Steffi shah - Architectural portfolio

Architectural portfolio Steffi Shah

Selected Works 2015-2021

about A thought, a thought that resides within two mediums of art and making with constant flux into these hallucinations of celebrating life form is what formulating a design is for me.

Interested in knowing and exploring all forms of expressions that participates in nourishing life.

education (2015 - 2020) B.ARCH_IDEA, Indus University (2013) HSCE_N.R Secondary School Ahmedabad, India

+91-9409391723 stefshah97@gmail.com

work experience HCP Design, Planning and Management Pvt, Ltd. (Nov 2020 - Nov 2021) - Architect Shilanyas Design & consultants - P.V.K rameshwar (Jun 2018 - Dec 2018) - Internship

competition Streets for people, design competition - NIUA, Udaipur Apr 2021

software skills Autocad. ArchiCad. Adobe Indesign. Adobe Photoshop. Adobe Illustrator.

Lumion. Adobe premiere pro. Google Sketchup.

manual skills Model making. Graphite. Charcoal. soft pastels sketching. Rendering

Steffi Shah

Content

Design Studio’s People & Place Studio Materiality and Techtonics Upside Down Studio

Professional experience Urban design explorations: Central vista, Redevelopment project Adani Ahmedabad International Airport Ltd Streets for people, NIUA competition Building design explorations: Bhartiya Lok Kala Mandal, Folk Museum Mechatronics Skill Development Center

Research Thesis Study Of Third Places: Impact of Built Environment on Human Social Affairs

Workshops Beyond facades: a dialogue amongst Altered Spaces Watering Through Yesteryears

Material Explorations

Maheshwar, Madhya Pradesh

01

People and Place Studio Weaving Center

The studio intended to design a weaving institute with an exhibition space for the promotion of the handloom of Maheshwar sarees. The site was located near the Ghats of Narmada, with chowk in its front and temple cluster and few traditional houses on its side. The exercise comprised of understanding the relation of people and its place through tracing the attached notions with its religious backdrop, traditional built-forms, weaving history and other socio-cultural aspects.

The concern of the project was to conceptualize the exhibition space in a way displaying both the process of making, the bleaching, dying and weaving- the Workshop with the exhibits itself. It led to the development of a peculiar section, comprising of different levels of connections from the exhibit space towards the workshop yet maintaining the privacy for weavers.

The leading steps towards the institute are intended as an extended form of chowk corresponding to the existing life surrounding the religious and other communal activities.

A

Plan

A’

The conceptualized section was based on the movement of a visitor through the exhibition space. Also, the part section including the play of exhibit and work area was detailed out in terms of the materiality and details for northern lights, the bridge, and the entrance area of the workshop from the court.

Section AA’

Wall Section

Udaipur, Rajasthan

02

Materiality and Tectonics

Development center for children

The studio based on the Urban context of Udaipur intended towards developing a program resulting as a solution for existing concerns within the city and hence make a change in the present scenario.

The exploration of materiality was based on the ingenious use of local materials, i.e Stone along with any secondary material; that made us delve into the construction techniques of stone and helped us solve details at macro and micro level governing forms and details of the project.

The development center for children was proposed, with the concern of extensive childabusive problems faced within and around the city. The center would aim to rehabilitate and educate exploited children’s well to re-integrate them within society. The center with a capacity of 35, will provide service to the children within the age of (8-14 years), who are victims of violence happening towards them and have suffered mentally, physically and sexually.

The concern was based on the program requirement itself, of rehabilitation collaborated with informal education block to act as whole and dynamic in nature. It should allow children to experience playfulness and liveliness within the spaces. The open spaces were zoned near the lake edge along with the shelter accomodations, where they would be playing sports or spending their free time.

The central block comprises of the open setting for classes and visual connections to a different form of activities into a multipurpose courtyard

A’

A

Plan

As the materiality exploration for the design being governed by the use of local stone, the process subsequently involved different forms and methods for structural stability. It led towards formulating low scaled vault developing building language guided by materials. later, various details were worked upon in terms of sequential construction and structure.

Section AA’

Wall Section

Udaipur, Rajasthan

03

Upside Down Studio Urban Sprawl

The studio intended to look at the urban intervention at both upside-down levels considering the availability and need of daily resources for its people as an integral part of thriving life. The approach was to learn about sustainable techniques to manage the use of natural resources. It concentrated on the production, usage, wastage and recycling or reusing of five resources - Air, Enegy, water, food and waste. Each of the resources was Pre-studied in-depth in terms of its availability and existing urban chains. After understanding Udaipur as a city in terms of its resources, usage and requirements, the land of 25000 Sqmt was identified for urban intervention. This overall study became the base for the planning that talked about sustainable approaches at the urban level along with the built at the cluster level.

0.5 LTs

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As a part of sustainable studies five resources, Air, Energy, Waste, Water and Food, were all studied in depth by the batch from its source availability, urban chains of transportations, related time-period, wastage in process, consumption level per person and its availability based in Ahmedabad. Also, based on individual resources what all new ways and strategies are being used for relating it with sustainability criteria were researched upon.

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MAUSAM P._010 YASH P._011 RADHIKA H._016 MOHIL B_017 SILVI K_024 PRACHI B_025 RICHA N._032 STEFFI M._034 AESHA IU1443000032

www.madehow.com www.nounproject.com www.ldpb.gujrat.govt.in www.researchgate.net www.yourarticlelibrary.com www.economics.indiatimes.com www.theguardian.com www.iimb.ac.in www.sciencedirect.com

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representational model

Food Chain_ahmedabad

Water

The program for urban intervention(25000 Sqmt) involved the artistry community with the requirement of Home, Work area, a marketplace and an incubation center from in and around of city, as a part of the revenue generation plan for the Udaipur city. After achieving the designated density through the urban zoning, the strategies for five different resources were worked upon from the urban level zoning to cluster level and eventually per unit calculations, based on the previous sustainable studies and methods.

Energy

99,48,905 L

Sewage generated = 1,99,800 L

4,19,80,000 L

Decentralizesd STP

5,37,79,235 L

Septic tank = 920 Sq mt

Sewage

Resource calculation & Strategies

2,95,65,000 L

Treatment through wetlands = 5900 Sq mt

Energy produced (8 hrs) = 2Kw/hr

Area required =2.5 Sq mt.

Community farming 5000 Sq mt

Efficiency (40%) = 0.8 Kw/hr

Roof-top farming 5550 Sq mt

Total solar panels tower required = 462

Aquaponics

Food

Existing Built forms

Pattern

Mass and Void The zoning for intervention was the outcome from the play of patterns in and around land and water edge revealing kernel for mass and void as a city plan.

Proposed Housing CLuster & Residential Units

Proposed Community park

tre et

Proposed Incubation Center

op

os

ed

Ma

rke ts

Urban Intervention Plan

Pr

Terrace farming 10 Sq mt

Shared OHWT -2000 L Grey water-1200 L

Solar Fram at lake edge

Shared Solar Towers 7.5 Sq mt

Shared DSTP 90 Sq mt

Shops Shared UGWT -16700 L

Residential Units Cluster_community space

Common open ground

Cluster Level Planning

Public communal space

HCP Design, Planning and Management Pvt, Ltd.

04

Central vista, Development and Redevelopment project Adani Ahmedabad International Airport Pvt. Ltd Professional Works HCP Design, Planning and Management Pvt, Ltd. led by Architect Dr. Bimal Patel is a firm based in Ahmedabad, Gujarat, catering to largerscale potential projects all over India. As an Architect, being a part for over a year, I had the opportunity to work rigorously on two urban scale design projects consisting of Central vista, Development and Redevelopment project and Adani Ahmedabad International Airport Pvt. Ltd. Here, being part of the confidential projects, I have displayed and explained the work based on drawings available through public platforms.

While working under the head, whose expertise was in the Transport and mobility field, I got the exposure to understand this parameter and its share within the larger-scale projects. Along with this, the task included leading the projects from their conceptual stage, up to resolving complex design at a schematic level and covering the GFC part for a targeted segment.

New Delhi, Delhi

Central Vista, Development and Redevelopment, Master plan

Source: https://hcp.co.in/urbanism/central-vista-masterplan/

Central vista Avenue, Phase 1

VVIP buildings

Common cental secretariat blocks

Transit structures

CVA conceptual transit draft

1

2

4 3

1 Subterranean Tunnel The diagram shows a representative alignment of tunnel within the CVA precinity, connecting VVIP buildings.

My sole participation involved extensive work, carrying the conceptual idea towards alignment possibilities, schematic resolution, complex design resolution of support structures, generating Longitudinal sections, resolving technical details and releasing GFC drawings for a targeted segment.

2 Central vista Avenue The demarcated area shows the CVA urban stretch - Phase 1. I had the opportunity to work on the detail resolution for the Rajpath and proposed walkway stretch, covering urban street elements along with their service amenities. Also, participation in Republic Day Parade project, preparing technical reports and structure for further approvals.

3 CCS - Mobility assessment

4 Automated people mover

For the proposed Central secretariat building, this exercise involved a Mobility assessment check from the CVA stretch up to the proposed CCS building clusters. It covered all the feasible approaches and information of user groups from Public transports to private vehicles entering the campus.

The concluded data was then used to identify the required facility units within the CCS buildings.

The diagram shows alignment for proposed underground transit system for Central secretariat buildings.

My participation involved process for alignment possibilities, facility assessment for identified stations, generating Longitudinal sections, structure and service incorporation.

B777-3 00

ER

B777-3

0 ER

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B777-30

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0 ER B777-30

B777-3 00

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B777-3

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B777-30

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0 ER B777-30

B777-3 00

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B777-3

T-2 ARRIVALS GATE 2

ARRIVALS GATE 1

DEPARTURES GATE 3

DEPARTURES GATE 2

DEPARTURES GATE 1

DEPARTURES GATE 1

ARRIVALS CURBSIDE

DEPARTURES GATE 2

PASSENGER SERVICES

T-1

ARRIVAL EXIT

ARRIVALS GATE

Ahmedabad, Gujarat

Adani Ahmedabad International Airport Pvt. Ltd The consolidated programme brief for the project consisted of Landside development, Refurbishment design for T1 and T2, and proposal of Retail plaza. My participation in the project involved conceptualizing the Retail plaza proposal and its detailing out at the schematic level, in harmony with the other design components of the project. This process led me to the introduction of the Airport and its functioning, norms and criteria for Retail Architecture and landside approach diagrams for the same. Apart from the proposed outdoor Retail plaza, I had the opportunity to participate in Retail areas inside both the Terminals at Ahmedabad Airport.

Section AA’

Proposed Retail plazas on Arrival curbsie

Utility

Foodcourt

Entrance way

Feature area

Terminal 2 Arrival passenger exit

A

Retail shops

A’

Restaurant/Food-court

Terminal 2 - Proposed Retail plaza

Pathway

Market area

Market area

Utility area

The displayed set of drawings reveals one of the proposed drafts for the project to the clients along with schematic resolution details, design quotaion and 3-D visualizations.

Pathway

Hub space

Passage Food-court Utility

1. Redeveloping existing stretch for an efficient transit system.

2. Introducing Lok Kala road as a Shared street as a platform for children’s and elderly recreation areas.

Phase 1.0

3. Redeveloping front stretch of shops for incorporating space for vendors, parking for two and four-wheelers.

Udaipur, Rajasthan

05

Kala sangathan manch

Streets for people, NIUA competition

1. Redefining park layout into different sections, incorporating platform and amphitheater for cultural events.

Phase 1.1

2. Introducing dry/wet waste dump area in context to the vegetable market, for obtaining compost.

1. Introducing an underpass for the transit system of the site.

2. Reclaim the upper obtained plaza as the Shared public realm of the site.

Phase 2.0

Stage development

3. Redefining one-way route of the site into the cycle loop, as smart city mission incorporation.

This initiative of Streets for the People challenge has brought up a great paradigm in the way the streets have been prior envisaged as. In case of the chosen site of Udaipur, a city of art and crafts, we took a challenge to ideate the busy clamorous road as a shared street. The initial and hence the main objective of the design is to develop public spaces in either form of plazas or shared streets which exclaims the purpose of the challenge – STREETS FOR PEOPLE. There are provisions for the artists to display and sell their art and handicrafts associated with the Lok Kala Mandal being the major driving force of the site. The other important part that has been considered is the existing stretch of shops just outside the stadium and converting it to a plaza that becomes an interactive and a lively place for the shop owners as well as the pedestrians.

The third major aspect being the central park which is currently an inactive dead green patch which through incorporation of an amphitheater and inviting more public to it by regaining the green spaces.

Sa

he

li m

arg

Bhartiya lok kala mandal

Mohta park

Sha red

stre

et

Suchna kendra library

3-D visualization and detail plans of the proposal, highlighting redeveloped transit road, introduction to vendor space and parking layouts, Park area intervention, and declaration of the shared street.

Ttansit street

Stadium

Cross section

Chetak circle

Phase 1.1

Shared street section

Shilanyas_P.V.K Rameshwar

06

Bhartiya Lok Kala Mandal_Folk Museum Mechatronics Skill Development Center Internship Works

Shilanyas(a Partnership Firm) led by Architect P.V.K Rameshwar & P Ruchira is a firm based in Ahmedabad, Gujarat. As an intern, being a part for over six months, I got to work upon varied scale projects with different sections to get indulged in.

The core learning based on the experience would be the process of being involved in conceptualizing an idea into the form. It requires a constant flux and constructive criticism for a design to indulge within the identified concerns and mark its presence.

Here I have displayed selected projects, while the other works comprised of Piramal University(Design proposal), Bhartiya Lok Kala Mandal(Conceptual Design Process), Mechatronics Development Center(Construction & Electrical Drawings, Door_Window Schedule), Chandrakala jewelry Shop( Electrical & Floor Layouts), LipiData System (Construction Drawings).

Section

Udaipur, Rajasthan

Bhartiya Lok Kala Mandal The brief was to completely Re-design an infrastructure nurturing the national performing talents for the puppet crafts of Udaipur. Majorly the project comprised of Museum, Open Air Theater, and an auditorium with a large requirement area to accommodate suggesting compact design. The core idea was to have a singular space for the museum with a natural flow corresponding to the terrain of the site. Various layouts were worked upon, governing the core aspect having a dialogue with other spaces in terms of efficient planning.

Plan

After the approval from the clients, the plan was further refined through various configurations in layouts for Museum, Amphitheater and Auditorium, processing it into an efficient design.

Also, the interior ramp space was articulated in terms of types and position for the exhibits.

S-W View

Internal Ramp

3D Visualizations

1313

INSIDE INSIDE

9" 4"

1'-6"

9"

8'-9" 8'-9"

9"

9"

W9

1'-6"

8'-0" 8'-0"

3'-121"

5'-0"

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4"

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2'-0"

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W8

3'-6"

3'-012" 11'-1121"

2'-0"

7'-0"

4"

3'-0"

20'-6"

5'-0"

5'-0"

2'-0"

2'-0"

2'-0"

6" 9" 3"

SL = 5'-0 LL = 11'-1L

17

SCALE SCALE - 3"=16'-0" - 3"=16'-0" SILL LVL. SILL LVL.

EL. +9'-0" EL.(O,13) +9'-0"(O,13

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OUTSIDE OUTSIDE

7'-9" 7'-9" 1

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2'-02"2'-04" 2" 1'-0" 1'-0"

(J,17) (J,17)

6" 9" 3"

WALL WALL SECTION SECTION

17

1010

17

(D,17)

17

(D,17)

412"

1515

4" 2'-3" 2'-3"

3

20'-6"

3'-6"

173'-6"

17

7'-0" 20'-6"15'-0"

2'-0"

3'-0"

6"

9"

412"

(B,15)(B,15) SL = 5'-0" SL = 5'-0" LL = 12'-4" LL = 12'-4" W8

3'-6"

8 A-8

15'-0"

9"

4'-121"

4'-121"

1'-6"

2'-0"

9"

3'-0"

OUTSIDE OUTSIDE

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1 2"

2'-0"

3'-121"

9"

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2'-0"

1717

8 A-8 8 A-8

8'-0" 8'-0"

20'-6"

3'-6" 3'-6" 3'-012"

3'-6" 15'-0" 20'-6"

11'-1121" 15'-0"

20'-6" 7'-4" 15'-0"

2'-0"

2'-0"

2'-0" 2'-0"

2'-0"

3'-6"

3'-6" 2'-8" 4"

20'-6"

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5'-0"

1 1 3" 12" 22" 2" 2" 1 1 3" 12" 22" 2" 2"

3'-6"

3'-6"

7'-0"

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3'-6"

3'-6" 2'-8"

2'-8"

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15'-0" 7'-4"

15'-0" 20'-6" 2'-0"

2'-0"

2'-0" 3'-6" 3'-6"

3'-6"

1'-6"

9" 3'-6"

W6

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TYP TYP 1:80 1:80 PE- PE- V SLO SLO V

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13 13

9" 6"

9"

T.O.PARAPET T.O.PARAPET 7'-0" ABOVE 7'-0" ABOVE FIN. TERRACE FIN. TERRACE FLOOR FLOOR LEVELLEVEL

(E,17)

6"

T.O.PARAPET T.O.PARAPET EL. +3'-6" EL. +3'-6" W11 W11 ABOVE ABOVE LOCAL LOCAL FIN.FL.LVL. FIN.FL.LVL.

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CLASSROOM CLASSROOM -1 -1

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(E,17)(E,17)

9'-9" 9'-9"

SL = 5'-0" SL = 5'-0" W9 1 1 LL = 11'-11 LL = 11'-11 2" 2" (D,17)(D,17)

W5

18'-6" 18'-6"

WALL WALL SECTION SECTION 8 8 SCALE SCALE - 3"=16'-0" - 3"=16'-0"

(E,17)

OUTSIDE OUTSIDE

1'-6"

3'-0"

9" 3" 9" 3"

6" Ø RWP 6" Ø RWP

9"

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1'-9" 3" 6" 2'-6" 6"

9" 6"

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GROUND GROUND LVL. LVL. EL. +2'-0" EL. +2'-0" VARIES VARIES

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SOUTH EDGE EDGE FINFIN DETAIL_PART DETAIL_PART PLAN PLAN @TERRACE @TERRACE FLOOR FLOOR 3 3SOUTH SCALE SCALE - 3"=16'-0" - 3"=16'-0"

OUTSIDE OUTSIDE

SL = 5'-0" SL = 5'-0"W5

36'-9" 36'-9"

FIN.FL.LVL.G.F. FIN.FL.LVL.G.F. EL. +4'-0" EL. +4'-0"

J

D D 6" 6"

18'-6" 18'-6"

CLASSROOM CLASSROOM CONDITION CONDITION 36'-421" 36'-421"

R (+0'-6") R (+0'-6")

SCALE SCALE - 3"=16'-0" - 3"=16'-0"

6"

6"

(G,17)(G,17)

18'-6" 18'-6"

E E

(J,17)

6 A-8 6 A-8

7 10 EQ. 10 PARTS EQ. PARTS OF 6'-1 OF78"6'-1 C/C C/C EACH = 61'-6 = 3461'-6 " 34" 8" EACH

6"

18'-6"18'-6"

(G,17)

2'-8"

9"

3'-021"

15'-0"

65'-0" A8a 5'-0"

W5

2'-8"

1'-9"

3'-6" 2'-6" 3'-6" 3'-6" 3'-0" 3'-6"

3" 6"

6"

3'-021"

(G,17)

LINTEL LINTEL LVL.LVL. EL.+12'-0" EL.+12'-0"

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OUTSIDE OUTSIDE

2'-3"

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PART PLAN @CLASSROOM WA SCALE - 3"=16'-0" 6 6SCA

9" 6"

SL = 5'-0"SL = 5'-0" W5 LL = 12'-4" LL = 12'-4"

7

4"

INSIDE

9" 6"

W6

(I,17)

75'-0"75'-0"

1 1 36'-436'-4 2" 2"

18'-6" 18'-6"

OUTSIDE

W8

(J,1)

4'-121"

(I,17)

CLASSROOM CLASSROOM -2 -2

18'-6"18'-6"

STAFF STAFF ROOMROOM CONDITION CONDITION

7 7 10 EQ. 10 PARTS OF 6'-1OF EQ. PARTS 6'-1EACH EACH 61'-634=" 61'-634" 8" C/C 8" C/C =

T.O.PARAPET T.O.PARAPET 7'-0" ABOVE 7'-0" ABOVE FIN. TERRACE FIN. TERRACE FLOOR FLOOR LEVELLEVEL SL = 5'-0"SL = 5'-0" W6 LL = 12'-4" LL = 12'-4"

SL = 5'-0" LL = 12'-4"

9"(J,1)

4'-121"

1'-1021"

421"

6 A8a 6 A8a

2

1'-1021"

(J,17) 41"

W8

8'-0"

FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE EL. +19'-0" EL. +19'-0"

B B

GROUND GROUND LVL. LVL. EL. +2'-0" EL. +2'-0" VARIES VARIES SILL LVL. SILL LVL. EL. +9'-0" EL. +9'-0" 1

17

9" T.O.PARAPET T.O.PARAPET EL. +3'-6" EL. +3'-6" 9" ABOVE ABOVE LOCAL LOCAL 8'-9" FIN.FL.LVL. FIN.FL.LVL.

SILLSILL LVL.LVL. EL. +9'-0" EL. +9'-0"

I

GROUND GROUND LVL.LVL. EL. EL. +2'-0" +2'-0" VARIES VARIES

36'-9" 36'-9"

6" Ø RWP 6" Ø RWP

(J,17)

18'-6" 18'-6"

W8

SCALE - 3"=16'-0"

1'-9"

9"

18'-6" 18'-6"

PART PLAN @STAFF ROOM

75'-0" 75'-0"

75'-0" 75'-0"

LAB - LAB 3 -3

3'-0" 2'-6"

9"

5'-1158" 5'-1158"

FIN.FL.LVL.G.F. FIN.FL.LVL.G.F. EL. +4'-0" EL. +4'-0"

CLASSROOM

3" 6"

6" 9"

FIN.FL.LVL.G.F. FIN.FL.LVL.G.F. EL. +4'-0" EL. +4'-0"

9"

EL.+16'-4" EL.+16'-4"

W9

18'-6" 18'-6"

37'-121" 37'-121"

T T 1:80 1:80 PE- PE- V SLO SLO V

SL = 5'-0"SL = 5'-0" W2 LL = 12'-4" LL =LINTEL 12'-4" LINTEL LVL.LVL.

W2

2'-6" 6" 3" 6" 1'-9"

6" 9"

18'-6" 18'-6"

5

2'-0"

9"

2'-0" 2'-0"

6"

9"

2'-0"

6"

STAFF ROOM

6 A8a

6 A8a

R (+0'-6") R (+0'-6")

17 17

SILLSILL LVL.LVL. EL. +9'-0" EL. +9'-0"

6 A8a

4'-121"

4'-121"

T.O.PARAPET T.O.PARAPET 7'-0"7'-0" ABOVE ABOVE FIN. FIN. TERRACE TERRACE FLOOR FLOOR LEVEL LEVEL

INSIDE 1'-6" 1'-6"

(O,13) (H,1)

DRIPDRIP MOULD MOULD TYP.TYP.

DRIP DRIP LAB - LAB 2 -2 MOULD MOULD TYP.TYP.

W9

T.O.PARAPET T.O.PARAPET 3'-6"3'-6" ABOVE ABOVE FIN. FIN. TERRACE TERRACE FLOOR FLOOR LEVEL LEVEL

W9

9"

6"

9"

20'-6"

6"

9"

(H,1)

6" Ø6"RWP Ø RWP . .

24'-0" 24'-0" 9" T.O.PARAPET T.O.PARAPET 7'-0" ABOVE 7'-0" ABOVE FIN. TERRACE FIN. TERRACE ±0.00±0.00 T.O.PARAPET T.O.PARAPET FLOOR FLOOR LEVELLEVEL EL. +3'-6" EL. +3'-6" 5'-1158" 5'-1158" 9" ABOVE ABOVE LOCAL LOCAL FIN.FL.LVL. FIN.FL.LVL. 1 1 6" x 9" 6" x 9" 42" x 2'-6" 42" x 2'-6" SCREEN SCREEN 4" @SILL@SILL LVL LVL FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE 6" Ø RWP 6" Ø RWP EL. +19'-0" EL. +19'-0" YP YP

20'-6"

18'-6"18'-6"

36'-9"36'-9"

412"

SL = 5'-0"SL = 5'-0" W1= 12'-4" LL LL = 12'-4"

W1

6"

9" CONC.CONC. FIN R.C.C FIN R.C.C TIE TIE FACADE FACADE

2'-0"

18'-6"18'-6"

(D,17)

W6

LINTEL LINTEL LVL.LVL. 1 1 EL.+15'-11 EL.+15'-11 2" 2"

INSIDEINSIDE CLASSROOM - 1

LAB - LAB 1 -1

SL = 5'-0" LL = 12'-4"

SL = 5'-0" LL = 11'-1121"

6'-1121"

75'-0"75'-0"

(F,1)

15'-0"

CLASSROOM - 2

(F,1)

SL = 5'-0"SL = 5'-0"

W2 INSIDE LL = 12'-4" LL = 12'-4"

OUTSIDE

8'-0"

9" 3"

6" Ø RWP

6'-1121"

(E,17)

W5

W2

9'-9"

T.O.PARAPET T.O.PARAPET 3'-6" ABOVE 3'-6" ABOVE FIN. TERRACE FIN. TERRACE 6" 8'-0" FLOOR FLOOR LEVELLEVEL

7 7 10 EQ. 10 PARTS OF 6'-1OF EQ. PARTS 6'-1EACH EACH 61'-634=" 61'-634" 8" C/C 8" C/C =

20'-6"

3"6" 9"

9" 6"3"6" 1'-6"

2'-0"

6 A8a 6 A8a

9"

(D,1)

6"

J

SL = 5'-0" LL = 12'-4"

9"

(D,1)

J J

1

(G,17)

W5

FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE EL. +19'-0" EL. +19'-0"

24'-721" 24'-721"

1

SL = 5'-0" LL = 12'-4"

T.O.PARAPET T.O.PARAPET EL. +3'-6" EL. +3'-6" R.C.C TIE ABOVE ABOVE LOCAL LOCAL CONC. FIN 6" x 9" FIN.FL.LVL. FIN.FL.LVL. 421" x 2'-6" @SILL LVL

6"

J9" J9"

36'-9" 36'-9"

O

(I,17)

FACADE SCREEN

9"

9"

6" Ø RWP 6" Ø RWP

OUTSIDE OUTSIDE

R (+0'-6") R (+0'-6")

6" 1'-6" 2'-0"

5'-1158" 5'-1158"

9"

H H

13

9" 24'-9" 24'-9" 9" 24'-0" 24'-0"

5'-1158"

FLOOR FLOOR LEVELLEVEL

9"

LINTELLINTEL LVL. LVL. 1 1 EL.+15'-11 EL.+15'-11 2" 2"

6"

6"

75'-0" 75'-0"

6 A-8

OUTSIDE 10 EQ. PARTS OF 6'-178" C/C EACH = 61'-634" 9" 9" T.O.PARAPET T.O.PARAPET 7'-0" ABOVE 7'-0" ABOVE FIN.24'-0" TERRACE FIN.24'-0" TERRACE

18'-6" 18'-6"

4"

18'-6"

36'-421"

24'-712" 24'-712"

FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE EL. +19'-0" EL. +19'-0" SILL LVL. SILL LVL. EL. +9'-0" EL. +9'-0"

Staff Staff Room Room

D D

4"

36'-9" 36'-9"

18'-6"

6"

6"

18'-6" 18'-6"

17

2'-0"

18'-6" 18'-6"

2'-0"

6 A8a

LABLAB -3 -3

75'-0" 9"

9"

18'-6"

37'-121"

INSIDE INSIDE T.O.PARAPET T.O.PARAPET GROUND LVL.

75'-0" 75'-0"

5 A8a

W6

18'-6" 18'-6"

MARGIN MARGIN FOR ROLL FOR ROLL DOWN MESH DOWN MESH

FIN.FL.LVL.G.F. EL. +4'-0"

EL. +3'-6" EL. +3'-6" EL. ABOVE +2'-0" ABOVE LOCALLOCAL VARIES FIN.FL.LVL. FIN.FL.LVL.

E E

G G

MARGIN MARGIN FOR FOR GRILL GRILL

LINTEL LINTEL LVL. LVL. EL. +16'-4" EL. +16'-4" MARGIN MARGIN FOR BLINDS FOR BLINDS

4"

I

(J,1) (J,1)

5 A8a

LABLAB -2 -2

6"

9"

SILL LVL. FIN.FL.LVL. FIN.FL.LVL. EL. +9'-0" TERRACE TERRACE EL. +19'-0" EL. +19'-0"

1 1

6"

"

9"

SL = 5'-0" SL = 5'-0"

W2 W2 LL = 12'-4" LL = 12'-4"

(J,1)

JAMB JAMB CONDITION(TYP CONDITION(TY 3 3 SCALE SCALE - 1"=1'-0" - SECTION 1"=1'-0" WALL 8 @SCALE @ Meeting Meeting Room Room - 3"=16'-0"

SCALE - 3"=16'-0"

7'-4"

I

The Eprogram for MSDC I J G D D F F was comprised of D FLOOR FLOOR Classrooms, laboratories OO 6" Ø6"RWP Ø RWP . . and other supporting ±0.00±0.00 facilities to look upon.

SLOPSL E-OP 1:8E-0 1:8 0 TYP TYP The design intended to V V E E DD GG develop a facility with spaces opening up in SOUTH SOUTH EDGE EDGE FIN FIN DETAIL_PART DETAIL_PART PLAN PLAN @TERRACE @TERRACE FLOOR FLOOR 3 3SCALE SCALE - 3"=16'-0" - 3"=16'-0" the central courtyardFLOOR FIN DETAIL_PART PLAN @GROUND NORTH NORTH EDGE EDGE FIN FIN DETAIL_PART DETAIL_PART PLAN PLAN @GROUND @GROUND FLOOR FLOOR 2 2SCALE SCALE - 3"=16'-0" - 3"=16'-0" and the detailed fins 6" 6" Ø RWP Ø RWP . . ±0.00 ±0.00 for North-South edges.

D D E E G G My participation in the PTYP TY project was to produce J J I I G G 0 0 :8 :8 1 1 PE-PESLOSLO V V the Door-Window Electrical CE FLOOR FLOOR schedule, Drawing and construction WALL WALL SECTION SECTION 6 6 SCALE 6" Ø6"RWP Ø RWP . .

SCALE - 3"=16'-0" - 3"=16'-0" drawings comprising part ±0.00±0.00 plans and wall sections SLOPSL E-OP 1:8E-0 1:8 I I J J GG 0 TYP TYP through all different V V SOUTH SOUTH EDGE EDGE FIN FIN DETAIL_PART DETAIL_PART PLAN PLAN @GROUND @GROUND FLOOR FLOOR types of opening.

4 4 (H,1) (H,1)

SL = 5'-0" SL = 5'-0"

W1 W1 LL = 12'-4" LL = 12'-4"

9"(J,1)

WALL SECTION

6

5 5W

T.O.PARAPET T.O.PARAPET

EL. +3'-6" EL. +3'-6" S OUTSIDE OUTSIDE ABOVE ABOVE LOCALLOCAL FIN.FL.LVL. FIN.FL.LVL.

GROUND GROUND LVL.LVL. EL. EL. +2'-0" +2'-0" VARIES VARIES

15'-0" 7'-4" 20'-6" 15'-0"

6" Ø RWP 6" Ø RWP

6 A8a

2'-0"

J

2'-0"

J

9"

CONC. FIN FIN R.C.C R.C.C TIE TIE FACADE FACADECONC. 1 6" x 9" 6" x 9" SCREEN SCREEN 421" x42'-6" 2" x 2'-6" @SILL @SILL LVL LVL

9"

5'-11585'-11 " 58"

6 A8a

NORTH EDGE EDGE FINFIN DETAIL_PART DETAIL_PART PLAN PLAN @TERRACE @TERRACE FLOOR FLOOR 1 1NORTH SCALE SCALE - 3"=16'-0" - 3"=16'-0" WALL SECTION SECTION 5 5 WALL SCALE SCALE - 3"=16'-0" - 3"=16'-0"

3 3 7 10 EQ. 10 PARTS EQ. PARTS OF 6'-1 OF78"6'-1 C/C C/C EACH = 61'-6 = 61'-6 8" EACH 4" 4"

W8

9"

CLASSROOM CONDITION

FIN.FL.LVL.G.F. FIN.FL.LVL.G.F. EL. +4'-0" EL. +4'-0"

5'-0"

9"

9"

GROUND LVL. EL. +2'-0" VARIES

GROUND GROUND LVL.LVL. EL. EL. +2'-0" +2'-0" VARIES VARIES

5'-0"

9"

9"

EL. +4'-0"

SLO

2'-0" 2'-0"

24'-0"24'-0"

6"

GROUND GROUND LVL. LVL. EL. +2'-0" EL. +2'-0" VARIES VARIES

V

P TY TYP STAFF ROOM - 1:80 PE - 1:80 PE SLO CONDITION

2'-0"

24'-0"24'-0"

6"

1 2

9"

LAB - LAB 3 -3 V

2'-0"

1 2

9"

T.O.PARAPET EL. SILL +3'-6"LVL. SILL LVL. FIN.FL.LVL. FIN.F ABOVE LOCAL EL. +9'-0" EL. EL.+9'-0" +4'-0" EL. + FIN.FL.LVL.GROUND GROL EL. +2'-0" EL. +V FIN.FL.LVL. TERRACE EL. +19'-0"

6" Ø RWP 6" Ø RWP

SL = 5'-0"SL = 5'-0" W2 LL = 12'-4" LL = 12'-4"

W2

R.C.C R.C.C TIE TIE 6" x 9" 6" x 9" @SILL @SILL LVL LVL

CLASSROOM-1 CLASSROOM-1 CONDITION CONDITION FIN.FL.LVL.G.F.

2'-0"

SCALE SCALE - 3"=16'-0" 24'-7 24'-7 " - "3"=16'-0"

24'-9"24'-9"

L SFIN.FL.LVL.G.F. FIN.FL.LVL.G.F. EL. +4'-0" EL. +4'-0"

LAB -LAB 2 -2 CONDITION CONDITION

9" 6"

SILL LVL. LVL. T.O.PARAPET T.O.PARAPET 7'-0" ABOVE 7'-0"SILL ABOVE FIN. TERRACE FIN. TERRACE 6" Ø RWP 6" Ø RWP EL. +9'-0" EL. +9'-0" FLOOR FLOOR LEVELLEVEL ±0.00 ±0.00

(H,1)

2'-0"

P

0 TY - 1:8 OPE V

5'-0"

5'-0"

LAB - LAB 1 -1

@SILL@SILL LVL LVL

9"

9" 6"

LINTELLINTE LVL EL. +15'-11 EL. +21

FIN.FL.LVL.G.F. FIN.FL.LVL.G.F. LINTEL LVL. EL. +4'-0" EL. +4'-0" EL.+16'-4"

1

INSIDEINSIDE

J J

(H,1)

D6

DRIP MOULD TYP.

J

9"

5'-1158" 5'-1158"

FIN R.C.C 24'-721CONC. " 24'-721CONC. " FIN R.C.C TIE TIE FACADE FACADE 6" x 9" 6" x 9" 421" x 2'-6" 421" x 2'-6" SCREEN SCREEN

T.O.PARAPET T.O.PARAPET 3'-6" ABOVE 3'-6" ABOVE FIN. TERRACE FIN. TERRACE SILL LVL. EL. +9'-0" FLOOR FLOOR LEVEL LEVEL

SL = 5'-0"SL = 5'-0"

1'-6"

6"

J

6"3"6"6"3"6"

W1R.C.C W1=6" R.C.C TIE TIE 6"= 12'-4" LL 12'-4" LL x 9" @SILL x 9" @SILL LVL LVL LAB - LAB 2 -2

J

6"

24'-0" 24'-0"

W5 W5

W9

±0.00

(F,1)

J LINTEL LINTEL LVL.LVL. EL. +16'-4" EL. +16'-4"

24'-721" 24'-721"

DRIP MOULD TYP.

41'-814" 41'-814"

6" 3" 6" 6" 3"6"

D6

J

1

(F,1)

24'-9" 24'-9"W1 W1

6" Ø RWP .

Mechatronics Skill Development Center NORTH EDGE EDGE FINFIN DETAIL_PART DETAIL_PART PLAN PLAN @GROUND @GROUND FLOOR FLOOR 2 2NORTH

FIN DETAIL_PART PLAN @TERRACE FLOOR

3'-021"

H H

W9

FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE EL. +19'-0" EL. +19'-0"

DRIPDRIP MOULD MOULD TYP.TYP.

15'-0"

LINTEL LVL. EL.+15'-11 21"

6'-1121"

1'-0"

D

TERRACE TERRACE EL. +19'-0" EL. +19'-0" T.O.PARAP T.O.P EL. +3'-6" EL. A + LOCALLOCA FIN LINTEL LINTEL LVL. LVL. FIN.FL.LVL. FIN.F EL. +16'-4" EL.EL. +16'-4" +19'-0" EL. +

3'-

2'-0"

7'-0"

7'-0"

3'-6"

3'-6"

3'-6"

3'-6"

2'-8"

H H

DRIPDRIP MOULD MOULD TYP.TYP.

7'-4"

20'-6"

9"

9"

FIN.FL.LVL. TERRACE EL. +19'-0"

W9

1

V

SLOPE- 1:80 SLOPETYP1:80 TYP

SLOPE SLOPE 1:80 1:80

W9

T.O.PARAPET T.O.PARAPET EL. +3'-6" EL. +3'-6" FOUNDATION FOUNDATION OFFICE OFFICE ABOVE LOCAL ABOVE LOCAL FIN.FL.LVL. FIN.FL.LVL.

1

75'-0"75'-0"

V

W2 LL = 12'-4" LL = 12'-4"

TOILET TOILET

FIN.FL.LVL.

W9

O

W12 W12

SLOPE SLOPE 1:80 1:80

T.O.PARAPET 7'-0" ABOVE FIN. TERRACE FLOOR LEVEL SILLSILL LVL.LVL. EL. +9'-0" EL. +9'-0"

R (+0'-6")

HH

SL = 5'-0"SL = 5'-0"

W2

15'-0" 7'-4"

31'-934" 31'-934"

R (+0'-6")

P

9"

(D,1)

R (+0'-6")

Udaipur, Rajasthan

E- 1:80 TY

9"

(D,1)

1717

7 7 75'-0" 75'-0" 10 EQ. 10 PARTS EQ. PARTS OF 6'-1 OF 6'-1 EACH " C/C =EACH 61'-634=" 61'-634" 8" C/C 89"

36'-9"

T.O.PARAPET 3'-6" ABOVE FIN. TERRACE FLOOR LEVEL T.O.PARAPET T.O.PARAPET 7'-0" ABOVE 7'-0" ABOVE FIN. TERRACE FIN. TERRACE 6" Ø RWP 6" Ø RWP FLOOR FLOOR LEVELLEVEL ±0.00 ±0.00 6" Ø RWP 6" Ø RWP

18'-6"

W2

T.O.PARAPET AUTOMATION AUTOMATION LAB LAB EL. +3'-6" ABOVE LOCAL

FACADE FACADE 6" 24'-0" 24'-0" SCREEN SCREEN

OUTSIDE OUTSIDE

24'-721" 24'-721"

W2

1 1

24'-9" 24'-9"

2'-0"

5'-0"

18'-6" 24'-0" 24'-0"

V

TYP TYP - 1:80 - 1:80 SLOPE SLOPE

MECHATRONICS MECHATRONICS LAB LAB

2'-8"

3'-121"

3'-121"

F F

W1

75'-0" 75'-0"

2'-0"

9"

LINTEL LINTEL LVL.LVL. EL. +16'-4" EL. +16'-4"

24'-712" 24'-712"

3"6" 9"

9"

F F

E

V

5'-1158" 5'-1158"

2'-0"

6"9"

6" 1'-6" 2'-0"

9"

6"9"

9" 6"3"6" 1'-6"

6 A8a

V

TYP TYP - 1:80 - 1:80 SLOPE SLOPE

W1

FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE EL. +19'-0" EL. +19'-0"

20'-6" 15'-0"

4"

5'-0"

2'-0"

9"

5 A8a

9"

BOVE FIN. TERRACE

V

9"

5 A8a

CE FLOOR FLOOR

(SPECIALLY (SPECIALLY ABLED) ABLED)

5 A8a

G

6" 75'-0"

T.O.PARAPET T.O.PARAPET EL. +3'-6" EL. +3'-6" PRODUCTION PRODUCTION LINE LAB LINE LAB ABOVE LOCAL ABOVE LOCAL FIN.FL.LVL. FIN.FL.LVL.

5 A8a

18'-6"

6"

TOILET(GENTS) TOILET(GENTS)

T.O.PARAPET T.O.PARAPET 7'-0"7'-0" ABOVE ABOVE FIN. FIN. TERRACE TERRACE6" Ø6"RWP Ø RWP FLOOR FLOOR LEVEL LEVEL ±0.00 ±0.00

D D

36'-9"

6"

6"

SECTION SECTION D2 D2 SCALE SCALE - 3"=32'-0" - 3"=32'-0"

6"

"

6"

1 1

R (+0'-6") R (+0'-6")

I

2'-0" 2'-0"

FIN.FL.LVL.G.F. FIN.FL.LVL.G.F. EL. +4'-0" EL. +4'-0" GROUND GROUND LVL LVL T.O.PARAPET T.O.PARAPET 3'-6"3'-6" ABOVE ABOVE FIN. TERRACE TERRACE EL. FIN. +2'-0" EL. VARIES +2'-0" VARIES FLOOR FLOOR LEVEL LEVEL

2'-0"

1 1 41'-841'-8 4" 4"

4"

3'-0"

1 24'-7224'-7 " 21"

24'-9"24'-9"

3'-

2'-

2'-

LAB - 3

W2 W2 W12 W12 NORTH EDGE EDGE FINFIN DETAIL_PART PLAN PLAN @TERRACE @TERRACE FLOOR FLOOR SILL LVL. SILL LVL. D7 DETAIL_PART D7 1EL. 1NORTH +9'-0" E FIN DETAIL_PART PLAN @GROUND FLOOREL. +9'-0" SCALE SCALE - 3"=16'-0" - 3"=16'-0" TOILET TOILET 75'-0"75'-0"

(J,1)

20'-6"

2'-0"

9"

1'-0"

4"

20'-6" 4"

J J

V

9"

3'-6"

3'-6"

3'-6"

3'-6" 7'-0"

7'-0" 15'-0"

15'-0"

3'-0"20'-6"

6"

±0.00

1

6"

LAB - 2 LINTELLINTEL LVL. LVL. EL. +12'-0" EL. +12'-0"

SL = 5'-0" LL = 12'-4"

±0.00

1

HH

W2

SOUTH SOUTH WEST WEST VIEW VIEW

6" Ø RWP

1

INSIDE

LAB - 1

SLOPE- 1:80 SLOPETYP1:80 TYP

(H,1)

SECTION COPING DETAIL DETAIL 5 WALL 1 1 COPING SCALE - 3"=16'-0" SCALE SCALE - 1"=2'-0" - 1"=2'-0"

R.C.C TIE LVL LVL 6" xGROUND 9" GROUND EL. +2'-0" EL. +2'-0" VARIES VARIES @SILL LVL

V

R (+0'-6")

SL = 5'-0" LL = 12'-4"

W1

V

R (+0'-6")

(F,1)

SL = 5'-0" LL = 12'-4"

W2

CONC. FIN 421" x 2'-6"

FACADE SCREEN

±0.00

FIN.FL.LVL. FIN.FL.LVL. TERRACE TERRACE EL. +19'-0" EL. +19'-0"

2'-

±0.00

T.O.PARAPET T.O.PARAPET EL. +3'-6" EL. ABOVE +3'-6" ABOVE FINAL FINAL FIN.FL.LVL. FIN.FL.LVL.

4" 3'-0" 3'-0" 4" W11 W11

1 1 2'-0 " 4" 2"2'-029"

WA 6 6SCA

9"

BOX FOR GRILL

INSIDE 3 4"

1 4"

3 4"

PLASTER

MARGIN FOR GRILL

OUTSIDE

BOX FOR GRILL

THK. STONE

SILICON SEALANT TYP. 1 2"

MARGIN FOR ROLL DOWN MESH

3 4"

3 4"

MARGIN FOR BLINDS

THK. GRANITE

DRIP MOULD TYP. PLASTER

1 2"

3" 12" 22" 2" 2"

UTSIDE

SIDE

3

SILL CONDITION(TYP.3) SCALE - 1"=1'-0"

4 A-6

DITION(TYP.3)

5 A8a

B A-6 5 13 A8

A-6 5

6 A8 8 A8

10 A8

4 A-6

4"

6 A8a

6"

W11

KEY PLAN (NTS)

STORE ROOM CONDITION

MY ROLE: 1. Prepared Building Section drawings.

2. Prepared Part Detail drawings.

5°

Ahmedabad, Gujarat

07

Study Of Third Places

Impact Of Built Enviornment On Human Social Affairs Research Paper

Ray Oldenburg, an American sociologist wrote the book The Third place(1999), which focuses on the social aspect of public spaces as third places. He specifically termed these social public nodes as Third places, to emphasize its role in an individual’s daily life and developments apart from Home being first and Work being second. He talks in-depth about types of Third places and how that has been lost in the alteration of city structure. Also, the consequence of those changes has affected the way now people associate and behave with each other.

One can experience a similar thing happening around them. This triggered the thought for a structure of research to understand the inherent qualities of Third places in context to the old structure of Ahmedabad city and how that has been transformed in altering housing settlements. While analyzing, the study had questioned the relevance of the formations of Third place in today’s time and tried to answer what all new parameters should be considered to cater to those Human social affairs.

Characteristics of Third Places The third-place signifies the generic designation for a great variety of public places that host the regular, voluntary, informal and happily anticipated gatherings of individuals beyond chores of home and work.

Informality is a notion which can’t be defined or measured but is experienced through time. One can say that informality lies within the formal structure. The notion of informality if possible nurtures in-between the associated formal boundaries and can’t be seen in isolation. Through the play of constants and variables, one can identify the process in which informality is present.

Role of Informality in formation of Third Places

PLAY OF CONSTANT AND VARIABLES CONSTANT > VARIABLES

VARIABLES > CONSTANT

INFORMALITY IS ALWAYS PRODUCED AND CONNNECTED WITH FORMAL BOUNDARIES

The framework comprising of spatial configuration, the notion of transition and mapping of activities, revealed certain aspects as followed: Activities associated with third places can’t be defined, as the nature of it is to continuously change, variate, reconfigure, and evolve through time. Spaces are emerged out as per the need and are highly based on the spontaneity in those formations. The key finding of the inherent quality lies within the hierarchy of spaces and its subtle transitions, highly providing its users to manipulate space up to a certain extent from public to private domain.

Case of Pol structure

The only way out to connect virtually

Technology (Virtual Third place)

Religion Caste

Community

Occupation

Home

No of Ideology members

NUCLEAR FAMILY

Periphery of One’s Home

Social Structure Work

New Public Life emerged near One’s Residential Neighborhood

DIVERSE COMMUNITY

Role of Technology?

Community Structure

Technology(Virtual Third place)

Third places(During pandemic)

Third Places_Ahmedabad(During Pandemic)

CHAWLS

APARTMENTS

ROW HOUSES

BUNGALOWS/TENAMENTS

POLS

LOCAL NEIGHBORHOOD

PUBLIC PLACES

Formation of Third Places(Today’s Time)

New ways to socialize while maintaining physical distancing

Morning Third Places

Afternoon Third Places

Pol structure_Row Housing_Vertical Housing

Transformation of Third places

The study of Third places in Row Housing and Vertical housing revealed that the activities associated with Third places have changed in many ways as compared to earlier, also the spaces facilitating those formations have altered considerably. One can identify a lot of potential Third space associated activities happening in a compartmentalized form in the semi-open spaces attached to an individual home, limiting it to family members only.

Evening Third Places

Night Third Places

Also, in the case of Pol structure, one can identify the role of Informality in the formation of Third places which now has changed drastically as the newer developments with spaces confined in boundaries.

So if the steps are taken in direction to bring these individual activity formations together and quality for informality, it could easily revive third places. Also, the research revealed some aspects as to how those confining boundaries could break and inherit third spaces in a better way.

Jaipur, Rajasthan

08

Beyond Facades_a dialogue amongst Altered Spaces (2019) Watering Through Yester Years (2017) Workshops

The course is designed for the participants to closely encounter the urban fabric of the planned city of Jaipur in terms of concept, heritage value, street network, visual appearance, the inner spatial arrangements and spatial functioning, community, Sociocultural aspects and thereafter club all these observational & factual fndings to infer the transitions and alterations in the given area over time.

Topkhana Desh 1 Key Plan Jaipur, Rajasthan

Beyond Facades a dialogue amongst Altered Spaces

2

3

Key Plan_Transect

Transect defining the Urban Blocks

Altered Spaces

Key Plan

Amer

Section AA’ Jaipur A’

UP

+1.10 m UP

+1.00 m

Jaipur-Amer, Rajasthan

Watering Through Yesteryears UP UP

-2.40 m

Panna Meena kund serves as a source for getting water, swimming or place for social meetings for people staying near-by. The place has a pattern of symmetrical stairs which leads you towards the water.

02

4

8

Site Plan

Panna Meena Kund

A

+0.40 m

+0.00 m

Scale and Proportion(Module Analysis)

Response to Sky

Ground line

The course was designed for participants to indulge in the water systems that have evolved through the ages in the city of Jaipur.

Being one of the first planned settlements in India, Jaipur had special provisions to ensure continuous water supply to its residents. Forts such as Amer, Jaigarh and Nahargarh have exceptional rainwater harvesting systems.

The study includes an understanding of water structures in Jaipur through documentation.

Response to Ground

Sky line

Key Plan(Baoris)

Academic works

09

Material Explorations

Sequencing.construction.details

Vikas Community, Auroville

CSCB & Rammed Earth

1:10

The process of making & construction for CSEB & Rammed earth material including Foundation layers, CSEB blocks, Sill-Lintel Details, Vaults in space making were explored and understand through this project.

Nett House_Staircase detail 1:10 Steel & Glass Here, along with handling technicalities of building staircase, in the c-shaped staircase of Nett house, the relations and its manipulation for material steel and glass were understood.

Installation

1:1

Wooden Joineries An abstract wooden installation was made by exploring different joinery details for wood material.

The use of materials w.r.t its sensorial aspect and play of light through the slab were explored in the case of Tara house.

1:10

Tara House, Mumbai

Concrete & Random Rubble

Paper Log House, Bhuj

Paper Tube & Bamboo 1:10 Paper tube having the temporal aspect as Building material, here the foundation and construction details that were used to sustain it were understood.

Parekh House, Ahmedabad

Material alteration Installation

1:1

Brick Arches

Installation

1:1

Bamboo Joineries

The exercise helped to explore the possible material palette based on the span and need of the space within the already designed part of the Parekh house.