Architectural Academic Works 2017-2024 by Sanjay Patel

SELECTED WORKS 2017-2024

PATEL SANJAY

ARCHITECTURE PORTFOLIO

WORK EXPERIENCE

Research Thesis

Semester x SANJAY S PATEL

CONTACT NO.:

ADDRESS:

EMAIL:

EDUCATION

M.ARCH (2023-Ongoing)

B.ARCH (2017-2022)

+1-213-474-9098

Buffalo, NY

sanjaysa@buffalo.edu

Internship: Groundworks Architecture, Ahmedabad. July 2020 - December 2020

Freelancer: November 2022 - July-2023

• Bopal Eye Care Hospital : Renovation and interior designing of existing eye care clinic. Created with eye doctors and patients in mind, this design balances practicality to meet the specific needs of eye care, providing a warm and caring space.

• Keyur Shah Residence: Designing including civil work and interiors. Crafted with the homeowner’s lifestyle in focus, this design seamlessly combines functionality and interior embodies a harmonious blend of spaces where personal style and everyday living coexist effortlessly.

SOFTWARE SKILLS

AutoCAD

Sketchup

Adobe Photoshop

Adobe InDesign

Adobe Illustrator

ArchiCAD

Revit

Lumion

V-Ray

WORKSHOPS

University at Buffalo, NY

Indus University, Ahmedabad.

MANUAL SKILLS

Model Making

Sketching

Drafting

Rendering

LANGUAGES

English, Hindi, Gujarati

Listing and Documentation Workshop, INTACH Bhopal Chapter

Jaora, Madhya Pradesh. November 2021

Studying: Materials, Construction Techniques

Auroville, Pondicherry. January 2020

Documention of Aranya Housing, Indore, Madhya Pradesh. August 2019.

Hands-on Workshop: Reinterpreting Surfaces - The Catalonian Way. Ahmedabad. February 2019

Documentation of Vernacular Architecture, Dharamashala. June 2018

Documentation of Traditional House Form, Fatasa Ni Pol Ahmedabad. February 2018

Documentation of Havelis Bundi, Rajasthan. January 2018

CONTENT

1. Research Thesis. Bangalore

Aspects of Sustainability: Integrated with architecture works of Biome Environmental Solutions.

2. Adaptive Reuse. Buffalo Beverage Plaza.

3. Urban Studio. City - 17. SDG 12: Responsible Consumption and Production.

4. Internship Works. Ahmedabad

Shukla Residence

Jio Institute Interiors

5. Working Drawings. Auroville A Literature Library

6. Housing Studio. Gandhinagar Community Housing

7. Case Study. Houston, Texas Menil Collection

8. Material Exploration. Bamboo, Bricks, Rammed Earth, Poured Earth,Wattle and Daub, Ferrocement

9. RSPs and Collaborative.

Dharamshala, Pol House, Aranya Nagar, Reinterpreting surface

10. Mapping. Ahmedabad and Village

11. Miscellaneous. Sketches, Collage, Photography

RESEARCH THESIS

ASPECTS OF SUSTAINABILITY:

Integrated with Architecture works of Biome Environmental Solutions BUDDHI SCHOOL

ASPECTS OF SUSTAINABILITY : INTEGRATED IN WORKS OF BIOME ENVIRONMENTAL SOLUTIONS

JAKKUR, BENGALURU

Aspects of sustainability are integrated with architecture while designing the building rather than considering it as an addition later. There are several ways to achieve sustainability in architectural design. An architect makes decisions by taking into account the environmental factors, climate responses, water management, material and technological advancements, spatial nature, and social impact. In order to convey the thought of an architect toward specific strategies and goals while constructing a building towards “Sustainability,” it is vital to discuss and analyze the decisions made as a result of these aspects.

The set of approaches to the design decisions for sustainability is different and distinct in terms of location and siting, form and massing, spatial organization and circulation, materials and technology, and elements and finishes. Achieving sustainability stays the same, even though this strategy differs from site to site depending on the requirements and suitability. Therefore, the research intends to investigate these design choices connected to the Biome’s sustainable architecture.

01 Research Thesis Semester x

S W N E

Circulation with lightwells and larger openings towards internal void (northeast).

Lesser depth of the building in south and west side for illumination and cross-ventilation

Voids (Skylights) in classrooms for light and ventilation

Hot air rises up and goes out through courtyard

Classrooms arranged at periphery on south and west direction

Louvers below the ceiling as outlet

Inlet through operable windows and louvers below it

South West North East

Service block in south-west as it is the major source of radiation and wind.

ClassroomsandOfficesGroundFloor FirstFloor Circulation ToiletBlock

THE ATELIER

DODDAKNNALI, BENGALURU

Aim

— To understand the principles of sustainability and their integration into an architectural practice of Biome.

Objectives

— To understand the phenomenon of sustainability in the built environment concerning design decisions taken.

—To analyze the aspects of sustainability as integrated into space making in institutional projects.

—Biome is a Bangalore-based firm primarily focused on ecology, architecture, and water. It works with ecological principles, integrating sound water, energy, and land-

Filter Space below the mezzanine floor act as buffer area to avoid direct solar radiation

Buffer zone for crossventilation roof and walls

Aluminium sliding window and glass louvers as inlet

Perforated sheet on mezzanine floor as outlet

Aluminium windows as inlet

Perforated sheet as outlet

Roofing

Columns8TreeShaped for singular structure

Skin

Roofing: GI Sheet

False Ceiling: Bamboo Mat Plywood

Structure: Tree-like Columns of Mild Steel

Extrenal Facades: Fabrictated Mild Steel Frame with Perforated Metal Panels, Packaging Wood, Glass Louvers and fixed and operable windows

Partition: Papertubes Walls

Foundation: Chappadi Stone Slabs

Flooring: Interlocking Paver Blocks

ADAPTIVE REUSE

BEVERAGE PLAZA

CHANDLER STREET, BUFFALO

Section B

Scale: 1/8”-1’0”

Chandler Street in Black Rock, once dominated by industries, has transformed into a vibrant hub with commercial and residential spaces. Former industrial buildings now house diverse establishments like restaurants and breweries, offering an opportunity to attract a younger demographic. The revitalization focuses on embracing cultural diversity, community integration, and unique beverage experiences. The “Death of Coffee House” concept symbolizes the shift from a singular coffee culture to a more inclusive and culturally diverse beverage landscape, making Chandler a distinctive destination for patrons exploring various cultural beverages.

Section A

Scale: 1/8”-1’0”

B B A A Roof Plan

Plan B A A Plan Seat out Brewery Winery Retail Area Admin Reception Education Greenhouse Waste Management Processing Plant

Scale: 1/8”-1’0”

The program focuses on community selling and gathering, incorporating spaces for growth, processing, and education. Emphasizing adaptive reuse, the design prioritizes retaining existing walls as much as possible, with a key feature being the introduction of light through the roof. The flexible, free-flowing plan promotes cultural inclusivity, allowing people to move freely with their beverages. Permanent kiosks and temporary spaces accommodate sellers, including food trucks and community vendors. Preparation areas like roastery, winery, and brewery showcase the beverage-making process. Reused steel elements from the neighborhood form protruding structures that bring in light, particularly accentuating selling and gathering areas.

BEVERAGE PLAZA

CHANDLER STREET, BUFFALO

Final Iteration Structure Iteration - I Iteration - II Iteration - III

Scale: 1/8”-1’0”

Scale: 1/8”-1’0” North Elevation

Scale: 1/8”-1’0” East Elevation

Scale: 1/8”-1’0”

Scale: 1/8”-1’0” Section A Elevation

Scale: 1/16”-1’0” Roof Plan WASTE MANAGEMENT CENTER PROCESSING PLANT/ MECHANICAL/ ELECTRICAL RESTROOM

Section B Section A

B B

West Elevation

Perspective View

The studio brief was to design a hypothetical city by developing 17 plates according to the 17 SDGs. Further each plate was divided among the students to design a bus terminal responding to their respective SDGs on the plate.

City with warm and humid climate, has mountains on east, ocean in south west, and river flowing through centre of it

Site 12, is located on west of Site-02, Zero Hunger, Site-06, Clean Water and Sanitation on east, Site-11, Sustainable Cities and Communities and a canal passing from the center of the site.

The concept in designing the city tile was keeping the SDG 12 goal and its target in mind. As well as the bus terminal was designed for the same giving various strategies inclining towards SDG 12.

So, the bus terminal designed has a programmatic strategy of getting a ticket/credit with recycling PET bottles. Apart from this, it has various other suggestions such as remote waste management plant, compost toilets and raised bed garden in the bus terminal to promote SDG-12.

CITY-17

SDG-12 RESPONSIBLE CONSUMPTION AND PRODUCTION

03 URBAN STUDIO

Large Scale Industries Solid Waste Management Plant & Dumping Land Milk Treatment Plant Medium Scale Industries Small Scale Industries Corporate Offices Food Court Market Complex (Haat Bazaar) Street Vending Shops Shopping Mall Complex Resort Complex Health Centre Hospital Complex Organic Agricultural Farms Market Affordable Housing Private Residence MIG Housing Affordable Housing Community Space Education Centre Complex Government Buildings ULBs Bus Stop Corporate Offices Shared with Site 11 Shared with Site 11 Shared with Site 11 Shared with Site 11 MIG Retail Shops MIG & Retail Shops Daily Market BHK BHK Cottage Industries 45m Wide Green Patch Gas Station

1. Food Courts 2. Vegetable Markets 3. Cottage Industries 4. Bio-Fertilisers and organic manures industries 5. Organic Farms 6. LIG Township 7. Waste Recycling Plant 8. Solid Waste Treatment Plant and Landfill

1 2 3 4 5 6 7 8 9

9. Market Complex (Haat Bazaar)

SDG-12 RESPONSIBLE CONSUMPTION AND PRODUCTION Automatic Sliding Glass Doors at Bus stop Glass Doors at Entrance-2 Flat Roof for Overhead Water Tank Metal Shaft for Vent of Compost Toilets and Stand Display 40ft. Long Container in double volume space of Bus Stop Bus Routes and Time Display 20ft. Long Container as Station Management Area Flat Roof for Solar Panel Installation Axonometric Interconnectivity Mass - Void Centrality Enclosure

CITY-17

Bus Stand Bus Pick-Up & Drop Lane PedestrianPath Secondary Road Size 1: Pedestrian & Cycling Path - 3.25 m 2: Parking - 2.75 m 3: 3 Lane Road - 10.5 m 4: Median - 1.5 m Bus Stand Plan Views Views and Isometric of Bus Stand

GROUNDWORKS ARCHITECTURE AR. BRIJESH BHATHA

Responsibilities included preparation of construction drawings as well designing part of the project for various ongoing project of the firm. The projects includes interior of Shukla’s single family house which was 4BHK and floor of Jio institute in Ulwe.

Here, Shukla Residence comprises of designing a part of design and working drawings of ground floor. It has second level plan and section while Jio institute focused on interior details and hence comprises of the flooring layout plan, its details as well as the glazing details.

JIO INSTITUTE INTERIORS

MUMBAI Flooring Plan Section across 2nd floor Carpet flooring Vinyl flooring Wooden flooring Vitrified flooring Existing flooring Raised flooring

04 PROFESSIONAL WORK

SHUKLA RESIDENCE AHMEDABAD Lift 7 8 10 11 1 2 3 12 15 16 18 17 13 Entry 1. Entrance Porch 2. Vestibule 3. Powder Room 4. Bar & Lounge 5. Verandah 6. Day Room 7. Toilet 8. Living 9. Dining 10. Kitchen 11. Store 12. Utility 13. Verandah 14. Courtyard 15. Cloth drying Space 16. Servant Room 17. Bath 18. WC 7'0" 6'3" 8'6" 10'0" 6'0" 7'0" 27'0" 20'3" 12'0" x 21'0" 13'0" x 21'9" 6'0" 13'6" 15'6" x 15'9" 11'6" x 15'9" 13'0" x 16'6" 7'0" 10'9" 20'9" 10'0" 5'0" 16'6" 24'6" 16'6" 22'3" 10'3" 10'6" x 10'3" 5'0" 5'0" 5'0" 5'0" Built-up Area Calculation Garden 3,700 sq.ft. (411 sq.yards) 14 up up 44'-10 125'-11 87'-2 10'-4 16'-6" 24'-6" 10'-7 10'-2 63'-5 49'-0 25'-6" 75'-0 11'-2 6' 2' 3'-6" 12'-10 up ramp up 5'-4 2'-10 8'-3" Plastered wall Exposed RCC signage wall Planter Vehicular Sliding gate Pedestrian gate Exposed RCC wall Existing gate of adjacent property Lift 6 7 8 10 11 1 2 3 5 12 15 16 18 17 13 Entry 1. Entrance Porch 2. Vestibule 3. Powder Room 4. Bar & Lounge 5. Verandah 6. Day Room 7. Toilet 8. Living 9. Dining 10. Kitchen 11. Store 12. Utility 13. Verandah 14. Courtyard 15. Cloth drying Space 16. Servant Room 17. Bath 18. WC 7'0" x 6'3" 8'6" x 10'0" 6'0" x 7'0" 27'0" x 20'3" 12'0" x 21'0" 13'0" x 21'9" 6'0" x 13'6" 15'6" x 15'9" 11'6" x 15'9" 13'0" x 16'6" 7'0" x 10'9" 20'9" x 10'0" 5'0" x 16'6" 24'6" x 16'6" 22'3" x 10'3" 10'6" x 10'3" 5'0" x 5'0" 5'0" x 5'0" Built-up Area Calculation 4 Garden 3,700 sq.ft. (411 sq.yards) 9 14 up up 44'-10 125'-11 87'-21 2 10'-41 10'-1" 16'-6" 24'-6" 10'-7 110'-2 2 63'-5 49'-01 25'-6" 75'-0 11'-2 6' 2' 3'-6" 12'-103 up ramp up 5'-4 4 2'-10 4 8'-3" Plastered wall Exposed RCC signage wall Planter Vehicular Sliding gate Pedestrian gate Exposed RCC wall Existing gate of adjacent property Corridor Verandah Courtyard Lawn Corridor Balcony Staircabin Terrace Terrace Section 4-4 Section 3-3 Terrace Terrace Corridor Staircabin Corridor Verandah Courtyard Lawn Pooja rm Schematic Plan Section

First Floor Plan Pooja room Balcony Daughter Bedroom 1 Master Bedroom 1 Gym/Yoga Terrace Dress Toilet Daughter Bedroom 2 Master Bedroom 2 Toilet Toilet Toilet Dress Planter Terrace Verandah LIFT 9 7 3 1 8 F E D C A 15' 5'-93 4 10'-6 6'-9" 9'-71 69'-9" 15'-9" 17'-3" 6'-9" 17'-3" 63'-9" 5 4 6 5'-8 " 8' C' 4'-1 2 A' 13'-1 2 2 B 6'-6" 6'-9" 5'-81 " 5'-9" F E D C A B A' C' 9 7 3 1 8 5 4 6 2 8' A D C B 1 2 3 4 5 1 2 3 4 5 6 7 8 9 10 11 6 7 8 9 10 11 Terrace First Floor Plan

Conceptual Views

WORKING DRAWING STUDIO

A LITERATURE LIBRARY

AUROVILLE

Auroville stands for its various aspects in encouraging education and spiritual researches. Shri Aurobindo: an Indian philosopher, poet; he was a great influencer in every spiritual vision. And so, keeping the eye on the Literature of various parts of the World, the program is intended to design a library that holds the various books of literature of Shri Aurobindo and The Mother.

Site Drawings and Images

PERSPECTIVE SECTION Perspective Section

Library accommodates around 30 people, whether a tourist scholar or a local community. The library not only emphasizes just a reading of prose and poetry but also on sharing with others at a certain interval of time. So, the spaces in the library will not be as formal as a common library with disciplined book racks, chairs, or tables. But instead, it will focus more upon informality of various spaces which entertains multiple activities at different time.

The Materials used for the project are locally available in Auroville i.e. CSEB. Keeping an eye on the idea Sustainability, CSEB blocks are manufactured by Auroville Earth Institute while minimum use of RCC, Steel in the projects which reduce the Carbon Footprint and Total cost of the project.

The city is divided into four main zones: Residential, Industrial, International, and Cultural. The site is located near Crown Road which is one of the busiest roads of the town.

Ground Floor Plan

A LITERATURE LIBRARY AUROVILLE GROUND FLOOR PLAN AD101 SCALE 1 100 3 A A201 B A-202 A A301 A A301 B A-302 B A-302 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 240 1,760 3,760 4,000 6,000 2,000 2,240 4,000 18,240 240 3,760 240 4,000 240 1,760 240 20,240 240 1,760 240 3,760 240 2,120 1,640 240 18,240 240 3,660 100 4,000 4,000 6,240 4,120 1,880 20,240 4,000 4,000 1,760 4,000 4,000 240 240 1,760 240 1,760 240 1,760 240 880 120 760 240 1,760 800 360 400 1,360 240 1,760 1,760 240 1,180 580 240 1,760 240 1,760 240 1,360 400 240 240 580 1,180 2,000 6,000 1,760 240 1,760 240 1,760 240 5,760 240 1,761 240 1,360 1,040 1,360 240 1,760 240 1,760 240 1,760 240 2,000 2,240 1,760 1,760 1,760 1,100 900 240 1,760 260 900 1,960 900 240 3,760 4,000 LVL +150 LVL +150 LVL +100 LVL +100 LVL +100 LVL ±00 +340 UP 14 UP 15 R 17 14 G 25 J I H G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 820 1,180 240 1,180 820 740 4,280 740 240 960 800 100 1,564 100 3,470 3,760 5,760 3,760 3,760 240 3,760 240 240 3,760 240 240 5,760 240 580 1,180 240 2,000 2,960 960 LVL +190 LVL +340 LVL +490 LVL +340 LVL +490 LVL +490 LVL +490 LVL +340 LVL +340 LVL +640 LVL +490 CSEB SITTING 1760 580 CSEB SITTING 1760 580 CSEB SITTING 3760 600 240MM THICK CSEB WALL 360MM THICK CSEB WALL D1 D2 D1 D2 W1 W1 W1 W1 W1 W1 W3 W2 W2 Toilet Gathering Space Informal Reading Gathering Space Bookstore Water ody Library Toilet Water Body Water ody Informal Reading Informal Reading

4 Before setting the layout get it approved with the site Engineer, check all the diagonals

5 Before execution check all the dimensions on site

6 Before setting the layout , check all dimenesions on the site

7 All levels are unﬁnished level

8 Details and speciﬁcation of all R CC and ferrrocement work shall be considerd as per structural drawings 9

WALL SECTION AD601 SCALE 1 20 A 600 200 25 400 50 15 25 1,910 165 170 90 75 50 15 25 560 1,300 200 880 90 25 825 490 1,910 590 1,860 1,185 1,315 5,540 LVL -825 LVL ±00 LVL +490 LVL +2,400 LVL +2990 LVL +4850 LVL +6030 240*200MM RCC VAULT BEAM 90MM THICK CSEB VAULT 15MM THICK STABILISED EARTH PLASTER + WATERPROOFING (LIME + ALUM +TANNIN) 240*200MM PRECAST VAULT BEAM 90MM THICK SEGMENTAL VAULT CINDER FILLING 240*260MM RCC 240*90MM CSEB RING BEAM 50MM THICK 1 2:4 PCC LAYER 240MM THICK CSEB WALL 5% CEMENT) 600*600MM STABILISED EARTH FOUNDATION 5% CEMENT) 25MM THICK DPC LAYER (CSM 1:3 + WATERPROOFING) CINDER FILLING 90MM THICK U-SHAPED CSEB PLINTH BEAM 5% CEMENT) 50MM THICK 1 2:4 PCC LAYER 15MM THICK 1:4 CEMENT SAND MORTAR 25MM THICK CSEB TILES 5% CEMENT) PCC SIDE WALL

LEVEL GROUND LEVEL FINISH FLOOR LEVEL RCC VAULT BEAM LEVEL FINISH FIRST FLOOR LEVEL RCC VAULT BEAM LEVEL ROOF LEVEL General Notes :

All dimensions are in m m

Any ambiguity is

shall

to the

of Architect /

All

to be

FOUNDATION

found

brought

notice

Engineer 3

dimensions

read and not to be measured

Scale - 1:100 StampDrawing nameSECTIONS Drawing NoAD 301, AD 302 Student NameSANJAY PATEL IU1743000022 Sem - 6 Indus University, Rancharda, Ahmedabad Literature Library Crown Road Auroville , Pondicherry

Name- Library Revision Table DOOR SCHEDULE NO SIZE LINTEL TYPE MATERIAL WINDOW SCHEDULE NO SIZE LINTEL TYPE SHUTTER SILL FRAME SECTION AD302 SCALE 1:100 B SECTION AD301 SCALE 1:100 A CSEB CINDER PCC PLASTER PAVEMENT GRASS WOOD RCC J J I I H H G G F F E E D D C C B B A A 2 2 3 3 4 4 5 5 6 6 7 7 9 9 11 11 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 600 200 25 900 1,500 55 45 100 790 25 175 1,500 3,590 600 400 50 15 25 2,074 330 25 1,860 200 790 25 825 490 1,910 590 1,860 200 985 1,315 5,540 18,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 20,000 600 25 900 1,500 350 1,860 200 860 90 25 1,500 1,860 1,195 825 490 5,540 120 25 1,500 90 825 900 1,500 1,192 1,315 3,100 LVL -825 LVL ±00 LVL +490 LVL +2,400 LVL +2990 LVL +4850 LVL +6030 LVL -825 LVL ±00 LVL +490 LVL +2,400 LVL +2990 LVL +4850 LVL +6030 FOUNDATION LEVEL GROUND LEVEL FINISH FLOOR LEVEL RCC VAULT BEAM LEVEL FINISH FIRST FLOOR LEVEL RCC VAULT BEAM LEVEL ROOF LEVEL FOUNDATION LEVEL GROUND LEVEL FINISH FLOOR LEVEL RCC VAULT BEAM LEVEL FINISH FIRST FLOOR LEVEL RCC VAULT BEAM LEVEL ROOF LEVEL 10 10 8 8 W W W W W1 W W W W4 W ELEVATION AD202 SCALE 1 100 B 11 10 9 8 7 6 5 4 3 2 1 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 2,000 490 1,910 1,190 1,255 1,185 490 5,540 300 2,100 1,195 910 1,490 20,000 LVL ±00 LVL +490 LVL +2,400 LVL +3,600 LVL +4850 LVL +6030 GROUND LEVEL FINISH FLOOR LEVEL RCC VAULT BEAM LEVEL GROUND FLOOR ROOF LEVEL RCC VAULT BEAM LEVEL FIRST FLOOR ROOF LEVEL GSEducationalVersion GSEducationalVersion General 1 All dimensions 2 Any notice 3 All dimensions measured 4 Before site Engineer 5 Before site 6 Before on the 7 All levels 8 Details ferrrocement structural 9 Coloumn ScaleDrawing DETAILS Drawing AR04 Student SANJAY IU1743000022 SemLiterature Crown Auroville Project Revision DOOR NO WINDOW NO SEGMENTAL VAULT BEAM DETAIL AR04 SCALE 1 10 0 15MM THICK STABILISED EARTH PLASTER + WATERPROOFING LIME + ALUM TANNIN 90MM THICK CSEB VAULT BLOCK SIZE 140 90 50MM 6ø DIAMETER 23MM STIRRUPS 15MM THICK STABILISED EARTH PLASTER WATERPROOFING LIME + ALUM +TANNIN ) 90MM THICK CSEB VAULT BLOCK SIZE 140 90 50MM 10ø DIAMETER MS RODS REINFORCEMENT RCC VAULT BEAM CINDER FILLING 50MM THICK 1 2 4 PCC LAYER 15MM THICK 1 4 CEMENT SAND MORTAR 25MM THICK CSEB TILES 5% CEMENT 6ø DIAMETER 23MM STIRRUPS RCC OVERHANG DETAIL AR04 SCALE 1 10 3 FOUNDATION DETAIL AR04 SCALE 1 10 0 SEMICIRCULAR VAULT DETAIL AR04 SCALE 1 10 1 35 100 200 315 50 15 25 40 55 145 825 430 120 480 200 240 30 25 700 30 100 50 25 500 50 2510 740 140 90 140 140 70 70 480 310 25 200 50 90 10 5 130 35 600 600MM 120MM THICK STABILISED EARTH FOUNDATION 5% CEMENT 25MM THICK DPC LAYER CSM 1 + WATERPROOFING CINDER FILLING 90MM THICK U-SHAPED CSEB PLINTH BEAM 5% CEMENT 50MM THICK 1 2 4 PCC LAYER 15MM THICK 1 4 CEMENT SAND MORTAR 25MM THICK CSEB TILES 5% CEMENT 10ø DIAMETER MS RODS REINFORCEMENT 6ø DIAMETER 23MM STIRRUPS 10MM THICK 1 4 CEMENT SAND MORTAR 10ø DIAMETER MS RODS REINFORCEMENT 6ø DIAMETER 23MM STIRRUPS 240 200MM RCC VAULT BEAM 10ø DIAMETER MS RODS REINFORCEMENT 240 200MM RCC VAULT BEAM GSEducationalVersion GSEducationalVersion General Notes: 1 All dimensions are 2 Any ambiguity is found notice of Architect Engineer 3 All dimensions to be measured 4 Before setting the layout site Engineer check all 5 Before execution check site 6 Before setting the layout on the site 7 All levels are unﬁnished 8 Details and speciﬁcation ferrrocement work shall structural drawings 9 Coloumn reduction Scale- 1 10 Drawing nameDETAILS Drawing NoAR04 Student NameSANJAY PATEL IU1743000022 Sem - 6 Indus University Literature Library Crown Road Auroville Pondicherry Project NameRevision Table DOOR SCHEDULE NO SIZE WINDOW SCHEDULE NO SIZE SILL SEGMENTAL VAULT BEAM DETAIL AR04 SCALE 1 10 0 CSEB CINDER PCC PLASTER RCC 15MM THICK STABILISED EARTH PLASTER + WATERPROOFING LIME + ALUM +TANNIN 90MM THICK CSEB VAULT BLOCK SIZE 140 90 50MM 6ø DIAMETER 23MM 15MM THICK STABILISED EARTH PLASTER WATERPROOFING LIME + ALUM +TANNIN 90MM THICK CSEB VAULT BLOCK SIZE 140 90 50MM 10ø DIAMETER MS RODS REINFORCEMENT RCC VAULT BEAM CINDER FILLING 50MM THICK 1 2 4 PCC LAYER 15MM THICK 1 4 CEMENT SAND MORTAR 25MM THICK CSEB TILES 5% CEMENT) 6ø DIAMETER 23MM STIRRUPS RCC OVERHANG DETAIL AR04 SCALE 1 10 0 FOUNDATION DETAIL AR04 SCALE 1 10 0 SEMICIRCULAR VAULT DETAIL AR04 SCALE 1 10 0 35 100 200 315 50 15 25 40 55 35 145 825 430 120 480 200 240 30 25 700 30 100 50 25 500 50 2510 740 140 90 140 140 70 70 480 310 25 200 90 10 130 35 600 600MM 120MM THICK STABILISED EARTH FOUNDATION 5% CEMENT 25MM THICK DPC LAYER CSM 1 + WATERPROOFING CINDER FILLING 90MM THICK U-SHAPED CSEB PLINTH BEAM 5% CEMENT 50MM THICK 1 2 PCC LAYER 15MM THICK 1 CEMENT SAND MORTAR 25MM THICK CSEB TILES 5% CEMENT 10ø DIAMETER MS RODS REINFORCEMENT 6ø DIAMETER 23MM STIRRUPS 10MM THICK 1 CEMENT SAND MORTAR 10ø DIAMETER MS RODS REINFORCEMENT 6ø DIAMETER 23MM STIRRUPS 240 200MM RCC VAULT BEAM 10ø DIAMETER MS RODS REINFORCEMENT 240 200MM RCC VAULT BEAM Wall Section Section A Elevation A Details 1 and 3 Details 2 and 4

Coloumn reduction as per structural drawings

Project

HOUSING STUDIO

The program focuses on horizontal and compact housing design as per Gandhinagar climatic response. 32 housing units were required to design on a tight compact site with 2BHK and 3BHK units. Also controlling 60%-40% ratio of built and unbuilt area.

COMMUNITY HOUSING

ASPECTS OF SUSTAINABILITY : INTEGRATED IN WORKS OF BIOME ENVIRONMENTAL SOLUTIONS

UVARSAD, GANDHINAGAR

Ground Floor Plan Section CC’ Section BB’ Section AA’ Level -1 Plan of 3BHK Plan of 2BHK

ADVANCE STRUCTURE

MENIL COLLECTION HOUSTON, USA

The idea behind studying the building was to understand the construction and technology of the building by drawing 1:1 drawings, physical model and 3D modelling.

Menil Collection by architect Mies Van de Rohe is museum building which extents the design above planing to a detail of joineries and material identity.

07 CASE STUDY

Floor Plan

Glass roof system: Glass roof spans both the outside and inside areas. Held in place by small supports on top of the truss system below.

Truss system: Trusses spanning the length of the sun shading fins.

Sun shading system: Sun shading fins spans the interior and exterior spaces. Creates a seamless transition from inside and outside and modulates the light for the gallery spaces.

Truss: Perpendicular trusses connects the system of glass and sun shading to the walls and structural columns. Entire bay is only connected on these four places.

15 14 2 3 4 6 5 8 9 10 11 12 13

Gutter

Wide flange beam

Light weight Truss

Ventilation shaft

6in Steel Channel

6in Tung In Groove Weather board Cyprus.

_ Wood Blocking

_ 6in Oak Flooring

_ 4in Deep

Slab

Steel

And Foundation Wall 9in

Light

Sun Shading Fin.

Cast Steel Truss.

Isometric View

LEGEND 1_

Concrete

10_

Truss 11_ Steel Beam 12_ Concrete Slab 13_ Concrete Footing

14_

Concrete

15_

Exploded

BRICKS

ASPECTS OF SUSTAINABILITY : INTEGRATED IN WORKS OF BIOME ENVIRONMENTAL SOLUTIONS MATERIAL

Semester x

Research Thesis

EXPLORATION BAMBOO TIMBER

BAMBOO TIMBER RAMMED EARTH WATTLE AND DAUB POURED EARTH FERROCEMENT

VILLAGE

ASPECTS OF SUSTAINABILITY : INTEGRATED IN WORKS OF BIOME ENVIRONMENTAL SOLUTIONS

Documentation of vernacular house forms and settlement, gave as understanding of indigenous materials used in construction as well as its role in division of spaces. It was an insight to their lifestyle and their responses to the climatic conditions.

Semester x

Research Thesis

v RSPs

09 RSPs AND

AND COLLABORATIVE DHARAMSHALA SUDHER

COLLABORATIVE

FATASA NI POL

POL HOUSE

Understanding the construction techniques and material used in Pol House while understanding the lifestyle and the utility of individual spaces.

Ground Floor Plan Section AA’ Section BB’ Wall Section First Floor Plan Second Floor Plan

The study aimed at documenting hierarchy of spaces in a community, understanding the utility of spaces, and its part to whole and whole to part relationship. Study covered understanding of housing in terms of mapping, measuring and observing.

MADHYA PRADESH ARANYA NAGAR, INDORE

REINTREPRETING SURFACES: THE CATALONIAN WAY

The workshop intended to learn the technique of constructing with laminated tiles, technique that originated in Catalonia. The task was to build 1:1 scale pavilion, 2M wide and 3M wide using thin tiles as structure, and exploring different forms with same material.

MAPPING

AMBLI and AHMEDABAD

The exercise consisted of making a group map of the city, with no reference to any global positioning system. Mapping was done with the navigational memories and the observation that each had, and was a play of different line types and hatches.