ARCHITECTURE PORTFOLIO Selected Works 2018-22
Kshitij Sethi
Sushant School of Art and Architecture
About me Hi! I am Kshitij Sethi, a 21 year old student, currently pursing under-graduation in architecture from Gurgaon. I am a zealous individual that focuses on design problems through the lens of narratives and storytelling while exploring experiences for the user and establishing connections with them. I am an inquisitive individual with meticulous attention for detail and eager to learn new tools for enhancing the solutions of my narratives. I tend to handle criticism well and am able to adapt to teams/groups while being able to adjust to different roles.
Delhi and Manama
+91-9419237103
Hopefully, I would be a good fit for you as well.
kshitijsethi62@gmail.com
linkedin.com/in/kshitij-sethi-518568179/
Education
Languages
Bachelor of Architecture
English
Sushant School of Art and Architecture I Batch 2018-23
Advanced Proficiency
Senior Secondary
Hindi
Jodhamal Public School, Jammu, Jammu and Kashmir
Native Proficiency
Architectural Competence
Workshops
Physical Model Making Sketching Presentation Communication Illustrations
Designing for Greater Efficiency
Visualization Teamwork Leadership
(September 2021 - December 2021)
Rhinoceros 3D Course (January 2021)
Adobe Illustrator Course (July 2020)
Adobe Photoshop Course
Software Skills
(June 2020)
Off Campus Independent Study - Bhutan
Autodesk AutoCAD Autodesk Sketchbook Adobe Photoshop Adobe Illustrator Adobe InDesign Rhinoceros 3D Grasshopper SketchUp 3D Lumion Twinmotion Vray Microsoft Office
(January 2020)
Off Campus Independent Study - Chennai and Puducherry (January 2019)
Competitions Microhome Housing 4.0 (May 2022) - Ongoing
References
Interests Sketching Travelling Writing
Debating Blogging
R.B. Thiruvengadam Uri Design Studio,Gurgaon th i r u .r b @ g mai l .c o m Neerja Adloori Professor,Vastu Kala Academy +9 1 8 4 4 7 1 1 1 0 8 8
“....The makeup of a person is influenced by the nature of spaces.” – David Adjaye
Contents 01
Conjunction
Urban Design I Social Spaces for Interaction and Resilience Semester 7 - Fourth Year Page 1-10
02
Re-Loop
Mixed Use Hybrid I Resilient Space based on Connections Semester 6 - Third Year Page 11-20
03
04
05
06
Sama Dhruva
Institutional Typology I Looped Structure based on user experiences Semester 5 - Third Year Page 21-36
Working Drawings
Collection of Various Works over the Years Semester 5 - Semester 7 Page 37-48
Dissertation
How Tangible Networks affect Housing - Case Study of Gurgaon Semester 7 - Fourth Year Page 49-50
Miscellaneous
Collected Works during course of Architecture. Page 51-54
01 “Social space contributes a relational rather than an abstract dimension.....” Social Spaces and Inclusiveness should be an essential component of an area such as Bajghera which is diverse in terms of population and opportunities, as it helps in bringing the society of the site onto a singular plane that helps in creation of a socially inclusive /community through the use of
Conjunction
Co-Designed with Aditya Gupta and Varun Athotra
Typology - Urban Design Location - Gurgaon Site Area - 25 Acres Project - Academic Year - 2021 Semester 7
Keywords - Social Inclusion, Community, Resilience, Cohesion, Institutional
Design Vision Creation of Socially Inclusive Communities through Socially Resilient Spaces
The locality of Bajghera is a vast area with multiple social groups residing in it. The suggestive boundaries of the study range from the Najafgarh Drain in the Northeast to the Choma Village in the Southwest, forming an area of approximately an area of 2520 Acres with major access points through the upcoming Dwarka Expressway.
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Idea Augmentation
Urban Fabric
Social Divisions
Intermixing and Cohesion
Concept
NEIGHBOURHOOD B SOCIAL A JJUNCTION EDGES G H COHESION E PLANE R RESILIENCE A LOCALITY
Currently Bajghera is an open site with multiple green pastures and farmlands, the soon to be developed site is situated near the Dwarka Expressway which has had tremendous impact on the site and its development for being developed as a residential and commercial area for the residents of Delhi and Haryana.
The locality of Bajghera has been envisioned a more developed and inclusive area by creating people centered, community based invitations through multiple avenues that act as catalyst in embracing the opportunity to engage with diverse and dense mix of residents through social infrastructure which is the main focal point of site.
Strategies Learning Areas are areas which are established with an objective to enhance the skills of people. While also
Community centers are public locations dedicated as gathering and meeting space for public interaction for greater
promoting the function of social interac-
community resilience for the site.
tion amongst users of site
Learning Areas
Community Centers
Urban green space is open-space areas
Markets are an essential component of
reserved for parks, water features, etc.
urban areas as space created on site for smaller business to function and
The Urban Green Space helps to shape urban function in addition to providing recreational opportunities.
operate, creates a sense of engagement in open spaces.
Local Markets
Urban Greens
Accessible market areas for all strata of individuals. Residential Areas with Public Access for Resilience Inculcation.
Urban Green Access
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Adjoining Plots with public access and walkways for engagement on site.
Inclusion of Existing Built Areas
Out of site access
Buffer Zones with Market Areas
Strategy Vision
Central Urban Greens and Institutional Areas for community resilience and engagement Green Areas on Residential Plots
Plans
Site Plan Through the 25 Acre Site we aim to showcase the proportion and size of our vision which related to social spaces. Through the use of the 4 Urban Design Strategies, we aim to design a site that is suitable for people of all strata leading them to our site which will culminate in congregation in the of the boundary of the 2 . The site so created here was used as the forthcoming 25 acre site with the vision of creating a perfect area that symbolizes our vision for the site.
Plans
Demonstration Plan 1 Demonstration Plan of Urban Green Space shows the smaller retail units and the larger and green space with hardscapes and softscapes. The overall Urban Green Space is utilized for creation of dedicated open space for social engagement and recreation activities.
Site Development GREEN BUFFER ZONES MARKET INCLUSIVE GREENS
INSTITUTIONAL ZONE
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INCLUSIVE RETAIL ZONE FOR SITE
SECONDARY ACCESS ROAD
PRIMARY GREEN ZONES
HIGH DENSITY RESIDENTIAL ZONES
PRIMARY ACCESS ROAD
Plans
Demonstration Plan 2 Demonstration Plan of Institutional Space, has been created as an inviting space for the residents on site and the residents invited from away the site. The institutional space containing multiple areas of space have a use of creation of dedicated spaces for community Interaction at a Neighbourhood Level in order to promote social interaction between users and passer byes.
Section
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02 Located in the centre of Gurgaon, at the intersection of major roadways, Re-Loop is a reimagined Public Space. Towering above the intersection of the Sikanderpur Metro Station, the new structure adds to the void of gurgaon while creating a resilient place open to all whilst connecting the transport hubs as a singular unit.
Re-Loop
Co-Designed with Varun Athotra
Typology - Mixed Use Hybrid Location - Sikanderpur, Gurgaon Site Area - 8.7 Acres Project - Academic Year - 2021 Semester 6
Keywords - Technology, Hybrid, User Experience, Connect, Resilience
Design Vision
Creating a Resilient Structure for the Diverse Demographic. People in Transit
Concept Idea
Migrants
Office People 00:00
23:00
01:00 02:00
22:00
Students
The void of the recreational areas, combined with other important functions such as a Business Hotel, Retail Areas and Offices, the whole programmatic analysis was generated that was acquired through the use of the void, demographics, surroundings, environment and resilience as the core concept.
03:00
21:00
04:00
20:00
19:00
05:00
Activity Mapping For X-Factor
18:00
17:00
07:00
16:00
08:00
09:00
15:00 14:00
Construction Workers
10:00 13:00
12:00
11:00
Primary Circulation Secondary Circulation Zoning
Nearby Residents
Kiosks and Hawkers F5.6
Public Space
Entrance F5.1
Amphitheatre F5.2
Performing Arts Arena F5.3
Drivers
Cafe F5.5 Skill School F5.4
Unemployed Labourers
06:00
Semi Public Space
Prototyping Iteration 1 (Plug-in 1)
Original
Views
(Plug-in 2)
Entries
(Plug-in 3)
Circulation
(Plug-in 4)
Solar Climate
(Plug-in 5)
Social Interaction
Iteration 2 (Plug-in 1)
Original
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Idea Augmentation
Views
(Plug-in 2)
Entries
(Plug-in 3)
Looping
(Plug-in 4)
Social Interaction
Restructuring
Final Prototyping The Final Formulation of the 2 iterations created a hybrid out of it in order to incorporate our Endless Loop concept. We had undertaken the concept of a flowing Ribbon like Structure of Open and Public Spaces that connect each and every level together in the Hybrid and bring the structure together as a whole creating a secondary outer space in addition to our interiors.
Schematic Sections
Ecological Facade
Apart from Wind Tower, we also provided a passive indirect colling system through these Green Wall Facades. They help in reducing reduce overall temperatures of the building. The primary cause of heat build-up in structures is isolation is the absorption of solar radiation and the storage of this heat in the building material and its subsequent re-radiation.
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Site Plan
Key Plans
2 nd Floor Plan
8 th Floor Plan
12 th Floor Plan
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03 Created as a centre integrating leisure, providing opportunities for self-expression, whilst providing a base for cultural interaction, Sama Dhruva is an institutional typology structure complete with Offices, Co-working Spaces, Exhibition Galleries; all fostering an environment for the community.
Sama Dhruva Co-Designed with Varun Athotra
Typology - Institutional Typology Location - Gurgaon Site Area - 2.3 Acres Project - Academic Year - 2020 Semester 5
Keywords - Resilience, Loop, Social Connect, User Experience, Culture
Design Vision Creation of a Social Space with emphasis on Endless Loop as the main inspiration. As we wanted the arrangement of the structure to signify and showcase the ancient culture of India, we utilized the Inspiration of the Endless Loop. The Imagery signifies the dramatic interplay and interaction of the opposing forces in the dualistic world of manifestation. The Cultural Centre would encompass a variety of structures, such as an exhibition hall, studios, open and closed theaters, etc in a semi-public environment.
Looped Circulation
Concept Models Primary Circulation Secondary Circulation
Learning Centre F8
Zoning
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Gallery F10
Open Amphitheatre F2
F7
Private Space
Entrance F1 Cafe F6 Open Garden F4
Sitting F5
F9
Semi Public Space
Cultural Street F3
F9 - Pickup and Drop F7 - Water Body
Lvl 2
23
Lvl 1 Public Space
Lvl 0
F8.1
F8.1
F8.2
F8.4
F8.7
F8.5
F8.2
F8.8
F8.4
F8.5
F8.6
F8.1
F8.2
F8.4
F8.3
F8.6
Concept Iteration Entries and Access
The Evolution of Form started with the basic Line Drawing that manifested and created the interlocking geometry of the whole structure. It was further advanced and made into the final form. The Initial 3-D form was then Transformed through the use of Algorithms, namely the Grid, Height and Depth Logic; creating a grid which changed it into the final iteration of the structure.
Iteration Contours
Finally the spaces of Transition and Circulatory Cores were created for proper transition through the entire loop of the structure.
Iteration Courtyard and Access
Site Circulation
Access and Entries
Circulation Areas
Courtyards
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2900
ENTRANCE TOWARDS MALE WASHHROOM
20 MM CERAMIC TILE
20 MM CERAMIC TILE
100
10 MM MORTAR
10 MM MORTAR FILLING OF SUNKEN SLAB (BROKEN BATS)
FILLING OF SUNKEN SLAB (BROKEN BATS)
150 MM SLAB
150 MM SLAB
DETAIL R - SUNKEN SLAB AND WALL DETAIL SECTION XX' SCALE - 1:10
12MM THICK INT. PLASTER CEMENT (1:6)
H1
RETAINING WALL 230mm
H2
H2
X
BRICK WALL 230mm
10000
400MM THICK RCC RAFT
D1
300
10 MM
2250
A3
+- 00 MM +150 MM
LVL DROP
+300 MM
1700
2520
880
4100
D3
D3
1000
D3
D3
D3
D3
800
D3
D3 D3
D3
D3
D3
D3 D3
D3
D3
D3
2000
LANDING +2100MM
400
400
D3
36
D3
35
37
490
D3
115 1000
D3
34
38
STEPS - 22 TREAD - 300 RIDER - 150
D1
D3
33
1000
1400
1000
D3
32
40
800
D3
31
41
D3
30
42
D3
29
43
D3
44
D3
6850
28
1400
880
4000
26 27
115
1700
2520
880
LVL DROP
10 MM
1800
800
2000 47 46 45
1500
490
750 1000
1500
LIFT - 2000X2000
1500
5000
1230
1500
1500
880
1200
4150
GUARD ROOM 4000 X 2000
LVL DROP
1500
800
10 MM
2900
1630
2900
LVL DROP
1200
D1
400
D1
2480
PLUMBING - 1800X900
10 MM LVL DROP
245
10 MM
4300
+- 00 N.G.L
A1
LVL DROP
1500
2000
RETAINING WALL 230mm
Plinth Protection Detail
1350
1630
1350
VENTILATOR 450mm X 115mm
BRICK WALL 230mm
10 MM
2440
39
BROKEN BAT 600mm
D1
400
D1
LVL DROP
TILES MORTAR 15mm 20mm
2440
5700
SERVICE AREA +460 MM
1120
A2 NGL +00mm
D1
1120
3630
1200
SLAB 150mm PLINTH PROTECTION
5700
10 MM
EXTERIOR WALL PLASTER 20mm
3630
1200
+450 MM
1500
INNER WALL PLASTER 10mm
PLUMBING - 1800X900
D1
4800
LVL DROP
1600
FIRE - 1600X800
20mm THICK MORTAR/ 50 MM 150mm THICK SAND FILL THICK PCC WATERPROOFING COMPONENT
10 MM
2250
800
15MM THICK ROUGH KOTA STONE
Foundation Detail
PLUMBING - 1800X900
300MM DRAIN
1600
800
5000
5000
FIRE - 1600X800
BASEMENT LVL. -3800MM
D3
MORTAR 15mm
D3
TILES 20mm
BROKEN BAT 600mm
W2
PLUMBING - 1800X900 PLINTH PROTECTION
X'
Core Plan
Toilet Plan
Working Drawings - Sama Dhruva
D1
D3
C12
J2
C8
C
W3
W3
W3
W5
W2
W3
W3
550
1050
W3
W3
W2
W2
1500
1650
D2
W5
W2
3300
600
150
750
900
STEPS - 20 TREAD - 300 RIDER - 150 900
900
2100
2700
1500
3150
3300
3900
D2
500
W1
750
1050
750
750
900
1500
2700
3000
1650
W3
500
W3
W3
W3
W3
1050
750
750
550
W5
BASEMENT LVL. -3800MM
A3
A4
A5
A4
L1
L2
L3
TERRACE LVL. +10680MM
700
550
1050
4500
4800
D3
1500
1650 900
900
3150
15000
3300
W5
900
1650
W5
3150
3300
550
SECOND FLOOR LVL. +7050MM
W7
W7
W7
1050
550
FIRST FLOOR LVL. +3750MM
W7
D2
5970
3660
3800
300
GROUND FLOOR LVL. +450MM
840
BASEMENT LVL. -3800MM
900
2000
2100
1650
W5
3150
3300
D2
1430
31
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W5 W5
W7
W7
W7
W7
Section AA
C7
C6
C5
H3
C4
C1'
A9H1
A8H2
1200
1050
MUMTY LVL. +14355MM
700
TERRACE LVL. +10680MM
3150
225
150
SECOND FL. LVL. +7050MM
700
SECOND FLOOR LVL. +7050MM
900
3150
3150
1500
3300
W5
W7
W7
1050
FIRST FL. LVL. +3750MM
700
FIRST FLOOR LVL. +3750MM
11400
1500 900
3150
W5
3300
W5
W5
W7
W7
W7
W5
3600
2100
3150
STEPS - 3 TREAD - 300 RIDER - 150
900
GROUND FLOOR LVL. +450MM
3150
D2
1500
D2
3660 1500
3300 BASEMENT LVL. -3800MM
BASEMENT LVL. -3300MM
840
BASEMENT LVL. -3800MM
4500
3800
F.G.L _00 +
B3
B2
B1
3
B4
Section BB
3150
W5
6800
7050
6700
W5
500
W5
3300
150
150
F.G.L _00 +
3000
3300 BASEMENT LVL. -3800MM
STEPS - 3 TREAD - 300 RIDER - 150
750
COURTYARD LVL.
+_0MM
BASEMENT LVL. -3800MM
Working Drawings - Sama Dhruva External Wall Section
Parapet Detail
STONE COPPING
MUMPTY LVL. +14355
POINTING
BRICK BAT COBA 200mm
WATER PROOFING 15mm
TERRACE LVL. +10680MM
5250
MORTAR PCC 15mm 60mm TILES 30mm
TER. F.L (TF) +10680
TERRACE LVL. +10680MM
W2
LANDING +8700
PCC GOLA
WATER PROOFING 15mm
LANDING +8700MM
SLAB 150mm
Mumty Detail S.F.L (SF) +7050
W2
14335
3150
DOOR FRAME
LANDING +5400MM
2800
LANDING +5400
5mm DROP
PCC 100mm
MUMPTY F.F. LANDING +10830MM TERRACE LVL. +10680MM
1500
LANDING +2100
TILES 30mm
BRICK WORK ON TOP OF RCC BEAM FOR ADDITIONAL STEPS.
3150
W2
500
F.F.L (FF) +3750
BRICK BAT COBA PCC MORTAR 200mm 60mm 15mm
BRICK WALL 230mm
BROKEN BAT
SLAB 150mm
WATER PROOFING 15mm
235
LANDING +2100MM
BRICK WALL 230mm
33
Staircase Detail
F.G.L _00 +
160
21 20
HANDRAIL 50X50 MM
19
17
16 15 14 13
11
POST 40X40 MM
BASEMENT LVL. -3800MM
740
12
1200
150 MM RCC SLAB 160
PLINTH LVL./GROUND FL. +450
2150
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W2
DETAIL A
Staircase Section
A1
A2
A3
A4
MUMPTY LVL. +14355
4500
TER. F.L (TF) +10680
1200
1200
5250
3150
1800
D3
750
TERRACE LVL. +10680MM
W5
LANDING +8700
S.F.L (SF) +7050
750
3150
14335
SECOND FL LVL. +7050MM
900
2100
3150
D1
W5
LANDING +5400
FIRST FL. LVL. +3750MM
3150
LANDING +2100
150
GROUND FL. LVL. +450MM
3800
D1
2100
3800
F.G.L _00 +
375
PLINTH LVL./GROUND FL. +450
2150
2100
3150
D1
3150
F.F.L (FF) +3750
900
2100
3150
D1
BASEMENT LVL. -3800MM
Working Drawings - Sama Dhruva H1
H2
F1
-18720
1150
F3
F2
-27970
1325
EXTERNAL PLASTER FINISH W2
1150
3130
500
E1
F4
W3
W7
W7
W7
W7
1500 W3
W3
W3
430
+ _00 430
D2
W4
1000
3000
900
D2
D2
W3
D2
1450
2100
2100
W5
3000
1400
W2
1950
B1
B2
W7
W7
W7
W7
W7
W7
W7
3000
W7
W5
W5
-19740
800
-37080
A
950
B2'
1500
-7350
-2760
+ _00
W1
1500
-12330
550
-45970
1350
500
W3
+ _00 W3
W4
B3
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W3
W2
2700
500
W3
900
-18080 W3
35
1500 900
2650
500
W5
W4
-23240
W2
Front Elevation
1
E5
E4
E3
E2
E6
E7
MUMPTY LVL. +14355
-41750 TER. F.L (TF)
+10680 -20860 W7
W5
W7
W7
W7
W7
W7
W7
W7
W7
W7
3000
W5
W7
-20860
ALUMINUM WINDOWS
S.F.L (SF) +7050
W5
-20860 -11740 900
F.F.L (FF) +3750
W1
W1
W1
W1
1500
-1150
-7130
EXTERNAL PLASTER FINISH
1350
PLINTH LVL. +450 F.G.L _00 +
Rear Elevation A9
A10
A7
A8
A5
A6
A4
A3
A1
A2 -22910
MUMPTY LVL. +14355
1975
-29810
TER. F.L (TF) +10680
W5
W5
W5
W5
W5
1500
W5
1700
ALUMINUM WINDOWS
+7150
-9470 W5
W5
W5
W5
W5
1500
W5
S.F.L (SF) +7050
-16960
3000
W7
800
-26270
W7
D2
W5
D1
-14870
1000
W7 D2
3000
F.F.L (FF) +3750
W7
2100
W7
1500
W7
1350
W7
-37340
-14460
825
400
1050
EXTERNAL PLASTER FINISH
PLINTH LVL. +450 F.G.L _00 +
04 Working Drawings regarding the methods of construction for various projects learnt throughout semesters providing details and specifications through representation of architectural drawiwngs.
Working Drawings Construction Drawings of Various Semesters
Project - Academic Projects Year - 2020-2021 Semesters - 5 and 7
Working Drawings - Steel Construction Ground Floor Plan A
A
B 4000
D
C 4000
E' E
4000
4000
G
F 4000
4000
H 4000
28000
40000
1 FINISHED FLOOR +600
B
B' 4000
12000
2
3
1 2
4 5 6
4000
ROLLING SHUTTER (3000 MM)
3
7 8
RAMP (6000 X 3000 MM)
9
24000
11
12
13
18
15
14
16
20
17
4
19
10
LANDING (3000 X 3000 MM)
4000
16000 OVERHANG
1200
4000
GROUND LVL. ±0 MM
120000
5
TREAD = 300 MM RISER = 150 MM LANDING = 1200 MM x 1200 MM
39
4000
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6
7
1200
12000
A'
TREAD = 300 MM RISER = 150 MM LANDING = 1200 MM x 1200 MM
Mezzanine Floor Plan
A
B
E' E
D
C
G
F
H
MESH (10 MM) 4000
4000
4000
4000
4000
4000
950
MEZZANINE LVL. +4000 MM
40000
950 2000
1
FINISHED FLOOR +600
DECK SHEET (1.2 MM)
2
3
2750
4000
MEZZANINE FLOOR BEAM (200 X 150 MM)
CONCRETE SLAB (150 MM)
1360 1 2 3 4 5 6
CONNECTING JOISTS (50 X 50 MM)
7 8
TREAD = 300 MM RISER = 150 MM LANDING = 1200 MM x 1200 MM
ROLLING SHUTTER (3000 MM)
24000
LANDING (3000 X 3000 MM)
4000
11
12
13
14
18
15
20
17
19
16
4000
TREAD = 300 MM RISER = 150 MM LANDING = 1200 MM x 1200 MM
1200
OVERHANG
GROUND LVL. ±0 MM
4000
6
7
RAMP (6000 X 3000 MM)
9 10
4
5
4000
FINISH PLASTER (10 MM)
4000
2000
1200
TREAD = 300 MM RISER = 150 MM LANDING = 1200 MM x 1200 MM
Working Drawings - Steel Construction Foundation Layout Plan
A
B 4000
D
C 4000
4000
E' E 4000
G
F 4000
4000
H 4000
28000
4000
1
4000
12000
2
3
4000
STAIRCASE FOUNDATION 500x500 MM AT BASE
4000
24000
4
C
C'
DETAIL - A D
D'
4000
5
41
4000
Undergraduate Portfolio
6
7 12000
E J BOLT (6 MM) PLINTH LEVEL +600 MM
J BOLT NUT
WASHER (20 MM) I SECTION WELDED MEMBERS (50x50x5 MM) BASE PLATE (300x250x10 MM)
METAL SHEETING BOLTS (12 MM)
GROUTING (5 MM)
150
G.L.
400
±0 MM
BITUMEN WASHER (20 MM)
650
RCC BEAM (400x350x400 MM)
ANGLE CLEAT
J BOLT
C CHANNEL
DETAIL 1 - SHEETING (SCALE -1:20)
150
300
FOUNDATION (1200x1200 MM - BASE)
50
50
PCC (50 MM) SAND (50 MM)
J BOLT (6 MM)
SECTION - CC' (SCALE -1:20)
BOLTS (12 MM) C CHANNEL
METAL SHEETING
350 250
BOLTS (12 MM)
150
CENTER OF GRAVITY LINE
1300
1200
200
500
300
400
RAFTER (50 X 50 MM) BOTTOM TIE (40 X 40 MM) GUSSET PLATE (8 MM)
1200 1300
ANGLE CLEAT SHOE ANGLE (15 MM) DETAIL 2 - COLUMN AND TRUSS (SCALE -1:20)
CAP PLATE (14 MM)
DETAIL - A (SCALE -1:20) 1150
PLINTH LEVEL +600 MM
BRICK WALL (230 MM)
MORTAR FOR FILLING (14 MM) CHICKEN WIRE MESH (1 MM) INTERNAL PLASTER (15 MM)
EXTERNAL PLASTER (20 MM)
J BOLT (6 MM)
METAL SHEETING
BOLTS (12 MM)
BASE PLATE (300x250x10 MM) GROUTING (5 MM)
G.L. ±0 MM
C CHANNEL
GUTTER
RCC BEAM (400x350x400 MM)
ANGLE CLEAT TIE BEAM (40 X 40 MM) BAR GUTTER CLAMP
DETAIL 3 - GUTTER (SCALE -1:20)
SECTION - DD' (SCALE -1:20)
Foundation Details
Truss Details
Working Drawings - Steel Construction Truss and Details
2
1
3
4000
4
4000
4000
RIDGE CAP DETAIL 4
7 DETAIL 5
KING POST 5
10 13
15
12 16
DETAIL 1
WEB MEMBERS
9 1
GUTTER
METAL SHEETING
14
GUSSET PLATE (8 MM)
4
PURLINS
17
11
6
RAFTERS (50 X 50 MM)
8
DETAIL 6
3
2
DETAIL 7 DETAIL 8
DETAIL 3 TIE BEAM(40 X 40 MM)
SPLICE PLATE (220 X 40 X 10 MM)
DETAIL 2
43
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TRUSS DESIGN METAL SHEETING
RIDGE CAP
CONNECTION PLATE (10 MM)
METAL SHEETING
J BOLT (6 MM)
RAFTER (50 X 50 MM)
RAFTER (50 X 50 MM)
WEB MEMBERS (40 X 40 MM)
CENTER OF GRAVITY LINE
CENTER OF GRAVITY WEB MEMBERS LINE (40 X 40 MM)
KING POST (40 X 40 MM)
BOLTS (12 MM)
BOLTS (12 MM)
BOLT (12 MM)
J BOLT (6 MM)
GUSSET PLATE (8 MM)
GUSSET PLATE (8 MM) DETAIL 4 - RIDGE CAP (SCALE -1:20)
DETAIL 5 (SCALE -1:20)
Section AA’
5
6
7
2
3
4
1
RIDGE CAP RIDGE LEVEL +9415 MM
RAFTERS (50 X 50 MM)
PURLINS VALLEY END
METAL SHEETING
TRUSS LEVEL
GUTTER
+6100 MM TIE BEAM (40X40 MM)
SHOE ANGLE (15 MM) CAP PLATE (14 MM)
BRICK WALL 230mm THICK
BRICK WALL (230 MM)
MEZZANINE +4000 MM MEZZANINE LVL. +3300 MM CHICKEN WIRE MESH (5 MM) MORTAR (10 MM)
PCC (150 MM) STONE (150 MM)
PLINTH LEVEL +600 MM
RAMMED EARTH
GROUND LVL.
±0 MM
FOOTING LVL.
-1200 MM
A
C
B
D
E
F
Section BB’ H
G RIDGE CAP
RIDGE LEVEL +9415 MM RAFTERS (50 X 50 MM)
PURLINS VALLEY END METAL SHEETING
TRUSS LEVEL GUTTER
+6100 MM
BRICK WALL (230 MM)
MEZZANINE +3600 MM MEZZANINE LVL. +3300 MM CHICKEN WIRE MESH (5 MM) MORTAR (10 MM)
PCC (150 MM) STONE (150 MM) RAMMED EARTH
PLINTH LEVEL +600 MM GROUND LVL.
±0 MM
FOOTING LVL.
-1200 MM
Working Drawings - Footover Bridge Design Site Plan
SIDEWALK LVL. +150 MM
SIDEWALK LVL. +150 MM
ROAD LVL. ± 0 MM
ROAD LVL. ± 0 MM
7000
ISHB 450 STAIRCASE
STEEL DECK
8100
2960
SIDEWALK LVL. +150 MM
PYLON
B2
CAMBRE CABLE
9850
COLUMNS FOR STAIRCASE
LIFT WELL 1500
1000
1000
18 PASSENGER LIFT 2000X1500
A' 2
18 PASSENGER LIFT 2000X1500
B' 2
2400
850
55000 CLEAR SPAN
5000
5000
6000
71000 C/C DISTANCE A 2
ANCHORAGE SIDEWALK LVL. +150 MM
DECK LEVEL (6600 MM ABOVE ROAD LEVEL)
45
PEDESTRIAN WALKWAY
SERVICE LANE
GREEN BELT
AMBEDKAR ROAD
DIVIDER AND GREEN BELT
AMBEDKAR ROAD
GREEN BELT
SERVICE LANE
PEDESTRIAN WALKWAY
Undergraduate Portfolio
7000
Deck Plan
63500 MM
5000 MM
7000 MM
7000 MM
9000 MM
SIDEWALK LVL. +150 MM
7000 MM
9000 MM
7000 MM
7000 MM
5000 MM
SIDEWALK LVL. +150 MM
ROAD LVL. ± 0 MM
ROAD LVL. ± 0 MM
TREAD-300 MM WIDTH-2000 MM RISER-150 MM
LANDING LVL. +1800 MM
LANDING LVL. +3500 MM 12
10
13
14
15
8 7
3 2
71000 C/C DISTANCE
1000
EQ
21
22 23 24 25 26 27 28 29
CAMBRE CABLE
30 31
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
34
RAILING EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
LANDING LVL. +5100 MM
PYLON
35 36 37 38 39
EQ
40 41 42
A' 2
43
300
300
42 41 40 39
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
38
B' 2
37 36 35 34
LANDING LVL. +4950 MM
EQ
EQ EQ EQ 55000 CLEAR SPAN
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
EQ
18 PASSENGER LIFT 2000X1500
75000 TOTAL SPAN
SIDEWALK LVL. +150 MM
33 32
EQ
CABLE ANCHORAGE
1
31 30
3
29 28
2400
500
3900
DECK LEVEL +6600 MM
5
27 26
7
MAST ANCHOR
25 24
9
23 16
15
14
13
12
11
LANDING LVL. +1650 MM
TREAD-300 MM WIDTH-2000 MM RISER-150 MM
AMBEDKAR ROAD
GREEN BELT
SERVICE LANE
PEDESTRIAN WALKWAY
DECK
PEDESTRIAN WALKWAY
17
SERVICE LANE
18
GREEN BELT
19
AMBEDKAR ROAD
21 20
LANDING LVL. +3350 MM
DIVIDER AND GREEN BELT
22
5000
43
6000 850
20
SIDEWALK LVL. +150 MM
63500 MM
B2 1000
19
33
2960
18 PASSENGER LIFT 2000X1500
A 2
18
32
1
8100
17
3000
5 4
1500
16
7000
9
6
9850
11
ANCHORAGE
Working Drawings - Footover Bridge Design 100 MM SUPORTING CABLE PYLON 50 MM THICK CABLE 1000 MM HIGH RAILING
DECK 100 MM THICK CAMBRE CABLE
60000 5810
LIFT
CONCRETE ANCHORAGE 300
PEDESTRIAN WALKWAY
7000 MM SERVICE ROAD
7000 MM DIVIDER
9000 MM ROAD
Details
1185 MM
1185 MM
5000 MM 4740 MM
1185 MM
1185 MM
M10 BOLTS
CLEAT
ISLB 125 CLEAT BOLTS Z-PLATES
ISHB 450
DETAIL A DECKING DETAIL (1:10)
ISHB 450
2500X1200X5 MM CHEQUERED SHEET M-10 BOLTS SHEAR CONNECTORS
ISLB 125
47
Undergraduate Portfolio
L CLEAT
CHEQUERED SHEET
CABLE ANCHORAGE
7000 MM DIVIDE
Section
DETAIL D
RAILING HEIGHT LEVEL + 7600 MM DECK LEVEL + 6600 MM
6600
1000
23450
15850
TOP OF PYLON + 23450 MM
ER
9000 MM ROAD
7000 MM DIVIDER
PEDESTRIAN WALKWAY
7000 MM SERVICE ROAD
ROAD LEVEL ± 0 MM
PEDESTRIAN LEVEL. +150 MM
DETAIL C
ENCASING FOR CABLE
50 MM CONNECTOR
100 MM CABLE KEEPER RING
100 MM CABLE
THIMBLE THIMBLE JOINERY
STEEL PROTECTION
10 MM PRESSURE PLATE 20 MM BEARING PLATE
10 MM DISTANCE SHIMS THIMBLE CONNECTOR 20 MM ANCHOR PLATE
100 MM CAMBER CABLE
DETAIL F CABLE CABLE JOINERY (1:15)
0.6Φ CABLE STRANDS CONCRETE FOR ANCHORAGE EPOXY FILLING ANCHORAGE CAP FILLED WITH EPOXY
DETAIL C CABLE CONCRETE ANCHORAGE (1:5)
Dissertation Tangible Networks and their effects on Housing – Case Study of Gurgaon Abstract
This paper identifies networks as an essential component of what constitutes as the linkages of the city. The interpersonal connections and relationships between individuals, built spaces, open areas, etc. make these linkages more practical and important to be utilized in the creation of areas at an urban level. It tries to identify which networks are essential for the growth and propagation of the city through various factors such as identity and characteristics of the networks involved and how they function at a city level scale while understanding and identifying such networks which are tangible and have a direct consequence on the design and plan of cities, we live in.
Aim
Gathering data sets regarding population mix and tangible networks, and then interpreting the data set to see, if and how it affects and shapes the spatial settings of housing in Gurgaon.
Scope
The scope of the research has been limited to tactile/tangible networks to be quantified. In, tangible networks, further research to be done in terms of how cultural and recreational (tangible) networks and their direct/indirect effect on the housing patterns of Gurgaon. Further analysis of such networks will be done through examples, case studies, and publicly available government documents while considering factors such as growth patterns of development and land prices.
Conclusion
When looked at from a perspective of social networks, more infrastructure of culture and recreation leads to more development of interpersonal relationships and leads to more community building and social resilience. While from a perspective of economics, these networks create more economical value through mere land prices that in turn directly compensates for investment in the neighbourhood, while also increases the footfalls, which leads to more indirect economic development of the vicinity. Hence it makes sense to create structures that bear an institutional typology for residential areas as it already elevates the physical and mental capacities of the beneficiaries but also creates a nontactile network of social and economic components that creates a micro level ecosystem in the vicinity. The availability of infrastructural facilities and amenities to some extent reflects the socio-economic level and potential of the settlement. Recreational/Cultural Spaces
Market/Urban Spaces
Non Tangible Assets creating Non-Tactile Networks
Miscellaneous
51
Undergraduate Portfolio
Artwork - Deconstructivism Exploration
Miscellaneous
53
Undergraduate Portfolio
Kiosk Design - Material Exploration
Furniture -Timber Exploration
Kshitij Sethi Email - kshitijsethi62@gmail.com Contact - +91 9419237103