ANUJ SINGH
PORTFOLIO |SELECTED WORKS|
|PERSONAL DETAILS| ANUJ SINGH Education:
National Institute of Technology, Tiruchirappalli Batch: 2012-2017
Experience:
- Archi. Coordinator @ L&W Construction Pvt. Ltd , Bangalore (June’17 to Present) - Internship @ KBA Studio, Ahmedabad (July’15 to Dec.’15)
Interests:
Public Space & Urban Design Transit map & Design Spatial Data Analysis Policy Analysis & Governance
ContactE-mail: anujsingh27@gmail.com Mo. 9727815675 https://www.linkedin.com/in/anuj-singh-0a6255a6
|CONTENTS|
NAGORE DARGAH [MARKET REDEVELOPMENT]
FLEX HOUSE - SOCIAL HOUSING
DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER
BUS STOP DESIGN
|01| NAGORE DARGAH [MARKET REDEVELOPMENT]
04
05
COALESCENCE
Nagore Dargah - Market Redevelopment
INTRODUCTIONA pragmatic approach with depth of history incorporating the present day intellect, performance and economical value of both people and place. The transformation in design looks back for a better future for peace and safety for our communities while understanding the social needs, beliefs and rituals. To bring about the new takes not just a development of the old, but a radical leap forward - revolutionary and transforming - and that requires extra factors that were not present before.
NAGAPATTINAM DISTRICT-
LOCATIONSOUTH INDIA
The District came into existence in the year 1991 with it’s headquarter in Nagappattinam city. Its long stretch of beach runs along the Bay of Bengal for 188kms. Nagappattinam boasts of having one of the most thriving harbors of India and it is one of the oldest port cities of Chola empire. It was known as the “Naval Pattinam”- The city of ships. TAMIL NADU
NAGORE is a small town in the Nagapattinam District, in the sottuthern town of Tamil Nadu, along the shore of Bay of Bengal. Located on the border of Tamilnadu & Karaikkal (Puducherry). Area: 14.92 km2 (5.76 sq mi) Population: 92,525a pprox Density: 12,000/km2 (30,000 / sq mi) Altitude: 25 feet above sea level Rainfall: mean of 52mm Prime attraction: Renowned NAGORE DARGAH, a revered place of all faiths. TOURIST ATTRACTIONS-Vailankani -Nagore Dargah -The Kayrohanaswami Temple -Soundararajaperumal Temple
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LIFESTYLE & ECONOMYNagore, situated along the bay of Bengal has a splendid coastline with beaches bustling with tourists, trade and fish markets. Fishing, along with Para-marine activities like Dry fish, Prawn farming constitutes the second Major economy for the district. The marine ecosystem provides mankind with food, medicines, industrial products and pleasure.
MARKET EVOLUTIONInitially people sold petty handmades along the side of the bazaar. Over time, more prominent shaded structures were seen, with each traders claiming their own spot. As the trade increased, more vendors set up stalls in and around the market.
During the off season, to relieve the fisher men of their despair, the Dargah granted a piece of land to set up a market. This is the existing Fish Market in the Dargah precinct.
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Nagore Dargah - Market Re-design|Academic
Nagore Dargah - Market Redevelopment SITE ANALYSIS / ZONING 10. Vacant land gifted by the Thanjavur Maharaja years ago, which still belongs to the Dargah.
2. The Market, locally known as ‘Meen Kadai’, not only sells fish and meat, but grocery as well. It attracts hundreds of customers daily. 3. Shops selling various goods like clothes, toys, books, imported articles and eateries constitute the bazaar lane.
5. Residential houses are built in a vernacular style but with the plan modified to accommodate Islamic traditions.
11.Lodges provide accommodation for the pilgrims and tourists. 8. Periya Minar, built in 1763 AD by Thanjavur King Pratap Singh, stand tall at 131 feet, displaying a blend of Islamic and Maratha architectural style.
7. Cemetery houses the tombs of the family members of the Saint.
4. Shifa Gunta, is a holy tank with stepped sides within the precincts of the dargah, is considered sacred. It is believed that a dip in the tank cures physical ailments.
1. Nagore dargah, built over the tomb of the Sufi saint Hazrath Nagore Shahul Hamid, consists of a dome and five minars in an area of 1,94,790 square feet.
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6. Only flowers from the Dargha garden are used as offerings over the tomb of Nagore Andavangal.
9. Office complex consists of the Dargah Shariff Hereditary Trust, Nagore municipal post office and an ATM.
IMPACT OF DARGAH ON ITS SURROUNDINGSDue to the reputation of the Dargah, thousands of believers visit daily, increasing tourism and creating livelihood for the traders and fishermen. The foreign link of this monument invites foreigners and sales of imported goods. Thus helping the market thrive. The surrounding impact area of 1.7 acres include the dargah market, bazaar, lodge, parking space, vacant land, and the periya minar itself.
WHY?
NAGORE DARGAH MARKET?
A place of cultural importance, the backbone of the town, providing livelihood and boosting economy. While the chief structure of the fish market stands untouched, minor changes have been incorporated, an inconsquential attempt at keeping pace with the growth and development that has taken place through the ages.
Selected impact area
The structure, a teak truss system with its roots in indigeneous construction practices stands strong even now, the sands of time have however, rendered it inadequate. Present Sceneraio- Peak Hours:Market timings: 6am-11pm. Fresh fish is sold in the morning while vegetables are sold till the evening. The 14 day Kandhuri Festival sees upto 12-14 lakh people visiting the dargah each day. Thursdays are given importance to commemorate the day the Saint passed away, inviting a large congregation to gather. Loading & Unloading: Affects circulation. lorries bring in the grocery goods every morning. Autos bring bazaar stock. Circulation for the festival procession of the kootu around the premises. Current waste disposal: waste from the market collected routinely in barrels and then dumped together. the muncipality clears this place every day. Arrangment: Bazaars are lined along the road. the fish, meat and chicken stalls form the center core of the fish market while the vegetable and grocery are towards the front and around the meat stalls.
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Nagore Dargah - Market Re-design|Academic
Nagore Dargah - Market Redevelopment PROPOSED REDESIGNED SITE ZONING-
ZONING & REORGANIZATIONMarket Place - The 400 year old market place has inexorably grown through the ages, as a consequence of which the circulation routes to it are now extremely inadequate. Due to the aforementioned constraint, we propose to relocate the market place in order to improve circulation and accessibility, consequently easing the bottle neck. Moreover, the original site of the market place, due to its architectural and cultural significance is being retained and converted into a gallery. Parking- The site currently lacks parking facilities but its nature and the assortment of the various activities it caters to necessitates the need for parking. We propose to utilize a vacant plot laying idle in the vicinity of the Dargah for the same. The area chosen for parking borders the key attractions on the site and is located at a convenient distance from them, hence rendering it ideal. Food Court- The food stalls have all been clustered together and have been zoned such that they are easily accessible from every point on the site. Bazaar- The bazaar has been reorganized and the shops dealing in similar commodities have been grouped together.
BEFORE
Dargah Market 10
Bazar
Periya Minar
Lodge
Pathway
AFTER
Vacant land
Dargah
Food Stall
Fish Market
Periya Minar
Bazar
Grocery
Parking
Gallery
THE DESIGN-
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Nagore Dargah - Market Re-design|Academic
Nagore Dargah - Market Redevelopment MUSEUM & EATERYThe proposed gallery is the redesign of the 457 years old heritage structure of the fish market. “ The art world is molting- some would say melting. Galleries are closing; Museums are scaling back.� The basic idea of the evolution of the gallery in the redesign of the fish market is that it fuses art with craftsmanship, capacity for modern utility with embodied energy and progressive ideas for economic revitalization with traditional authenticity.
Design involves massing of geometrical forms placed into an artistic representation of the site. Roof levels used in the massing concept are to alter the building form and to create specific function by providing proper lighting. The food court is made to look traditional with the brick work on the wall. The food court walls are made interesting with the play of solids and voids where the voids act as interactive spaces.
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Jali work for lighting
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Nagore Dargah - Market Re-design|Academic
Nagore Dargah - Market Redevelopment FISH MARKET REDESIGNThe shop units are arranged in a cluster such that it gives the honey comb look. The basic honey comb like structure ensures efficient crowd management. The market will cater to the population in the vicinity as well customers from distant towns and villages by providing commodities such as vegetables, fish, meat etc. The zoning for the shop units is done methodically so that vegetables and meat products are sold separately without interfering with each other.The systematic circulation paths make sure the human traffic move smoothly without over crowding. The design of individual shop units provide maximum space as well as ventilation for each one. Primary objective of a support system is to mobilize and conserve the inherent strength of the mass so that it becomes self supporting and combines the effects of reinforcement.
Evolution of Stall Units
Hexagonal arrangement of 6 fish vendor stalls
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Plan
Fish vendor stall for 3 vendors
Chichen stall unit for 2 butchers
PARKING & SIT-OUT: The space behind the present market(redesigned as museum) is modified as a parkingspace with floror recessed 1.5 mt below the road level. The slab of the slab of the parking provides an opportunity to experiment with spaces.
It has been envisioned as an interactive space composed of simple geometrical planes rendered with materials such as ecposed brickwork and exposed concrete to retain the value of the surroundings and the dargah.
Simple planes of geometry interact with eact other to create interesting habitable spaces and volumes.
The balance of solids and voids create activity friendly spaces with the basic materials and parts of the basic elements .
Variations in the levels of floor slabs at the rear side of the museum has been converted into a sitour with random levels interplaying to meet the functionality .
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Nagore Dargah - Market Re-design|Academic
|02| FLEX HOUSE - SOCIAL HOUSING
A affordable social housing for high, medium and low income residents for HUDCO (The Hoousing and Urban Development Corportaion) Competition 2015.
Location- Chennai, India Background- HUDCO Design Competition’15 Role- Design (Team of 6) Design Ideas Analysis & Research Sketches
WHY FLEXIBILITY IN HOUSINGHomes are the center of one’s existence and a house is a lifetime investment. The involvement of the user can be considered as democratization of housing. PLANNING & VOLUMETRIC FLEXIBILITYIt is the response of internal changes due to need for expansion during the lifetime of occupant. If, the housing prototype cannot adapt, then the user will have to move on, which is both socially and financially disruptive.
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Competition| HUDCO
Flex House- Social Housing SITE PLAN-
ALLOCATION1:2:3:4
Dwelling Units
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Commercial Spaces
MIG MODULES-
HIG MODULES-
GENERATED HOUSE-
CIRCULATIONThere are 4 main entries to the site out of which 2 are service entries. The road to the main entry branches from MRC nagar. The commercial complex is placed near the entrance of the site for access to public withouthaving to interfere with the residential zone.
SEPRATED YET CONNECTEDThe EWS units have been clubbed with the LIG units and the MIG units with the HIG units. They have been separated for their own comfort, but not completely segarated. They shall be visually based on their arrangement. The three recreational spaces created shall promote intraction.
HIG & MIG BLOCK19
Competition| HUDCO
Flex House- Social Housing THE PROCESS-
ENERGY SAVING-
HOW DOES THIS COMMUNITY THRIVE?
Stage 1The entire process begins at very beginning . The EWS & LIG are involved in construction of their own homes as well as their neighbours, the MIG & HIG.
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Stage 2The cost of labour as well as the cost of professional training is borne by the money obtained through the scale of HIG / MIG houses. The sale prices of EWS/ LIG units are also reduced considerably through the same.
Once the contruction is done and everyone couples their new homes, the self-sustaining factor of the community starts to become evident. The regular maintenance of the community, draingae, gardening, etc shall be taken up by EWS.
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Competition| HUDCO
|03| DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER
03|DISASTER MANAGEMENT RESEARCH & RELIEF CENTER INTRODUCTIONA disaster is a sudden, calamitous event that seriously disrupts the functioning of a community or society and causes human, material, and economic or environmental losses that exceed the community’s or society’s ability to cope using its own resources. Though often caused by nature, disasters can have human origins. AIMTo establish “Disaster Management and Relief Center” as a state-of-art premier institute for training, education and research related to disaster management. DMRC will focus on enriching the capacities - in specific areas of prevention, preparedness, relief, recovery, rehabilation, reconstruction and suistainable development - of officials and other funcationaries of the state and district administration, institutions and non- governmental organizations. It wil also undertake capacity building activities for other stakeholders in the country.
PROGRAM- Disaster Management Institute - Administration - Mock Drill Spaces - Interpretation Center........Public Awareness ........ Documentation - Hostel block - Staff residency - Emergency Shelter - Public plaza - Parking
In Case of Disaster (After) Public PlazaRecreational Space + Biophilic Architecture
PROPOSALCapacity Building (Before Disaster)
Proposal of a multi-purpose Disaster management campus where activities like Education, Research, Training, Documentation, Interaction with different departments of government and other organizations for ‘Capacity Building’ will happen to manage and mitigate disasters. The Institute will organise different awareness programmes like mock drills for school children and local people. Also self-sustained campus which will be used both as Education center and as Recreational space. The campus itself will be a focal reference to people and used as emergency shelter in case of disaster.
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SITE - DEHRADUN WHY DEHRADUN? The city as per seismic zonation map of India is located in seismic zone IV which is a high risk zone of earthquake occurrence. Design of Disaster management center between the state can cover more area for training and awareness programs to public. Also because of urbanisation the city requires such centres.
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Academic work| Thesis
Disaster Management Research & Relief Center
736 737 738 739
740
740
741 745 742 +754m elev. +753m elev. +752m elev. +751m elev. +750m elev. +749m elev. +748m elev. +747m elev. +746m elev. +745m elev. +744m elev. +743m elev. +742m elev. +741m elev. +740m elev. +739m elev. +738m elev. +737m elev. +736m elev. +735m elev.
745
743 744
745
745
747
746
748
749
747
750
751 752
748
753 749
750
751
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754 751
SITE CONTOURS
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746
751
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753
754
+754m elev. +753m elev. +752m elev. +751m elev. +750m elev. +749m elev. +748m elev. +747m elev. +746m elev. +745m elev. +744m elev. +743m elev. +742m elev. +741m elev. +740m elev. +739m elev. +738m elev. +737m elev. +736m elev. +735m elev.
SITE PLAN 27
Academic work| Thesis
Disaster Management Research & Relief Center
SIDE ELEVATION
INTERPRETATION CENTER CUM PUBLIC PLAZA 90000
CUT-OUT FOR INDUCED LIGHTING
TO TERRACE LVL. ± 0.00
ALSO A FLAT PLATFORM
SLOPED LOUVERS
15000
LVL. 8.0 M
15000
IN
SLOPED LOUVERS
IN SLOPE
LVL. 8.0 M
15000
TO TERRACE
CUT-OUT FOR INDUCED LIGHTING ALSO A FLAT PLATFORM
LVL. ± 0.00
ROOF PLAN
CO-ORDINATORDR. K. THIRUMARAN
DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER
GUIDEPROF. D. KANNAMMA
THESIS
Design Strategy 28
Conceptual View
INTERPRETATION CENTER
DATE
02-05-2017 NAME
ANUJ SINGH
SCALE
DEPARTMENT
ARCHITECTURE
1:300
SEMESTER
X
INSTITUTE
NATIONAL INSTITUTE OF TECHNOLOGY, TRICHY
THE PLAZADue to rapid urbanisation, people tend to spend 90 percent of their life indoors. And people are increasily getting isolated from natural environment. The concept is to allow people to go outdoor during every evening and on weekends for some relief of mind. This plaza acts as a infrastructural element to the city providing a comfortable and needed space for locals and tourists.
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Academic work| Thesis
Disaster Management Research & Relief Center B
INSTITUTE BLOCKAdministration + Academic
10
11
12
300
12000 A
6500
A
4
230
5
230
3500
6
230
3500
7
22610 230
3500
8
230
3500
230 1000
B
9
230
3500
6500
8790
230
3500
C
C
12000
3
2270
12000
2
ENTRANCE
230
B
1
FOYER
WAITING &
230
6500
RECEPTION 11680 220
5000
6230
8790 230
4730 230
1110
3830 SERVICES
OFFICE
230 1800
PA to DG
FEMALE
Ground Floor
D
E
E
DIRECTOR'S CHAMBER
F
8000
2500
LIFT 1800
UP
3500
F
1500
33920
10560
MALE
230
8060
4770
1800
3500
12000
D
2.5M WIDE CORRIDOR
G
G
43120 4
5
6
7
8
9
H
A
JALLI
TOILET
12000
230
REST ROOM LAWN
I
H
I
14
15
16
17
18
19
MEETING ROOM
20
23
230
230
28450
22
7230
24
25
230
7230
2230
13
6040
21
3500
26
230
27
SITTING
28
230
7230
56440 3500
29
230
30
31
7230
SITTING
3500
32
230
3500
33
230
5000
34
230
230
6220
2230
3
230
2
3000
1
SITTING
J
K
2.5M WIDE CORRIDOR
230
2.5M WIDE CORRIDOR
2500
230 2500
J
UP
K
OPEN TO SKY
JOINT DIRECTOR
CONFERENCE HALL
01
02
03
04
PROF. CHAMBERS
05
01
02
03
04
05
FEMALE
06 MALE
10460
CONFERENCE HALL
6500
6500
10460
A' PANTRY
SERVICES
230
13
3500
230
14
2885
230
15
2770
12000 230
16
2770
230
17
2885
230
18
5000
230
19
5000
230
DETAIL IN SECTION 20
3830
10
1970 230
230
4770
230
11
12
3500
230
21
3500
230
22
3500
230
94350
23
3500
230
24
3500
230
25
3500
230
26
3500
230
27
3500
230
28
3500
230
29
3500
230
3500
30
230
3500
31
230
5000
32
230
L
1000
1000 230
L
230
LIFT
6220
230
33
34
B'
CO-ORDINATOR-
DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER THESIS
30
DR. K. THIRUMARAN
GUIDEPROF. D. KANNAMMA
INSTITUTE BLOCK GROUND FLOOR
DATE
02-05-2017 NAME
ANUJ SINGH
SCALE
DEPARTMENT
ARCHITECTURE
1:300
SEMESTER
X
INSTITUTE
NATIONAL INSTITUTE OF TECHNOLOGY, TRICHY
B 10
11
12
300
11460 A
230
B
3
4
230
5
230
3500
6
230
3500
22610 230
3500
7
8
230
3500
9
230
3500
230
3500
8790
C
C
FAST BROWSING 230
5000
11680 220
SEMINAR HALL
READING
6230
230
3830
4730 230
SERVICES
LIBRARY
230 1800
First Floor
8060
4770
1800
D
40490
D
STACKS
B
12000
2
12000
1
230
6500
A
STAFF
STAFF
E
E
RECEP.
DN
11730
FEMALE
1500
10560
MALE
LIFT 1800
F
2500
F
2.5M WIDE CORRIDOR
G
G
43080 4
5
LECTURE HALL 6
7
8
9
STORE
GI
H
230
MAINTAIN. OFFICE
3000
H F
A
I
13
14
15
16
17
18
19
6040
21
ELECTRIC ROOM
20
230 2500
J
24
230
25
3500
230
SITTING
26
27
7230
230
28
56440 3500
230
SITTING
29
30
7230
31
32
33
230
34
230
18910
SITTING J
2.5M WIDE CORRIDOR
230
2.5M WIDE CORRIDOR
DN
COMPUTER LAB
K
FEMALE LECTURE HALL
SERVER ROOM
LECTURE HALL
LECTURE HALL
LECTURE HALL
MALE
10460
A' OPEN TO SKY
6500
10460
23
7230
6500
K
230
230
28450
22
7230
2500
3
230
2
12000
1
OFFICE
SERVICES 230
13
3500
17230
230
14
15
16
17
230
18
19
5000
230
DETAIL IN SECTION 20
3830
10
2430
4770
10960
230
11
12
21
10960
230
22
23
24
10960
230
25
26
27
10960
230
28
29
30
5000
230
31
230
32
L
1000
1000 230
L
230
LIFT
6220
230
33
34
B'
CO-ORDINATOR-
DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER THESIS
31
DR. K. THIRUMARAN
GUIDEPROF. D. KANNAMMA
INSTITUTE BLOCK FIRST FLOOR
DATE
02-05-2017 NAME
ANUJ SINGH
SCALE
DEPARTMENT
ARCHITECTURE
1:300
SEMESTER
X
INSTITUTE
NATIONAL INSTITUTE OF TECHNOLOGY, TRICHY
Academic work| Thesis
Disaster Management Research & Relief Center HOSTEL BLOCK
B 18
19
20
6230
621
5251
B
230 3000
22
230 3000
23
20000 230 3000
24
25
26
SERVICES
27
34120 230 3000 230
230 3000
620
230
1200 1400 1060
230 3000
A
230
21
230
5200
230
8000
230
17
1200 2000 230 230
16
COLD STORAGE REST ROOM
A
B
KITCHEN
621
FEMALE
8770
MESS
MALE
15850
SERVICE AREA
6434
BACK ENTRANCE
C
D
Hand wash
WASHING AREA
4
5
6
7
8
9
10
11
12
13
14
15
2401
230
230
4500
230
4500
230
4500
150 1500
230 2850
4500
66450
230 1500 150 2850
230
230
4500
230
4500
230
4500
230
4500
230
4500
230
4500
4500
2301896
28
3000
19
29
230 2310
230 1500
30
230 3000
3000
21
32
230 3000
22
230
3000
230
23
3000 230 620
24
230
2970
2000 230
8000
230
D
25
230
26
27
A'
E
9
8
7
6
5
4
3
DOUBLE BED
2
OFFICE
1
INTERNET CAFE
O.T.A.
2000 230
230
12000
2 M WIDE CORRIDOR
230 1500 230
2172
LIFT
230
2
230 3
3375
380
4350
380
4
4350
5
4350
380
380
6
4350
4350
380
7
4350
380
8
4350
380
9
380
10
4350
380
11
3109
9538
230
12
13
5200
14
34
230
606
36
380
10320
380
2850
4925
380
31
230
32
H
33
38
39
230
9538
3559
40
380
4500
41
380
4500
42
380
4500
43
380
4500
44
4500
45
380
46
380
4500
4500
47
380
4500
48
380
3785
49
230
50
230
10320
2 M WIDE CORRIDOR
8460
MANAGER'S
4500
I
LIFT
230
K
380
3500
4575
1500
230
230
2850
380
30
1770
J
2850
29
37
1800 15505
28
6533
35
I
380
2260
15
6771
1
10280
F
G
230
10
230
11
6000
12
6000
3500
13
230
7960
6000
14
2000
2000
3000
230
5000
2310
F
230
33
230
G
H
3000
230
20
31
230 3000
230
1
2
3
4
5
4650
4650
4650
4650
6
7
8
9
10
11
12
13
J
K
4500
E
230
17
230
4500
6230
230
230
3
4705
2
230
Plates 1
2730
621
230
2723
C
14
WAITING AREA
1500
230
RECEP.
1270 230
L
4650
230
34
51
52
53
54
55
56
57
58
7550
150 15321
1493
230
4650
36
37
230
38
230
39
230
40
230
41
230
42
3000
1165 1165 3000 150 150 150 150 600 68550 43
230
44
3000
1500 150
230
45
4650
230
4650
46
230
47
4650
230
48
4650
230
49
59
N
B'
O
5000
O
21400 8044
CHANGING ROOM'
230
ENTRANCE P
10000
230 1470
P
230
4650
RAMP
35
41240
230
N
230
2500
5445
230
M
Q
230 1500 150
SECURITY
4617
Q
3420
GYMNASIUM
R
1150
R
230 51
6230
230 52
3000
230 53
3000
230 54
3000
230 55
3000
230 56
3000
230 57
3000
2020 230 58
980
59
8912
230 16
5335
18
Ground Floor
32
CO-ORDINATOR-
DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER
DR. K. THIRUMARAN
DATE
02-05-2017
HOSTEL BLOCK GROUND FLOOR
4650
230
50
L
M
B 16
17
18
19
20
21
22
23
24
25
26
27
A
B
STORE
ACTIVITY HALL
C
D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
D
15
17
19
30
20
31
21
32
22
16
17
18
19
20
21
22
23
24
25
26
27
25
26
27
A'
LINEN ROOM
F
2000
2000 230 1500
24
28
230
7960
15
2 M WIDE CORRIDOR G
230
F
G
23
33
E
6000
E
H
29
230 1500
28
LIFT H
230
2
230 3
3375
380
4350
380
4
4350
5
4350
380
380
6
4350
4350
380
7
380
8
4350
4350
380
9
380
10
4350
380
11
3109
9538
230
12
5200 28
13
14
29
30
31
32
33
15
6771
1
10280
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
1800 230
4575
I
15505
380
10320
LIFT J
1770
J
1500
230
I
2 M WIDE CORRIDOR K
CARE TAKER
4500
8460
230
K
28
27
26
25
24
23
22
21
20
19
17
18
16
15
1270 230
L
L
M
230
M
4650
230
34
51
52
53
54
55
56
57
58
2500
7550
150 15321
35
36
37
38
41240
230
39
40
41
42
43
44
45
46
47
48
49
50
59
N
B'
230
8044
5000
O
230 1470
P
ROOF PLAZA
Q
230 1500 150
3420
MEDETATION ROOM
CAFE
1150
R
230 51
6230
230 52
3000
230 53
3000
230 54
3000
230 55
3000
230 56
57
3000
2020 230 58
980
59
8912
5335
16
18
First Floor 33
CO-ORDINATOR-
DISASTER MANAGEMENT RESEARCH AND RELIEF CENTER
DR. K. THIRUMARAN
Academic work| Thesis
DATE
02-05-2017
HOSTEL BLOCK FIRST FLOOR
|04| BUS STOP DESIGN - COMPETITION
Bus Stop design
GENERAL CONCEPTIONThe aim was to design a bus stop which could change the psycology of a person going to travel an a bus. The idea was to design a structure which can be easily installed with pre-manufactured elements.
From an Architectural point of view it is visible that its designers are ignorant to the versitality of a linier form. A linier form can define a plane of entry into the space behind it but, in general, bus stops don’t even have a defined path or approach.
From our experiences with daily life, one can not only construct a mental model of a typical bus stop but, can also agree that it definitely is a topic that needs to be kept under great srutiny.
Polycarbonate roof with angle receivingsouth can be used for harnesing solar energy. The sheet being dual layeredas well as transparent enables enhanced lighting and also reduces heat.
36
THE DESIGN-
direct impact of sunlight on the back of the bus stop No Direct impact of sun rays on the back of the bus stop, thus preventing heat gain. Shade due to the ANGLE done on the back surface
Increased angle in roofing increases the shaded area on the ground. Radiates less heat on the head of the people if a little height is increased.
An explodes structural representation of how elements meet up to form the bus stop using simple existing but customized connecting techniques. Main load bearing elements are of steel and aluminium.
Solar Panels can be used on top of the roofs for lighting purposes, and other electronic features such as digital clocks, city maps, etc.
37
Bus Stop Design | Competition