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TU EC IT 4 H 01 C 2 R A 009 2
Three things that I have valued most throughout my architectural education; sincerity, self confidence and punctuality. Open to constructive criticism, I do not hesitate in correcting my mistakes and doing something over and over until the result is to my satisfaction. There is an eagerness to learn which has only intensified as I have progressed through my education. Enjoy working in a team. I am sure I will provide valuable inputs and efforts to anyone I am associated with, as I have done to my education.
S T N E T N O
ANTHROPOMETRY
SECOND YEAR
FIRST YEAR
EXTRA CURRICULARS
DESIGN
DESIGN URBAN CONTEXT STUDY - PUSHKAR
RETREAT DESIGN
C
SKETCHES PHOTOGRAPHY INTERNSHIP
FIFTH YEAR
MORPHOGENESIS NARENDRA DENGLE ASSOCIATES
THIRD YEAR
FOURTH YEAR DESIGN HOUSING
DESIGN URBAN DESIGN THESIS - MODAL INTERCHANGE
BUILDING CONSTRUCTION OFFICE BUILDING - CORE AND SHELL HOUSING WORKING DRAWINGS
BUILDING CONSTRUCTION CONTEMPORARY CONSTRUCTION
WORKING DRAWINGS
FIFTH YEAR
D1
D1
D3
D3
D3
D3
C4
INTERNSHIP
C4 D3
D3
D3
D3
MORPHOGENESIS
C4
NEW DELHI
C4
D1
D1
D3
D3
C4
D1
D3
D3
C4
C4
D3
IIIT DELHI, C O M P E T I T I O N M O D E L
2
3
4 A
5
6
6
6 B
7
6
8 6
8
6
9
20
20
U
20
6
20
6
Q
6
6
20
6
6
F
6
6
C
6
6
17
20
22
21
8
P
G
6
6
8
6
6 23
D
6 O
E
R
24
6 L
N 6 M
27 26 25 6
S
6
6
6
6
K
6
6
30
10
17
17
17
17
17
18
6
6
I
28
J
17
17
19 19 29
17
17
6
6 H
6
6
16
6
15
12 12
13
6
11
14
SANCTION DRAWINGS
1
MODEL SKETCHUP
PUNE UNIVERSITY, AUDITORIUM MODEL @ 1:100
FIFTH YEAR
INTERNSHIP BEAM AS PER STRUCTURE
NARENDRA DENGLE
50 THK FERROCRETE
TOP HUNG SHUTTER
50 THK FERROCRETE
6 MM THK 45 MS PLATE
OUTSIDE LINTEL LVL
PUNE
25 THK 680 x 115 TIMBER PLANK
1200
465
OPENABLE SHUTTER
25 THK 75 x 1 TIMBER PLAN
TIMBER GRIP
25 THK 1000 x 100 TIMBER PLANK
INSIDE
OUTSIDE
6 MM THK 45 MS PLATE
350
OUTSIDE
2100
975
HINGES
2100
50 THK FERROCRETE
25 THK 680 x 115 TIMBER PLANK
1250
485
25 THK 1000 x 100 TIMBER PLANK
1050
25 THK 75 x 2065 TIMBER PLANK
25 THK 680 x 115 TIMBER PLANK
80
SECTION
ELEVATION
INSIDE
SECTION
OUTSIDE 450
750
190
190
680
DETAIL 2 DETAIL 1
SCALE - 1:20
25 THK DOOR PLANK HINGE WELDED TO MS ANGLE 3 MM THK 30 X 30 STANDARD MS ANGLE WELDED TO 5 MM THK MS PLATE MS HOLD FAST DRIVEN 170 MM INTO WALL CONCRETE BLOCK 200 X 150 MM
PL
INSIDE
PLAN
OUTSIDE
DOOR DETAIL D1
WINDOW DETAIL W1 50 THK FERROCRETE
6 MM THK 38 x 190 MS PLATE OPENABLE SHUTTER
Eq
Eq
Eq
6 MM THK 38 x 190 MS PLATE
OUTSIDE
350
INSIDE Eq
1020
1020
25 THK 75 x 1130 TIMBER PLANK TIMBER GRIP
30 20 50
50 THK FERROCRETE
DETAIL 1
25 THK TIMBER BATON NAILED TO RIGHT SHUTTER 8X15 MM TIMBER GRIP IN BATON 6 MM THK MS PLATE NAILED TO PLANKS 25 THK TIMBER PLANK HOOK FOR SHUTTER STOPPER
1250
SCALE - 1:5
HINGE WELDED TO MS ANGLE 3 MM THK 30 X 30 STANDARD MS ANGLE WELDED TO 5 MM THK MS PLATE MS HOLD FAST DRIVEN 170 MM INTO WALL 12 MM THK PLASTER
1250
PUNE UNIVERSITY, ADMIN BLOCK FACADE DESIGN
INSIDE
OUTSIDE 450
SECTION 55 30
190
55
13
190
42
50 190
DETAIL 2
190
DETAIL 2
SCALE - 1:5
WINDOW DETAIL W2
INSIDE
PLAN
THIS DRAWING IS THE PROPERTY OF NARENDRA DENGLE AND ASSOCIATES AND ITS USE IN ANY MANNER BY ANY PERSON WITHOUT PERMISSION IS PROHIBITED.
THIS DRAWING IS THE PROPERTY OF NARENDRA DENGLE AND ASSOCIATES AND ITS USE IN ANY MANNER BY ANY PERSON WITHOUT PERMISSION IS PROHIBITED.
NOTES: LINTEL LVL
5 x 190
BEAM AS PER STRUCTURE
1200
545
HINGES
50 THK FERROCRETE
INSIDE
340
370
FIXED GLASS
TOP HUNG SHUTTER
OUTSIDE
OUTSIDE
SILL LVL
50 THK FERROCRETE
5 x 190 355
TOP OF SLAB LVL SILL LVL
SECTION
SECTION
ELEVATION
SCHEDULE OF OPENINGS
1250
NAME
TOP OF SLAB LVL
ELEVATION
HEIGHT
WIDTH
0000
2100
750
W1
1250
1200
450
W2
1250
1020
450
W3
650
1200
450
SILL LVL
SCHEDULE OF OPENINGS
OUTSIDE
D1
840
415
30
415
60
60
NAME
840 60
30
30 20 DETAIL 4
DETAIL 5
PLAN
INSIDE
W4
650
1500
450
V1
1900
370
450
V2
2150
480
450
V3
3210
370
2700
V4
2150
390
750
SCALE - 1:20
VENTILATOR DETAIL V3
DETAIL 4
SCALE - 1:5
HEIGHT
WIDTH
D1
0000
2100
750
W1
1250
1200
450
W2
1250
1020
450
W3
650
1200
450
W4
650
1500
450
V1
1900
370
V2
2150
480
450
V3
3210
370
2700
V4
2150
390
750
SILL LVL
450
PIVOT WELDED TO MS ANGLE MS HOLD FAST DRIVEN 170 MM INTO WALL 12 MM THK PLASTER
BEAM AS PER STRUCTURE
LINTEL LVL
OUTSIDE
SILL LVL
180
REVISIONS
DATE
PRINTS ISSUED TO SOFT COPY TO CLIENT
3 MM THK 30 X 30 STANDARD MS ANGLE WELDED TO 5 MM THK MS PLATE STANDARD STEEL 'Z' SECTION 12 X 6 MM BEADING 4 MM THK GROUND GLASS STOPPER HOOK WELDED TO 'Z' SECTION
310
20.01.2014
INSIDE
DETAIL 3
OUTSIDE
NARENDRA DENGLE
NARENDRA DENGLE STOPPER HOOK WELDED TO 'Z' SECTION 4 MM THK GROUND GLASS 12 X 6 MM BEADING
7+8 PAKHARBAUG 6/6/1 BAVDHAN KHURD, N.D.A ROAD PUNE 411021 INDIA TEL/FAX : 91 20 22951729, 22951003 E-MAIL : narendradengle@gmail.com
PROJECT:
PROPOSED MODEL VILLAGE-PARODI, UTTARAKHAND
TOP OF SLAB LVL
SECTION
CLIENT:
ROTARY CLUB OF PUNE, RIVERSIDE BUILDING
PROTOTYPE-1
OUTSIDE
CLIENT:
ROTARY CLUB OF PUNE, RIVERSIDE
12 X 6 MM BEADING
BUILDING
PROTOTYPE-1
ND
SCALE
DRAWING
ELECTRICAL LAYOUT CHECKED
DEALT
KINSHUK
DATE
AS MENTIONED
SCALE - 1:20
PROJECT:
PROPOSED MODEL VILLAGE-PARODI, UTTARAKHAND
4 MM THK GROUND GLASS
CHECKED
KINSHUK
JOB CODE
690
DRAWING
PIVOT WELDED TO FRAME AND 'Z' SECTION STANDARD STEEL 'Z' SECTION
3 MM THK 20 x 20 STANDARD MS ANGLE
ELECTRICAL LAYOUT
DEALT
7+8 PAKHARBAUG 6/6/1 BAVDHAN KHURD, N.D.A ROAD PUNE 411021 INDIA TEL/FAX : 91 20 22951729, 22951003 E-MAIL : narendradengle@gmail.com
5 MM THK MS PLATE WELDED TO ANGLE 3 MM THK 30 X 30 STANDARD MS ANGLE
ELEVATION 750
TOP OF SLAB LVL
REVISIONS PRINTS ISSUED TO SOFT COPY TO CLIENT
SCALE - 1:5
SILL LVL
ELEVATION
NO
2150
2150
HINGES
NO
PIVOT
50 THK FERROCRETE
INSIDE
DATE 20.01.2014
425
TOP HUNG SHUTTER
390
480
LAN
360
LINTEL LVL
SCALE - 1:20
DETAIL 3
20-JAN-2014
INSIDE
50
PLAN
50
DETAIL 5
DATE
AS MENTIONED JOB CODE
SCALE - 1:20
ND
SCALE
185
DRAWING NUMBER
VENTILATOR DETAIL V4
BASIC UNIT FACADE DESIGN AND DOOR WINDOW DETILING
MS HOLD FAST DRIVEN 170 MM INTO WALL 15 MM THK PLASTER CONCRETE BLOCK 200 X 100 MM
PIVOT
INSIDE
370
370
LINTEL LVL
1130 NK
NOTES:
SCALE - 1:5
20-JAN-2014 DRAWING NUMBER
UTTARAKHAND, MODEL VILLAGE IN FLOOD HIT AREA
BEAM AS PER STRUCTURE
4 MM THK GROUND GLASS 12 x 6 MM BEADING 3 MM THK 20x20 MS ANGLE WELDED TO MS FRAME 3 MM THK 30 X 30 STANDARD MS ANGLE WELDED TO 5 MM THK MS PLATE
THE SITE - AS IT IS TODAY
FOURTH YEAR
THESIS PROJECT
The project is developing the new Delhi railway station area as a modal interchange centre with all transit facilities and a development which integrates the station with the fabric.
AJMERI GATE ENTRY NEW DELHI STATION PAHARGANJ CONNAUGHT PLACE
CIRCULATION
MODAL INTERCHANGE
AS CATALYTIC DEVELOPMENT AT NEW DELHI
The station divides its two interfaces both in terms of use and pedestrian flow, there are no connections across. More than 50% users come by bus, yet the busses are not allowed to come to the main entry.
LAND USE The station is surrounded by non-public functions which makes the surroundings dead and deserted after sunset, while the station runs 24x7. This also affects the visibility of the station as the area around the station is quiet and inactive, while ideally it should be active with support facilities for the station area. The area has great economic potential as well.
DESIGN
PROCESS
DEVELOPMENT
SITE
PLAN
BUILT UP
P E D E S TR I A N
CIRCULATION
The first thing to be altered is the circulation of all modes into and around the site. The busses are brought right in to the entry to the station and cars and private vehicles are shifted out. The pedestrian movement is designed on multiple levels, which segregates departure and arrival and connects the entire development through a pedestrian street. This connects the two interfaces of the station and its surroundings.
LAND USE
The station area development envisions a district of mixed use development consisting of public and tourist based destinations such as hotels, retail spaces and various transit accommodations mixed with commercial office spaces for revenue generation and residential areas to keep the area alive at all times. The entire development is connected via pedestrian walkways and opens up to the surrounding areas.
ON THE PLAN
16 3 5 7 1
2
11 5
15 6
4
14
8 13
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
MAIN TERMINAL BUILDING MAIN CONCOURSE FOR DEPARTURE PEDESTRIAN CONNECTION + CONCOURSE SECONDARY CONCOURSE FOR DEPARTURE PUBLIC PLAZA AT TERMINAL ENTRY EXISTING STATION BUILDING - AJMERI GATE EXISTING STATION BUILDING - PAHARGANJ
PLAN
17
BUS LANES PEDESTRIAN WALKWAY GREEN BUFFER PAHARGANJ CONNAUGHT PLACE PRESS ENCLAVE MINTO ROAD CIVIC CENTRE AIRPORT LINE CHECK IN FACILITY KAMLA MARKET OLD DELHI
SITE
BUSSES
SCALE - 1:1000
FUNCTIONS
DESIGN
THE
EVOLUTIVE
10 9
INTERCHANGE BUILDING 12
The main design is the interchange building which consists of transit functions and modal circulations with interchange zones. The interchange building is designed as one building serving both interfaces of the station. Paharganj and Ajmeri Gate. The connections between the two interfaces also serve as concourses to enter and exit from the platforms. Arrival and departure is handled on different floors and departure floor provides access to all modes of transport. The space outside the interchange on both interfaces is vehicle free pedestrian plazas.
WHAT WE SAW ON SITE
FOURTH YEAR
URBAN DESIGN URBAN REDEVELOPMENT OF KASHMERE GATE AREA
KASHMERE GATE
The Kashmere Gate area functions as three separate zones; transport, institutional and commercial. The transport zone, containing the metro station and I.S.B.T, serves the other two and is the common connecting factor. The overlap and clash of the three zones is visible in overflow of parking of vehicles coming to the market, which is one of the largest auto spare parts market in Asia. Major character of Kashmere Gate is given to it by the market and I.S.B.T, which makes it a transit zone more than a destination.
VISION FOR THE
SITE
AERIAL VIEWS
SITE PLAN AND FEATURES The intervention creates an automotive district, picking up from the market, which acts as an extension to the market and as a destination for the city. The intervention looks to tap the economic potential of the market and give it ample opportunities to expand with facilities such as conference rooms, exhibition spaces and seminar halls etc. Also part of the intervention is model for redeveloping the market with warehouse and recreation facilities for the workers and traders in the market. The form is derived through a process of abstraction wherein the street pattern of the market is extruded, dismantled and rearranged upon itself. Various patterns are arrived at from which the coarse patterns are used to take out the larger blocks and the finer patterns are use to take out the smaller blocks for the intervention.
FORM DERIVATION THROUGH ABSTRACTION
WAREHOUSE STREET
FOOT OVER BRIDGE
FOURTH YEAR
BUILDING CONSTRUCTION CONTEMPORARY CONSTRUCTION
ALUMINIUM WINDOW DETAILS PITCHED ROOF DETAILS
HOUSING STUDIO IN-SITU REDEVELOPMENT HOUSING AT TIGRI COLONY
T
MIXED INCOME HOUSING-SITE PLAN
THIRD YEAR
THE PROJECT
This housing is a slum redevelopment project in Tigri Slum Cluster, Tughlakabad, Delhi. The present cluster houses around 9,600 dwelling units in an area of 8 hectares. The size of these units is as small as 4 square metres housing approximately 5-6 members. The aim of the project is to build the maximum number of units possible with minimum essential requirements for a good quality of life; social infrastructure, open areas and light and ventilation. THE PROGRAMME EWS Units (25 SQ. M.) - 550
LIG Units (35 SQ. M.) - 550
MIG Units (80 SQ. M.) - 415
Commercial Area - 4,000 SQ. M.
SECTION
THE CONCEPTUAL STRUCTURE TRI-AXIAL ZONING Planning follows three axes which were obtained by joining three religious markers to the centre of the site. These axes also become the main access points to the housing while giving due importance to the religious sites.
ELEVATIONS
PERIPHERAL ROADS Vehicular movement has been restricted to the peripheries of the housing to keep the interiors totally pedestrian and bicycle friendly. The entire development can be walked from one end to the other without interference.
HIERARCHY OF GREENS The entire housing has been designed around a hierarchy of green spaces. Every block encloses a green space for the elderly and women to spend their time during the day. A number of such blocks are placed around a tot lot which provides facilities for children to play. All these greens connect to the central green space common to the entire housing with access to community spaces.
INTERCONNECTED BLOCKS All blocks have been designed with cutouts to facilitate pedestrian movement through them. This gives a continuity to the entire housing.
ARRANGEMENT OF UNITS LIG units have been placed over EWS units keeping in mind that people in EWS units spend more time outside the house.
3Ds SHOWING EWS+LIG BLOCKS
STREET PROFILE The streets are proportioned to keep them shaded at all times and have been provided with street furniture and seating around trees. More importantly,entire street network has been provided with a cycle track in the centre
OFFICE
THIRD YEAR
B U I L D I N G - C O R E AND S H E
BUILDING CONSTRUCTION WORKING DRAWINGS CORE AND SHELL BUILDING HOUSING
HOUSING WORKING DRAWINGS
ELL
SECOND YEAR
PUSHKAR STUDY MORPHOLOGY STUDY AND DESIGN NEXT TO LAKE
The Pushkar study was aimed at studying the complexities of an urban ecology. We looke system. Pushkar was founded along the lines of the lake and hence the lake formed the p system of Pushkar were understood, from its growth to its present day economic system most importantly the ghats. The study opened our eyes to new horizons as we saw how s in this case the religious value of the ghats and the place. The central activity gives the wh takably felt at all times in every part of the place. The study looked at how every aspect of th a part of this aura of Pushkar.
ed at Pushkar not as a city or a town but a pivot of the study. Various aspects of the ms, habitation patterns, morphology and systems develop around a pivotal activity; hole region an aura which can be unmishe place contributes and in turn becomes
Pushkar grew from a temple to a major international tourist destination. Its architecture represents the spontaneous growth as ancient merges with the contemporary. The elevations take you through the main street of Pushkar, along the ghats. The street is lined with temples merging with hotels and motels merging with shops and stalls merging with eating joints. The entire street is an experience in itself and takes one through the culture and daily life of Pushkar.
ANTHROPOMETRICS
FIRST YEAR
MANNEQUINS
MEASURING
INITIATIVE EXERCISES ANTHROPOMETRY RETREAT DESIGN
The exercise was the first of our architectural education and began by understanding the most basic unit of architecture, the human body. STEP 1 - Measure the body joint to joint and make drawings marking all joints and dimensions. STEP 2 - From these drawings, construct mannequins to replicate plan and side profiles of the body with joint movements. STEP 3 - Draw detailed body movement sequences for 5 daily activities and derive space bubbles for the same. Morph all 5 space bubbles to obtain 1 space bubble optimum for all movements of the body. Construct wire frame model for this space bubble on a grid using copper wire. STEP 4 - Wire frame model used to construct life scale space bubble using bamboo and mild steel wires. STEP 5 - After completion of life scale replica, perform all activities inside the space bubble. The exercise gives a fundamental idea of space required by the body
WIRE FRAME MODEL
DESIGN STUDIO
ON SITE CONSTRUCTION
DESIGN RETREAT
STAGE 1
STAGE 2
DESIGN
DESIGN
The first complete design that we did was a retreat house in Sohna road, Gurgaon. The exercise evolved from a series of pre design study of spaces which included the anthropometric exercise followed by a volumetric study for varying number of people, done at the Hauz Khas Monument. The design began with spaces designed for 20, 10, 2 and 1 person. This design was subsequently modified to a formal living, a family lounge, a bedroom and a study respectively. The site was uniquely interesting with contours and a water body flowing right through.
PHOTOGRAPHY
SKETCHES