Yash Shah (Urban Design + Architecture) Portfolio Urban Design | Faculty of Planning yash.ug180694@cept.ac.in yash.shah.urban.legodesign@gmail.com C E P T U N I V E R S I T Y 2 0 1 8 2 0 2 2
Yash Shah
September 5, 2000 Ahmedabad, Gujarat, India
(+91) 79907 53818 yash.ug180694@cept.ac.in yash.shah.urban.legodesign@gmail.com
Address
20, Arihant Society, Near Kesariyaji Nagar, Vasana, Ahmedabad- 380007.
Education
Sharda Mandir Vinay Mandir, Ahmedabad.
• S.S.C. (2016): 92% | H.S.C. (2018): 83%
CEPT- Centre for Environmental Planning and Technology, Ahmedabad.
• Bachelor of Urban Design, 2018 (ongoing)
Faculty of Planning
Competitions
• Star Studio Design Competition
Residential Category- 2020
• Fentress Global Challenge
Futuristic Airport Design- 2021
• MIG Prize
Riverside Development- 2021
• Beirut Competition
Port Development- 2022 (ongoing)
Work Experience
• Architectural Designer
AC Builders, Ahmedabad 09/2021-01/2022
• Design Intern-employee
EDEN Infrastructure, Ahmedabad 07/2022-Present
Achievements
• Top 20
Star Studio Design Competition
Residential Category- 2020
Other Interests
• Travelling
• Sketching
• Photography
• Gaming
• Model Making/ 3D Printing
• Hand Drafting
Software Skills
AutoCAD Revit Adobe Illustrator ArcGIS/ QGIS SketchUp Adobe Photoshop Adobe After Effects WaterGEMS Rhino Adobe Indesign Lumion/ D5 SewerGEMS
INDEX - JOURNEY SO FAR 01 DISSOLVING BOUNDARIES 02 HUMANE HABITAT 03 RESIDENTIAL DESIGN- CHARKHA HOUSING URBAN PLANNING AND REGULATIONS: INTENT, MANIFESTATION AND DESIGN 05 WATER URBANISM 06 CONSTRUCTION TECHNOLOGY 20950 37100 3660 2100 11000 4100 2300 3200 2300 2300 3200 2300 3200 2300 3200 2300 4100 2300 ± mm USE 6MM GUSSET PLATE UNLESS NOTED. SHEET TITLENOTES STUDENT SCALE NAME YASH UG180694 FACULTY CEPT USE STRUCTURAL STEEL OF IS GRADE 226 1962. ALL WELDS ARE 6MM FILLET CONTINUOUS UNLESS NOTED. ALL STEEL WORK TO RECEIVE ONE COAT OF RED OXIDE BEFORE ERECTION. PROVIDE 12MM SAG ROD ONE PER BY. POSITION OF CLEATS FOR PURLING TO BE ADJUSTED ON SITE TO GET ALL PURLING IN ONE LINE. UR2612 - BUD CONSTRUCTION & STRUCTURE GROUND FLOOR PLAN ALL SIZES SHAPES CUTTING LENGTHS OF STRUCTURAL MEMBERS TO BE VERIFIED AFTER ACTUAL LAYOUT IN SHOP FLOOR FABRICATION. ANY DISCREPANCIES OR OMISSIONS MUST BE IMMEDIATELY BROUGHT TO OUR NOTICE PRIOR TO ACTUAL EXECUTION OF WORK. ALL WELDING ELECTRODE SHALL CONFIRM TO IS 816 IS 823 LATEST. ALL NUTS BOLTS SHALL CONFIRM TO IS 1367 LATEST. 07 DOCUMENTATION- VARANASI 08 MAPPING METHODOLOGY 09 INTERNSHIP DOCUMENTATION & OTHER WORKS
DISSOLVING BOUNDARIES
CHILDRENS LIBRARY AT LOVING COMMUNITY
Academic Year : Spring Semester 2021
Project Type : Architectural Design
Programme : Community Library
Site Location : Vastral, Ahmedabad, Gujarat
Studio Brief
The studio focuses on the Loving community in Vastral, formed in 1968 by people affected with leprosy, who have migrated from different parts of India. The neighborhood has 450 residents, from which a few still have reminiscences of the disease, even if cured. Most of the people living in this community work for factories nearby, drive rickshaws, and many beg on the streets. Today, around a hundred children are living in the community, their homes having a single room with families comprising of up to six members. The houses don’t have enough space for the residents and no proper space for children to study The studio centers on the design of a small children’s library. A place where they can meet, study, or be by themselves and also acting as a meeting point for children from different neighborhoods. The social stigma revolving around such communities, push them towards isolation and they end up like islands in the social fabric of the city. The studio will trigger discussions on how these boundaries between the Loving community and the neighborhood can be dissolved. The studio explores how equitable and inclusive spaces can be created, and discuss ways in which architecture can be a means to improve lives.
:
Softwares Used
*Isometric View of Vastral, Ahmedabd
Site Plan
6 | Site Section: Built-form and Relationship between Built and Open Threshold: Sections Site Model: Photos 75 150 100 80 208 242 153 250 Section AA’ 185 35 Section DD’ 175 20 260 380 Section CC’ 232 100 203 297
| 7 Selected Works | Yash Shah Site Analysis: Understanding Community Site Section: Character of Open Spaces and Thresholds
Concept Development: Ideal Reading Space
About Illustration: Thierry Urbain- Babylon’s Library
Thierry Urbain does not seem interested in communicating a supposed “exoticness”, but rather to let a timeless notion emerge from the reinterpreted structures. The black and white photos are taken via a large range of techniques and unusual points of view which transform the images into strong statements about space. A sense of stillness pervades the places with only atmospheric variations left to inhabit the rooms. The invented scenes reveal classical compositions involving simple volumes and structures devoid of any decoration. The compositions are lighted by means of a direct source that produces strong shadows. The reason behind selecting this photograph is unlike today’s faithful reader, the Babylonian reader is a believer. The numerous tiny windows are disposed as so many loopholes and organize the light; thus, at any moment while he was reading, the devotee could watch the ground that was covered or yet to be covered and, as in a game of memory, think again about what the book had already made him experience. One did not come to read, in the classical meaning of the word, but to perform a ritual which consisted of looking for a document and honor it.
8 |
Analysis, Research
The core idea of the design is to transform the existing and large abandoned space into a needful structure for surrounding communities. The library should not be remained only as a center for learning but also encourage interaction between children of different communities. The contained open space in the center will be a nice and latest gathering space for the community people and will provide an opportunity to collect a large amount of rainwater. The concept ‘Joy of Peeking’ could be mean for dissolving boundaries.
The simplicity of the structure acts as an extension of the community. The construction process provides jobs for the local unemployed residents and materials like bricks, ceramic tiles can be manufactured locally.
Abstract: Design Idea and Objective
| 9
Isometric: Design Visulization Design Development:
10 | 1 2 3 4 5 67 8 9 10 10 10 10 10 11 Ground Plan at +1500 mm 0 1 3 m 1. Classroom 2. Group Reading Space 3. Book Storage + Reading Space 4. Private Reading Space 5. Group Working Space 6. Individual Working Space 7. Work Platform for Women 8. Services 9. Contained Open Space 10. Courtyard 11. Balcony Section
| 11 Selected Works | Yash Shah Roof Plan Section 0 1 3 m 1. Classroom 2. Reading Space 3. Working Space 4. Work Platform for Women 5. Services 6. Contained Open Space 7. Courtyard 8. Balcony 2 2 2 1 3 345 6 7 7 7 7 7 8 Design Intervension: Plans, Sections
HUMANE HABITAT
THE ALCHEMY OF PLACE, PEOPLE AND PALIMPSEST
Academic Year : Spring Semester 2020
Project Type : Architectural Design
: Housing Design
Site Location : Abhay Ghat, Ahmedabad, Gujarat
Studio Brief
Home is one of the most intimate spaces that we engage with mind, body and soul. Home is not merely a shelter but defined as the place where the heart rests. House with a heart makes a home, homes make neighborhoods, neighborhoods make communities, communities make societies, and societies shape our living environments. We shape our world and the world around shapes us.
Vernacular architecture and self-made settlements such as Pols, slums and urban villages, having been evolved locally of the place, by the place, for the place, and refined over time, while being true to the culture, context and climate, have stood the test of time for their socio cultural appropriateness, timeless aesthetics, and environmental sustainability
The studio brief was thus focused on understanding, experiencing, analyzing, and interpreting the wisdom of the Vernacular in contemporary times, and translating its ethos and principles in creating high density contemporary urban neighborhoods which are humane in scale, interactive, plural for diverse value’s coexistence and sustainable for the given context of climate and construction.
Programme
Softwares Used :
*Concept Drawing for Aranya Social Housing by B.V. Doshi
*Perception of Ideal Neighborhood
14 | Site Area
Ground(+) Floors-
1
BHK- Module Design
Ground(+) Floors- 2 BHK- Module Design Sections Ground
3D Views
| 15 Selected Works | Yash Shah Design Developement and Master Plan: Plans, Sections, 3D Visualization
Ground Floor Cluster Plan
CHARKHA HOUSING
STAR STUDIO- RESIDENTIAL DESIGN
Year : July 2021
Project Type : Architectural Design
Programme : Community Housing Design
Site Location : Abhay Ghat, Ahmedabad, Gujarat
*SHORTLISTED PROJECT FOR TOP 20
Design Brief
The concept of the project is about self-sustainability, and fulfilling our responsibilities both towards the environment and to our family i.e. financially. Mahatma Gandhi encouraged sustainable development to fulfill the present needs without compromising the needs of the future generation. Gandhi’s way of living is the best example of sustainable development. These houses promote a better lifestyle while being sustainable and contributing to the longevity of our resources simultaneously. These houses also allow freedom of utility making room for not only residential purposes but also providing new opportunities to start a home-based business. It further creates more environmentally aware individuals who will maintain this way of living. The houses are equipped with features like a state-of-the-art solar plant and beautiful as well as purposeful terrace gardens. The project has houses that are suitable to all needs, providing variations in the space through open, semi-open, and closed spaces for people of all likings. Some clusters of homes create some spaces which can also work as a collective courtyard between those houses. Thus creating possibilities for community based cottage industries.
Softwares Used :
URBAN PLANNING AND REGULATIONS: INTENT, MANIFESTATION AND DESIGN
RE-IMAGINING MILL LANDS OF MUMBAI
Academic Year : Spring Semester 2022
Project Type : Urban Planning
Programme : Development Plan
Site Location : Kamala Mills, Mumbai, Maharashtra
'' svapnaa/cyaa Sahrata Aapalae svaagata Aahe ""
Studio Brief
Indian cities are the most social, environmental & economic complex systems in the world, which have also realised issues like lack of good quality public realm & inclusive pedestrian infrastructure, insufficient green cover, unaffordable land market and an over regulatory development framework. These issues are a result of an archaic idea of city planning & design with multiple city stakeholders and their interactions. The competing views of various stakeholders - from private to public, from govt to citizens - towards city design, which materialize in the form of national/State level policies, city-level development plans & building regulations, all of which culminate in tangible changes to shape cities. This course aims to understand the competing process of push & pull of citymaking from macro to micro scale. The students will explore this through various analytical techniques & design processes across 3 modules at the city & area level with a specific focus on manifesto, design of public & private realms and their regulations. From tracing the impacts of acts, policies, regulations at city level to Site analysis & manifesto building, the students will translate these projections into a master plan followed by 2 design processes to finally compare & offer recommendations.
Softwares Used :
*Design Manifesto
trade World lodha
KaMala MillS
World one peninSula
These issues also manifest themselves evidently in the chosen site, Kamala Mills South Bombay. Owing to the location, it is very well connected to the rest of the city, through all modes of transportation. The site has changed drastically over the past few decades, and a significant usage of land to construct high rise buildings, restaurants, and other recreational hubs. However, all this development has occurred towards the west side of the site, while the eastern face is surrounded by chawls, public housing schemes (MHADA) typology. This can also be seen in the economic disparity of the user groups of the respective buildings.
Some significant problems that can be seen on the site include the disparity in land usage patterns, lack of open spaces, (private or public), lack of connectivity from west to east of the site, and the stark contrast between the formal and informal way of settlements and vending.
HOUSING INFRASTRUCTURE DISPARITY
LACK OF OPEN AND GREEN SPACES
20 |
Menifesto: Narrative Site: Present Issues
&
| 21 Selected Works | Yash Shah INFRASTRUCTURE ACCESSIBILITY
CONNECTIVITY Manifesto: Narrative | Site Issues
22 | MORE ACCESSIBLE AND INTERACTIVE HAVING A NETWORK OF BICYCLE ACROSS THE SITE EASY ACCESS TO PUBLIC TRANSPORT HAVING A NETWORK OF BICYCLE ACROSS THE SITE ACTIVE FRONTAGES for multiple interactions IMPROVED STREET EDGES COMFORTABLE PAUSE POINTS UNDISTURBED WALKWAYS
PROVISION OF GREEN BELTS ALONG THE
WALKWAY Connectivity: Improving Means of Transportation Streets: Redesigning Street Infrastructure Vision and Strategies
ENHANCING
| 23 Selected Works | Yash Shah
SHARED
GREEN AND OPEN INTERACTIVE SPACCE WITHIN THE SITE
THE CONDITION OF PUBLIC OPEN SPACES BUFFER SPACE BETWEEN BUILT & STREETAFFORDABLE HOUSINGS BETTER DISTRIBUTION OF AMENITIES Balanced Infrastructure: Improving the Disparity between Infrastructure Increasing Porosity through Cultivation of Open & Green Spaces Our Vision is to bridge the contrast between the two different economic groups through Affordable Housing and improve Open & Green Spaces , Accessibility along with Connectivity across the site. Redesign of street infrastructure Improving Accessibility Improving the disparity Between infrastructure Increasing porosity through cultivation of green and open spaces // 1 // 2 // 3 // 4 Manifesto: Vision | Strategies
24 | 60% built 40% open FSI: 5 FSI: 6 FSI: 6 Built- open ratio in (%) Area in sq.m. 60% built 40% open50% built 50% openMaster Plan- Free Design FSI | Plot Area | Urban Conditions Commercial Residential Mixed use Green and open spaces N 9583.0 9056.6 8265.8 12508.6 8611.7 8409.9 9239.9 8425.1 8534.6 7024.3 7978.7 18218.4 18556.1 10360.6 7419.316013.5 15293.8 8708.1 8572.9 8587.1 9567.7 7557.3 5160.5 10187.0 12335.8 11247.9 18081.3 18416.7 12876.8 12696.8 5558.9 1 3 2 1151.7 Free Design Masterplan: FSI, Plot Area, Urban Conditions Plot Growth: Commercial Plot Plot Growth: Residential Plot PlotArea:8535sq.m. 3.5 7.5 40%Open 60%Built 5.0 10.0 PlotArea:8708sq.m. 3.5 5.0 50%Open 5.0 3.5 50%Built 50%Greenonterrace
Street
| 25 Selected Works | Yash Shah Urban Condition 01: Plan Urban Condition 01: Sections Urban Condition 02: Sections Urban Condition: Regulations Urban Condition 02: Plan Plot 1A Commercial ROW=21.0m. ROW=15.0m. Plot 1B Mixed-Use Plot 1C Public Space ROW=26.0 m. PublicPlot2DSpace ROW=15.0m. ROW=19.0 m. ROW=21.0m. Plot2B Mixed-Use Plot2C Mixed-Use Plot2A Residential LOS Regulations The minimum LOS should be min. 30% in a mixed- use plot and commercial plot, and min. 22% for residential plot. • It should be placed only in the core of the plot. • The min. building foot print should be 2400 sq.m. and any length should not exceed 45 m. • The LOS should be developed as commercial plaza for mixed- use and commercial plot, and recreational space for residential plot. Setbacks • A setback of 10.0 m. should be provided from arterial street. • A setback of 7.5 m. should be provided from sub-arterial street. • A setback of 5.0 m. should be provided from pedestrian street. • A 3.5 m. should be provided from common plot line.
Regulations The primary street should be arterial street with the width of 26 m. which should have 4 vehicular lanes of 3.5 m. each, 0.8 m. median, 1.2 m. cycle lane on both edges and 2 m. sidewalk. • The plantation and public utilities should be placed on dedicated space on sidewalk. It should be 10 m. away from the junction. • Entries and exits to the plots should be atleast 30 m. away from any vehicular junction. • The secondary street should be sub-arterial with the width of 21 m. This should include 2 vehicular lane of 3.5 m. each, 0.8 m. median, 2 m. sidewalk. • Zebra crossing of 2.4 m. wide should be placed at the pedestrian crossing. The street elements such as bollards, ramps and tactile paving should be provided. Free Design: Urban Conditions
26 | master plan- CONSTRAINT design fsi | plot area | urban conditions Commercial Residential Mixed use Green and Open Spaces Area in sq.m.Built & Open ratio in (%) N 1 3 2 Constraint Design Masterplan: FSI, Plot Area, Urban Conditions Plot Growth: Commercial Plot Plot Growth: Residential Plot PlotArea:8535sq.m. 4.5 4.5 20%ROS FSI:3.0 BuiltHeight:25.2m. 4.5 4.5 PlotArea:8680sq.m. 3.6 3.6 8%ROS FSI:4.0 BuiltHeight:21m. 3.6 3.6
| 27 Selected Works | Yash Shah Urban Condition 01: Plan Urban Condition 02: Plan ROW=21.0m. ROW=15.0m. Plot 1A Commercial Plot 1B Mixed-Use Plot 1C Public Space ROW=26.0 m. Plot 2D Public Space- Neighbourhood Park Plot2A Residential Plot2B Residential MHADA Plot2C Residential MHADA Urban Condition 01: Sections Urban Condition 02: Sections Urban Condition: Regulations For the development of individual plots with single building in residential and commercial layouts, LOS (earlier was called ROS: Recreational Open Space, now LOS: Layout Open Space) to be provided: (i) Area from 1001 sq. m to 2500 sq. m. = 15 % of Plot Area (ii) Area from 2501 sq. m to 10,000 sq. m = 20 % of Plot Area (iii) Area above 10,000 sq. m = 25 % of Plot Area • A tower-like structure may be permitted only with 6 m. open space at the ground level and one-setback at the upper levels provided that the total height does not exceed 24 m. • For development of land for transit camp/mill workers housing undertaken by MHADA, FSI up to 4.0 including Zonal (basic) FSI shall be allowed. • Recreational Open Spaces up to 8% shall be allowed. LOS: Layout Open Space For residential, 10% of plot area shall be given to MCGM for development which will be included in: • Area from 2501 sq. m to 10,000 sq. m = 20 % of Plot Area. • Area above 10,000 sq. m = 25 % of Plot Area For MHADA Housing, 8% of plot area shall be provided for LOS. FSI For residential and commercial: 3.0 For MHADA Housing: 4.0 Constraint Design: Urban Conditions
WATER
TOURIST ANALYSIS OF RAJGIR, BIHAR
Academic Year : Monsoon Semester 2021
Project Type : Urban Design
Programme : Water Infrastructure
Site Location : Rajgir, Bihar
Studio Brief
“Water is constantly in motion, changing states, crossing borders, nourishing (and destroying) life. How can water and urbanism be considered together as a generative frame for urban design practice, social life, and ecological regeneration? ” - Kate Orff, Columbia University Graduate School of Architecture, Planning and Preservation. Water is the initiator of all primary civilizations. It was amongst the first reasons for agglomerations and settlements. The way a settlement would respond to the nature of a water body, gave a certain characteristic to its form. While the making of cities have been generally characterized by their association with river, there are other layers of water systems - including storm water drainage, water retention structures like lakes, stepwells, ponds etc, waste water management all of which are mostly neglected.
Cities today want to go beyond its water systems to reinvent their waterfront for shaping its future, driven by economics, politics, place making and imageability. The studio posits that water and cities must be understood within an expanded notion of a constructed ecosystem.
URBANISM
Softwares Used :
*Irrigation via Nile
30 | BIHAR | Jain CircuitBIHAR | Buddhist Circuit
BIHAR | Art & Crafts
| 31 | Yash ShahBIHAR | Sufi CircuitBIHAR | Ramayana Circuit
BIHAR | Museums
BIHAR: Tourist Analysis
Silk Route
from the
B.C.
Aryadeva and Nagarjuna discover deeper meanings to Buddha’s preachings.
Maniyar Math: Maniyar Math is also be lieved to be the place of Yagna of Buddhist era. It is constructed of cylindrical bricks. It is an amazing ex ample of art of Gupta peri od (320 - 550 AD).
Sonbhandar Caves: The inscriptions shows that the Sonbhandar Caves were excavated in the third or fourth century A.D. by a Jaina ascetic.
Maniyar Math is situated almost right in the centre of the city, was some kind of ‘Pantheon of Rajagriha’.
Construction of
Route was
the
ry A.D.
that
to the
from
Bhiksusutra came into light. It dealt with logic which was different from the ideology of Buddhism.
was
Route because of the
that took
and
the
427 AD Nalanda University was established
Fa-Hien: Visited India early in the 5th century A.D., found emtiness and desolation in the valley. Outside the hills, there was a band of monks inhabiting the monastery of Karandavenuvana.
Construction of Jain Tem ples: A figure of Mahavira was found with an indistinct inscription of about the fifth century A.D. on the pedes tal.
hieun Tsiang and I-Tsing vis ited Nalanda as pilgrims
Huen Tsang: Visited
quater
tury.
Of the ancient
and stupas
the
32 | Documentation of Flora Different types of Plants and Trees in 01 TREES Dillenia pentagyna Roxb. 30m analysis HUDCO analysis History analysis Circuit analysis NALANDA University 5th Century B.C 4th Century B.C 2nd Century B.C 1st Century A.D Pre- history 1810 C.E 3rd Century A.D 7th Century A.D 9th Century A.D 11th Century A.D 13th Century A.D 15th Century A.D 17th Century A.D 3rd Century B.C 1st Century B.C 2nd Century A.D 4th Century A.D 6th Century A.D 8th Century A.D 10th Century A.D 12th Century A.D 14th Century A.D 16th Century A.D 1800 C.E 5th Century A.D Documented in Ramayana and Mahabharata: One of the Ancient names, ‘Vasumati’ found in Rama yana. The name ‘Barhad rathapura’ mentioned in Mahabharata. Cyclopean wall was Built. Buddhism propounded with enlightenment and propogation of Buddha’s teachings. Loss of Status: Ajatasatru’s successor Udayin (459-443 B.C.) transferred his capital from Rajagriha to Pataliputra, probably owing to the con venient communication af forded by the rich river-sys tem of the place. Rise of Guptas At the receding end of the higher slope within 50 feet of the main stūpa, an ob long water reservoir has been found. It is about 100 square feet (Patil 1963: 152).
The Silk
a his toric trade route
dated
second century
until
14th centu
It stretched
Asia
Mediterranean, traversing China, India, Persia, Arabia, Greece,
Italy. It
dubbed
Silk
heavy silk trading
place during that period.
Rajgir in the second
of the seventh cen
monasteries
he found only
foundation-walls and ruins standing.
Jain Tem ples: ‘Acharya- Vasanta- Mandir’: The inscription on the ped estal (on which Rishabhde va is seated) belongs to the eights century A.D. Philosophical attack by Sankara and Kumarila who proved the hollowness of Buddhism and preached that the world was an illu sion (Maya). Construction of wells: A writing was found on one of the well dating it back to 950 A.D. Still contains water about 12 ft. below the rim of the well. Destruction of Nalanda by Bakhtiyar Khilji (Mohammed ans) followed by loot and ram page. Medival Period emarbked the rise of Mughal Empire and fall of Magadh empire
Rise
of
British
rule in
Indian and fall of
Mughal
Empire
1965-69 Vishwa Shanti was inaugrated
RAJGIR | Historic Timeline BIHAR | Tourist Analysis RAJGIR | Analytical Data
| 33 Selected Works | Yash Shah ROPE WAY IT HUB INTERNATIONAL STADIUM ELEVATED HIGHWAY GLASS SKYWALK VENUVANA ECO PARK GWLP RESERVOIR SAP TRAINING CENTER NEW NALANDA UNIVERSITY NEW INFRASTRUCTURE PROJECTS NEW Infrastructure projects Population projections 1,00,000 2,00,000 3,00,000 4,00,000 5,00,000 6,00,000 1,00,000 2,00,000 3,00,000 4,00,000 5,00,000 6,00,000 2020 2025 2030 2035 2040 Water System C.E 1850 C.E 1880 C.E 1910 C.E 1940 C.E 1960 C.E 21st century C.E 1830 C.E 1840 C.E 1870 C.E 1900 C.E 1930 C.E 1950 C.E 1990 C.E 1820 C.E 1860 C.E 1890 C. 1920 C.E 1970 C.E 1980 C.E 2010 2023 2017 2046 2015 2019 2121 2071 2021 2020 2022 2018 2017 Proposal for Green field international Airport at Rajgir Nalanda RAJGIR INTERNATIONAL STADIUM COMPLETION - MARCH 2022 RENEWABLE ENERGY PRO JECT STARTS 2023 BUDDHISM HERITAGE CORRI DOR PROPOSED GREEN FIELD AIRPORT PROPOSED IT HUB PROPOSED 2021 EVEVATED MONUMENTAL HIGH WAY PROPOSAL ACCEPTED AUGUST 2021 1903- narrow-gauge rail way laid by Martin’s Light Railways from Bakhtiarpur to Bihar Sharif 1911- Railway line extend ed to Rajgir 1915- Site excavation took place revealing layers and layers of construction. 1922- Rajgir being men tioned in Patna Province Shanti Stupa 1956 - The National High ways Act, 1956[4] provided for public i.e. state invest ment in the building and maintenance of the high ways 1956 - The National Highways Act, 1956[4] provided for pub lic i.e. state investment in the building and maintenance of the highways 1965-69 Vishwa Shanti Stu pa was inaugrated 1988- the National High ways Authority of India was established The function of NHAI is to develop, maintain, and manage the National High ways and any other high ways vested in, or entrusted to, it by the Government of India. April 2010- Adopted a new systematic numbering of National Highways The Buddhist Circuits in clude all the places of high significance that are Holy Sites of Buddhism; where Lord Buddha was born, attained Enlightenment, preached his first Sermon and attained Nirvana Buddhist Circuit: Bodhgaya- Nalanda-Raj gir-Vaishali-Kahalgaon-Pat na. Dharmayatra Circuit: Bodh Gaya-Sarnath-Kushi nagar-Piparvah. Extended Dharmayatra Circuit: Bodh Gaya-Vikramshila-Sar nath- KushinagarKapilvastu-Sankisa–Pipar vah. BIHAR & RAJGIR: Analysis
34 | Slope Stream Pattern Contour @ 10 m interval Road Network Surface Drainage Soil Drainage Hill Shade Ground Water Flow Direction Geomorphology
Landscape
Water
Ways
Geomorphology
Dillenia pentagyna Roxb.
Sterculia ureas Roxb.
Butea moeosperma (Lam.) Taub.
Bombax ceiba L
Kydia calycina Roxb.
Coehlospermum religiosum (L.) Alst
Flacourtia indica (Burm. f.) Merr.
Semecarpus anacardium L.f.
Miliusa tomentosa (Roxb.) Sinclair
Moringa oleifera
Acacia nilotica
Borassus flabellifer
Schleichera oleosa (Lour.) Oken
Soymeda febrifuga A. Juss.
Boswellia serrata Roxb.
Murraya paniculata (L.) Jacq.
Alangium Salvifolium
Terminalia Arjuna
Dalbergia latifolia Roxb.
Terminalia Bellirica
Acacia Catcheu
SHRUBS
Capparis sepiaria L.
D. triangulare (Retz.) Merr.
Achyranthes aspera
Woodfordia fruticosa (L.) Kurz
Abutilon indicum (L.) Sweet
Capparis zeylanica L.
SEDGES
Cyperus iria L.
Cyperus exaltatus Retz
Scleria levis Retz.
Scirpus maritimus L.
Cyperus rotundus L
Cyperus malaccensis Lam
GRASS
Eulalia trispicata (Sch.) Henr.
Pennisetum pedicillatum trin
Crypsis schoenoides lamk
B. pertusa (L) A. Camus
Documentation of Flora
| 35 Selected Works | Yash Shah
Different types of Plants and Trees in Rajgir 01 TREES
J F M A M J J A S O N D 5m 0.5m 1m 2m 3m 4m 5m 0.2m 0.4m 0.6m 0.8m 1m 1.2m 0.2m 0.4m 0.6m 0.8m 1m 1.2m 10m 15m 20m 25m 30m RAJGIR: Ecology RAJGIR | Documentation of Flora
• Taking water as central element.
• Enhancing water network.
• Restructuring existing ahar-pyne system.
Water System
Land Use Plan
• Play with open, semi-open and covered spaces.
• Defining hierarchy from built to unbuilt.
• Diversifying types of spaces.
Built vs. Open Cultural Pedestrian Spine
• Enhance according to ridges.
• Create a hierarchy of thresholds.
• Super imposing rigid grid system.
• North-south oriented road network.
• Creating a variety of open spaces to address different stakeholders (age group, gender, and so on).
Spaces
36 |
Road Network Open
| 37 Selected Works | Yash ShahSection Master Plan Design Intervension: Site Analysis | Master Plan
Blue Spine
Vehicular Corridor
Scenic Zone
Bus Station
Community Spaces
Tourist Information Center Urban Village Urban Park
Urban Haat
Performance Space Exhibition Spaces
Workshops
Film City
NOTES
CONSTRUCTION TECHNOLOGY Academic Year : Spring Semester 2021 Project Type : Construction and Structure Programme : Toll Plaza Design Site Location : Gujarat, India WORKING DRAWING- TOLL PLAZA 20950 37100 3660 2100 11000 4100 2300 3200 2300 2300 3200 2300 3200 2300 3200 2300 4100 2300 ±0mm +447mm + 1222 mm 31 1 2 2 ℄ OF SYMMETRY 02 SHEET TITLE CONSTRUCTION & STRUCTURE 2CANOPY FOUNDATION PLAN SIZES SHAPES CUTTING LENGTHS OF STRUCTURAL MEMBERS TO BE VERIFIED AFTER ACTUAL LAYOUT IN SHOP FABRICATION. Canopy Foundatio Plan Footing Details 75 X 75 X 6 L 75 X 75 X 6 RHS2L 90 X 90 X 8 2L 90 X 90 X 8 RHS2L 75 X 75 X 6 2L 75 X 75 X 6 CROSS 2 L 50 X CROSS 2 L 50 X - USE 6MM GUSSET PLATE UNLESS NOTED.
- USE STRUCTURAL STEEL OF IS GRADE 226 1962. - ALL WELDS ARE 6MM FILLET CONTINUOUS UNLESS NOTED. - ALL STEEL WORK TO RECEIVE ONE COAT OF RED OXIDE BEFORE ERECTION. - PROVIDE 12MM SAG ROD ONE PER BY. - POSITION OF CLEATS FOR PURLING TO BE ADJUSTED ON SITE TO GET ALL PURLING IN ONE LINE. - ALL MEMBERS FLOOR - ANY BROUGHT WORK. - ALL LATEST. - ALL 75 X 75 X 6 L 75 X 75 X 6
L G.L. Lvl. Madian Top Lvl. L 125NB (M) 750X750X25mm Thik Base Plate RIb plate 10mm Thik 25mm 8.No.Bolt 800mm length 25mm 8.No.Bolt 800mm length RIb plate 10mm Thik 1000X550X25mm Thik Base Plate 1400X550X25mm Thik Base Plate B A RIb plate 10mm Thik 25mm 8.No.Bolt 800mm length F3 F2 F1 RHS 400X400X8 thk Gutter A Gutter RHS 400X400X8 thk RHS 400 X 400 X 8 thk RHS 400 X 400 X 8 thk RHS 400 X 400 X 8 thk RHS 400 X 400 X 8 thk ALL VERTICAL & DIAGONALS 2 L 45 X 45 X 6 SHS 125X125X6 thk 90 X 90 X 8 90 X 90 X 8 90 X 90 X 8 90 X 90 X 8 90 X 90 X 8 K K K K Ø25TIEROD Ø 25 TIE ROD 3000 900 900 525 675 3660 05 SHEET NO - USE 6MM GUSSET PLATE UNLESS NOTED. SHEET TITLENOTES STUDENT DETAILS SCALE NAME YASH SHAH UG180694 FACULTY OF PLANNING CEPT YNIVERSITY 1:50 - USE STRUCTURAL STEEL OF IS GRADE 226 1962. - ALL WELDS ARE 6MM FILLET CONTINUOUS UNLESS NOTED. - ALL STEEL WORK TO RECEIVE ONE COAT OF RED OXIDE BEFORE ERECTION. - PROVIDE 12MM SAG ROD ONE PER BY. - POSITION OF CLEATS FOR PURLING TO BE ADJUSTED ON SITE TO GET ALL PURLING IN ONE LINE. UR2612 - BUD CONSTRUCTION & STRUCTURE 2CROSS SECTION - ALL SIZES SHAPES CUTTING LENGTHS OF STRUCTURAL MEMBERS TO BE VERIFIED AFTER ACTUAL LAYOUT IN SHOP FLOOR FABRICATION. - ANY DISCREPANCIES OR OMISSIONS MUST BE IMMEDIATELY BROUGHT TO OUR NOTICE PRIOR TO ACTUAL EXECUTION OF WORK. - ALL WELDING ELECTRODE SHALL CONFIRM TO IS 816 IS 823 LATEST. - ALL NUTS BOLTS SHALL CONFIRM TO IS 1367 LATEST. GRAPHICAL SCALE 0 50 150 350 cm SECTION-A L 50X50X6 (TYP.) 75 X 75 X 6 L 75 X 75 X 6 ℄ OF SYMMETRYALL VERTICALS & DIAGONALS 125NB (M) RHS 400X400X8 thk RHS 400 X 400 X 8 thk ALL VERTICAL & DIAGONALS 2 L 50 X 50 X 6 SHS 125X125X6 thk 2L 90 X 90 X 8 2L 90 X 90 X 8 2L 90 X 90 X 8 125NB (M) RHS 400X400X8 thk RHS 400 X 400 X 8 thk ALL VERTICAL & DIAGONALS 2 L 50 X 50 X 6 SHS 125X125X6 thk 2L 75 X 75 X 6 2L 75 X 75 X 6 2L 75 X 75 X 6 BRACING 50 X 6 BRACING 50 X 6 SECTION- B- CANOPY CROSS SECTION DETAIL-1 CANOPY CROSS SECTION DETAIL-2 BASE PLATE DETAILS 750X750X25mm THICK. BASE Plate RHS 400 X 400 X 8 thk 25mm 8.No.Bolt 800mm length 1025 90 X 90 X 890 X 90 X 8 INTERNAL CLEAT L 50X50X6 INTERNAL CLEAT L 50X50X6 90 X 90 X 890 X 90 X 8 L L SECTION K-K SECTION L-L 2 90 X 90 X 8 2 90 X 90 X 8 INTERNAL CLEAT L 50X50X6 (TYP.) X X INTERNAL CLEAT L 50X50X6 INTERNAL CLEAT L 50X50X6 90 X 90 X 8 90 X 90 X 8 RHS 400 X 400 X 8 thk SECTIONAL VIEW X-X 10MM PLATE 10MM PLATE DETAIL-A 06 SHEETSHEET TITLE STUDENT DETAILS SCALE NAME YASH SHAH UG180694 FACULTY OF PLANNING CEPT YNIVERSITY 1:20 UR2612 - BUD CONSTRUCTION & STRUCTURE 2 DETAILS ALL SIZES SHAPES CUTTING LENGTHS OF STRUCTURAL MEMBERS TO BE VERIFIED AFTER ACTUAL LAYOUT IN SHOP FLOOR FABRICATION. ANY DISCREPANCIES OR OMISSIONS MUST BE IMMEDIATELY BROUGHT TO OUR NOTICE PRIOR TO ACTUAL EXECUTION OF WORK. ALL WELDING ELECTRODE SHALL CONFIRM TO IS 816 IS 823 LATEST. ALL NUTS BOLTS SHALL CONFIRM TO IS 1367 LATEST. GRAPHICAL 0 80 240 SECTION-A L 50X50X6 (TYP.) 75 X 75 X 6 L 75 X 75 X 6 ℄ OF SYMMETRYALL VERTICALS & DIAGONALS 125NB (M) RHS 400 X 400 X 8 thk ALL VERTICAL & DIAGONALS 2 L 50 X 50 X 6 SHS 125X125X6 thk 2L 90 X 90 X 8 2L 90 X 90 X 8 2L 90 X 90 X 8 125NB (M) RHS 400 X 400 X 8 thk ALL VERTICAL & DIAGONALS 2 L 50 X 50 X 6 SHS 125X125X6 thk 2L 75 X 75 X 6 2L 75 X 75 X 6 2L 75 X 75 X 6 BRACING BRACING SECTION- B- CANOPY CROSS SECTION DETAIL-1 CANOPY CROSS SECTION DETAIL-2 BASE PLATE DETAILS 750X750X25mm THICK. BASE Plate RHS 400 X 400 X 8 thk 25mm 8.No.Bolt 800mm length 1025 90 X 90 X 890 X 90 X 8 INTERNAL CLEAT L 50X50X6 INTERNAL CLEAT L 50X50X6 90 X 90 X 890 X 90 X 8 L L SECTION K-K SECTION L-L 2 90 X 90 X 8 2 90 X 90 X 8 INTERNAL CLEAT L 50X50X6 (TYP.) X X INTERNAL CLEAT L 50X50X6 INTERNAL CLEAT L 50X50X6 90 X 90 X 8 90 X 90 X 8 RHS 400 X 400 X 8 thk SECTIONAL VIEW X-X 10MM PLATE 10MM PLATE DETAIL-A 06 SHEET NOSHEET TITLE STUDENT DETAILS SCALE NAME YASH SHAH UG180694 FACULTY OF PLANNING CEPT YNIVERSITY 1:20 UR2612 - BUD CONSTRUCTION & STRUCTURE 2 DETAILS SHAPES CUTTING LENGTHS OF STRUCTURAL TO BE VERIFIED AFTER ACTUAL LAYOUT IN SHOP FABRICATION. DISCREPANCIES OR OMISSIONS MUST BE IMMEDIATELY TO OUR NOTICE PRIOR TO ACTUAL EXECUTION OF WELDING ELECTRODE SHALL CONFIRM TO IS 816 IS 823 BOLTS SHALL CONFIRM TO IS 1367 LATEST. GRAPHICAL SCALE 0 80 240 SECTION-A L 50X50X6 (TYP.) 75 X 75 X 6 L 75 X 75 X 6 ℄ OF SYMMETRYALL VERTICALS & DIAGONALS BASE PLATE DETAILS 750X750X25mm BASE Plate RHS 400 X 400 25mm 8.No.Bolt 800mm length Plan | Cross Section Canopy Truss Details
MAPPING, DATA ANALYSIS
VARANASI
Brief Introduction
Varanasi- an oldest living city of India, was the part for the Related Study Program (RSP). We documented a temple complex which consisted of a courtyard, a series of temples with great cultural significance and construction aspects which are documented.
DOCUMENTATION-
Academic Year : Monsoon Semester 2018 Project Type : Documentation Site Location : Varanasi, Uttar Pradesh
*All drawings are hand drafted.Detailed Exploded Isometric View of Temple Part Section Part Section Section Elevation
Exploded Door Deails
Plan
MAPPING METHODOLOGY
DOCUMENTATION, DATA ANALYSIS
Academic Year : Work from Monsoon Semester 2018
Project Type : Documentation and Mapping
Site Location : Ambli-Bopal, Ahmedabad, Gujarat Manek Chowk, Ahmedabad, Gujarat Vasna, Ahmedabad, Gujarat
Used :
Softwares
*Perception and Usage Mapping | Ambli, Bopal
44 | User Experience and Observation Mapping at Vasna
| 45 Selected Works | Yash Shah Mapping Methodology: Data Analysis
Design
INTERNSHIP WORKS C1F4 C1F2 C1F4 C1F5 C1F5 F1 F1 C1F3 C1F4 C1F4 C1F4 C1F4 C1F4 C1F4 C1F5 C1F4 C1F2C1F2 F2 F2 C1F2 C1F2 C1F2 C1F3 C1F3 C1F3C1F3C1F3 F6 C2 F6 C2 FOUNDATION PLAN 218 A-1.1 R - 0 A3 INDUSTRIAL DESIGN, WORKING DRAWINGS COLUMN NO F1 TYP. COLUMN DUCTILITY SECTION SLAB LVL. N.G.L. SECTION: X-X F.R.L. F.F.L. TYPICAL COLUMN FOOTING PLAN HOOK DETAILS FOR COLUMN RING THE HOOK IN CLOSED TIES THE HOOK IN OPEN TIES TYPICAL SECTION OF BUILDINGTYP. SECTION FOR PLINTH BEAM TYPICAL CORNER CONNECTION DETAILS Working Drawings Industrial Design Industrial Design Industrial
1/4 1/3 46/2 47/4 47/3 47/2 47/1+48/3 48/2 41/1 1/13 1/12 1/11ongc well 1 1+2A 1 1+2 B 1 1+2C2 1 1+2C1 1/18/C 1/18/B 1/18/A 1/17 1/16 1/22 1/21 1/20/B 1/20/A 1/19 1/18 1/10 1/7 1/8 1/9 49 RAILWAY HIGHWAY 1/14 1/15 RAILWAY J-50 GL=17.661 m H=10 m H2O J-51 GL=17.744 m H=10 m H2O H=10 m H2O J-53GL=18.100m H=9mH2O J-54 GL=18.400 m H=9 m H2O J-55GL=18.400m H=9mH2O J-56 GL=18.192 m J-57GL=18.492m H=9mH2O J-58 GL=18.215 m H=9 m H2O J-59 GL=18.515m H=9mH2O J-60 GL=19.000 m H=8 m H2O H=7 m H2O GL=19.000 m J-63 GL=19.300 m H=7 m H2O J-65 GL=17.843 m H=10 m H2O GL=17.860 m H=10 m H2O J-71 H=10 m H2O J-73 GL=17.740 m m P-5147mDia=140.0mm P-52 45 m Dia=90 mm P-53Dia=140.0254mmm P-5435mDia=90mm P-5526mDia=90mm P-5616mDia=140.0mm P-57 25m Dia=90mm P-58 15mDia=140.0mm P-59 21m P-60131 mDia=110 mm P-61 Dia=9036mmm P-62Dia=11070m mm P-6338m Dia=110mm Dia=160mm P-6521mDia=90mmDia=160mm P-68 117mDia=110mm P-6933mDia=90mm Dia=90mm Dia=90mm DRAWING TITLE:LOCATION:FOR:AGENCY:KALOL GIDC KALOL GIDC DRAWN BY:DRAWING NO.:SCALE:CHECKED BY:001-WATER NETWORK-KALOL GIDC N.T.S. PACKAGE NAME:D.D. RevisionS.R. EDEN INFFRASTRUCTURE AND ENGINEERING CONSULTANTS. F - 1107, Titanium City Center, Nr. Sachin Tower , 100 Ft. Anand Nagar Road, Satellite, Ahmedabad - 15. (M) +91 9725888718 R01. V.S. P.M.C.:DESIGN CONSULTANT:Sr No. Description Distribution of Pipe System 1 3 2 4 5 6 7 Proposed 90Ø PVC Line 6Kg cm Proposed 110Ø PVC Line 6Kg cm Proposed 140Ø PVC Line 6Kg cm Proposed 160Ø PVC Line 6Kg cm Proposed 200Ø PVC Line 6Kg cm Proposed 250Ø PVC Line 6Kg cm Sr No. Description Layer Manager 1 Proposed Sump Proposed ESR Culvert Junction 2 3 4 EDEN Proposed 280Ø HDPE Line 6Kg cm TREATED WATER SUPPLY NETWORK FOR KALOL GIDC 5 Sluice valve
EXPLORATION, UNDERSTANDING THE DESIGN, STUDYING STRUCTURE
Models were made for the jury’s understanding and deeper exploration of the studio objectives using a diverse range of materials. The cube was designed as a representation of the different joining techniques between wooden blocks, metal sheets, metal pipes, and metal rods. Thin bamboo sticks were used to create the cantilever structure, which was then put through tests with various weights to determine how loads transferred throughout trials. The structure was reinforced using cross bracings and triangular joineries. Understanding different forces, how they behave, and the fundamentals of “structure” design were the objectives of this.
MODEL MAKING
RENDERING, 3D MODELING Softwares Used : ARCHITECTURE VISULIZATION
*Lake House Design
*Interior Render *Visualization
*Cabin in Woods*Visualization
Yash Shah
2018-2022
(+91) 79907 53818 yash.ug180694@cept.ac.in yash.shah.urban.legodesign@gmail.com
FACULTY OF PLANNING BACHELOR OF URBAN DESIGN
