACE LVL +283.55M FALSE CEILING
As soon as i joined the firm (Sanjay Puri Architects), I was
BEDROOM 02
FORTH FLOOR LVL +280.25M
BALCONY
M.S. RAILING
handed this project under a senior architect, who handled the township project. Since there
THIRD FLOOR LVL +276.95M
BEDROOM 02
BALCONY
BEDROOM 02
BALCONY
was only one structure of this typology, my contribution ranged from making and finalizing the
SECOND FLOOR LVL +273.65M
design drawings to generating working drawings that went on to the site for execution in
75MM CHEMICAL WATER PRO0FING
BEDROOM 02
FIRST FLOOR LVL +270.35M
BALCONY
Raipur. Co-ordinating all the services and structure with the consultants
and
clients
with
respect to the design was some-
LOBBY LVL +266.30M PLINTH LVL +265.85M
STILT
GROUND LVL +265.60M
thing of a relevant experience I learned on this project. 47
strip
elevation
strip
section
BALCONY 3040 AVG X 2470 AVG
BALCONY 2040 AVG X 2280 AVG
BALCONY 2430 AVG X 1950 AVG
BALCONY 2040 AVG X 2280 AVG
BALCONY 2430 AVG X 1950 AVG SERVICE SLAB
SERVICE SLAB
TOILET 2590 X 1520
studio
LIVING 4880 X 9680
BEDROOM 02 3650 X 4580
BEDROOM 04 3650 X 4580
DINING TOILET 1520 X 2590
TOILET 2590 X 1520
BEDROOM 06 4580 X 3650
TOILET 1520 X 2590
BALCONY 2130 AVG X 2290 AVG SERVICE SLAB
wing
A
BEDROOM 05 4580 X 3650
1.22 M WIDE CORRIDOR
1.22 M WIDE CORRIDOR
BEDROOM 03 4580 X 3650
TOILET 1520 X 2590
guesthouse
SERVICE SLAB
wing
B
BALCONY 2290 AVG X 2130 AVG
SERVICE SLAB
F
KITCHENETTE 3130 X 2245
LOBBY 1520 X 2250 SERVICE SLAB
TOILET 1520 X 2590
BALCONY 2130 AVG X 2290 AVG
LIFT 2000 X 2000 TERRACE 01 3730 X 10230
BEDROOM 01 3650 X 4580
TOILET 2590 X 1520
BEDROOM 03 3650 X 4580
LOBBY 2420 X 6730 LIFT 2000 X 2000
ED/LV
TERRACE 02 3185 X 5210
1.22 M WIDE CORRIDOR
SERVICE SLAB
TOILET 1520 X 2590
TOILET 2590 X 1520
FD
UP
DN
BALCONY 1950 AVG X 2430 AVG
SERVICE SLAB
BALCONY 2270 AVG X 2040 AVG
BEDROOM 02 4580 X 3650
1.52 M WIDE CORRIDOR BALCONY 2470 AVG X 3040 AVG LIVING 9080 X 4880
DINING
first
floor plan
SERVICE SLAB
TOILET 2590 X 1520
BEDROOM 03 3650 X 4580
1.22 M WIDE CORRIDOR
BEDROOM 01 4580 X 3650
BEDROOM 04 4580 X 3650
TOILET 2590 X 1520
BALCONY 3010 AVG X 1290 AVG
BALCONY 2280 AVG X 2130 AVG
SERVICE SLAB
BEDROOM 05 3650 X 4580 TOILET 2590 X 1520
BALCONY 1940 AVG X 2430 AVG
SERVICE SLAB
The balconies are designed in such a way, that it gives a random appearance from afar. But when looked at it closely, it may be noticed that on each level, one balcony is the odd one out in the way it is oriented. While vertically, the oddly oriented balcony as shown in red alternates as either the 2nd or the 4th from one side of the facade.
48
------ PROFESSIONAL WORK (Sanjay Puri Architects) ------
10A HILLCREST (KALPATARU)
ALTAMOUNT RD, MUMBAI
10B MAGNUS (KALPATARU)
BANDRA EAST, MUMBAI
49
Project
:
Hillcrest
Client
:
Kalpataru Group
Typology
:
Luxury Residential
Location
:
Altamount road, Mumbai
‘Hillcrest’ is a luxury residential project whose site is connected to both altamount road as well as Peddar Road. Its a 17 floor tower, with 17 5BHK flats (one flat per floor). The terrace flr houses a gym as well as an infinity swimming pool.
I was added to this project as and when the project got revived after being on hold for more than a year. Since, the project was in design stage, I had the opportunity to work on execution strategy for the construction of 5 floor long basement. Also, the site at Altamount rd. and at Peddar Rd. had a significant height difference, which led us to experiment various site design. Some of the options included connecting both the levels via a ramp and having 2 Pick up and Drop in such a small site (approx 1487 sq.m.)
Project
:
Magnus
Client
:
Kalpataru Group
Typology
:
Residential
Location
:
Bandra East, Mumbai
‘Magnus’ is a 3 wing residential complex in MIG Colony located in Bandra East. Where, Wing A and B is 30 floors long while Wing C tops at 22 floors. A parking tower connects wings AB to C, forming a visual monolith.
When I was added on this project, it was already at a stage where 8th flr was being constructed on site. Hence, this project gave me a an understanding
of
the nuances for larger scale execution and architecture construction. Since, the show flat was getting ready, many finishing details and mockups were going on at this poeriod of the project. 50