ARCHITECTURE PORTFOLIO Devanshi Dhingra | Selected Works 2019-2023
Devanshi Dhingra
4th Year B.Arch | CEPT Univrsity
“Architecture deeply impacts the surrounding environment and how one perceives a place - negative or positive. As an aspiring architect, I believe it becomes important to create positive experiences for the inhabitants at the same time having minimum negative impact on the surroundings. I would like to explore and understand the various decisions that help to generate the final design.”
Nationality : Indian
Contact: devanshi.ug190323@cept.ac.in | devanshidhingra15@gmail.com
Languages: English | Hindi | Gujarati
Education
2019-Ongoing CEPT University, Ahmedabad
Till 2019 Udgam School for Children, Ahmedabad
Work Experience
2022 Hiren Patel Architects, Ahmedabad (Summer Internship)
Research and Documentation
2019 Ganga Mahal, Varanasi (Related Study Programme)
2020 Faculty of Architecture building, CEPT University
2021 Padmanabhapuram Palace, Tamil Nadu
2022 Humanscapes Habitat Urban Living, Auroville
2022 Heritage House, Ahmedabad
2022 Pol House, Rajpipla
Co-cirricular
2019 Lotus Installation (Member)
2020 Architecture Visualisation Course, Kaarwan
2021 Architecture Competition - The Dharavi Project, Archdais (Participation)
2021-2022 Discussion of the Week Club (Club Head)
2022 8’x4’ Wall Poster - Mass Production vs Creativity (Member)
Softwares
Autodesk AutoCAD
3D Modelling SketchUp | Rhino | Grasshopper
3D Rendering Lumion | Enscape | V-Ray
Adobe Photoshop | InDesign | Illustrator
MS Office MS Word | MS Powerpoint | MS Excel
Climate Analysis Design Builder
Estimation Bluebeam
Manual Model Making | Drafting | Sketching
Hobbies and Interests
Cooking | Traveling | Music |Singing | Dancing
CONTENTS
House of Two Courtyards
Keshav No Melo
Reformation through Connection - Communising a Prison
Studio Green Ecstasy for Sancheti Hospital Extension Project
Pragati - The Green Initiative
Miscellaneous
DN FIRST FLOOR PLAN TOILET A ADJACENT HOUSE MONSOON 2022 D O C U M E N T , D E C O D E , “Learning Through Vernacular MONSOON 2022 0 1 3 5m S C A L E - 1 : 5 0 MILIND MISTRY KASHYAP MEVADA AARJAVI MEHTA Aditya Sinha UAR20006 Karthika AV UG190680 Devanshi Dhingra UG190323 Shailly Thakkar UAR20129 D O C U M E N T , D E C O D E , D E S I G N “Learning Through Vernacular Buildings” SECTIONS SECTION BB' SECTION AA' MONSOON D O C “Learning MILIND A' 2990 MONSOON 2022 S C A L E - 1 1 0 MILIND MISTRY KASHYAP MEVADA AARJAVI MEHTA Aditya Sinha UAR 20006 Karthika AV UG 190680 Devanshi Dhingra UG 190323 Shailly Thakkar UAR 20129 D O C U M E N T D E C O D E D E S G N Learning Through Vernacular Buildings DOOR DETAIL 0 0.5 1 2m GLASS PANEL STILE MIDDLE RAIL LOWER RAIL RAISED PANEL 1950 1800 1000 10mm 15mm MIDDLE RAIL DETAIL 1 DETAIL 3 DETAIL 1 IRON MEMBERS TOP RAIL MIDDLE RAIL BOTTOM RAIL DETAIL 2 STILE 15mm TOP RAIL IRON BAR DETAIL 2 ELEVATION PLAN 15mm WOODEN MEMBER 15mm WOODEN MEMBER DETAIL 3 GLASS PANEL OUTSIDE INSIDE SECTION Ground Floor Plan SURESHBHAI HOUSE DOCUMENTATION, RAJPIPLA Section BB’ Door Detail Ground Floor RCP First Floor Plan
House of Two Courtyards
The design process began with documenting and understanding existing pol houses - quick study on heritage home in Ahmedabad and in depth study about a house in Rajpipla. In the later stage, we selected a site and converted a house into a home-stay for 15-20 people. House of two courtyards, a home-stay designed in Bakshi Khadki, Rajpipla, is owned by a middle-aged couple. The home-stay was intended to give the guests the experience of the community life of Rajpipla. With the use of courtyards and levels, the house creates various spaces for interaction between the owners and the guests. The owners conduct pottery and cooking workshops (as per their occupations) for the guests which further help in enhancing interaction. The homestay gives the old-school community charm in the new era of modern living.
1 2 3 4 6 7 LVL +3.68M LVL +3.60M LVL +3.68M LVL +3.68M LVL +3.68M UP SECOND FLOOR PLAN BEDROOM BEDROOM BALCONY TOILET BALCONY BEDROOM B' B A' B' A A' DN MAIN STREET SECONDARY STREET ADJACENT HOUSE G + 1 BUILDING MILIND MISTRY KASHYAP MEVADA AARJAVI MEHTA D E S I G N Vernacular Buildings” FIRST AND SECOND FLOOR PLAN 1 1 2 2 S C A L E - 1 2 0 0.5 2m MONSOON 2022 U M E N T D E C O D E D E S G N “Learning Through Vernacular Buildings” MISTRY KASHYAP MEVADA AARJAVI MEHTA Adithya Sinha UAR20006 Devanshi Dhingra UG190323 Karthika A V UG190680 Shailly Thakkar UAR20129 STAIRCASE DETAIL SECTION AA' SECTION BB' UP GROUND LEVEL PLAN A B B' TREAD BOARDING TRIANGULAR RISER MAIN STAIRCASE: GROUND FLOOR 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 7 8 9 10 11 12 13 1130 180 210
S C A L E - 1 : 2 0 0 0.5 1 2m MONSOON 2022 D O C U M E N T D E C O D E D E S G N “Learning Through Vernacular Buildings” MILIND MISTRY KASHYAP MEVADA AARJAVI MEHTA Adithya Sinha UAR20006 Devanshi Dhingra UG190323 Karthika A V UG190680 Shailly Thakkar UAR20129 STAIRCASE DETAIL SECTION AA' SECTION BB' UP GROUND LEVEL PLAN A A' B B' TREAD BOARDING MEMBER RISER MAIN STAIRCASE: GROUND FLOOR 2990 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 7 8 9 10 11 12 13 1130 180 210 Ground Floor Staircase Detial Wall section model
Guided by : Milind Mistry | Kashyap Mevada Monsoon 2022
Sunlight analysis during Summers and Winters
HOUSE OF TWO COURTYARDS
Concept - Interaction through use of levels
Ground Floor Plan
Climate Analysis for Sureshbhai House
Process - Exploring mezzanine floors and levels within the homestay
DN MONSOON 2022 0 1 3 5m S C A L E - 1 : 5 0 MILIND MISTRY KASHYAP MEVADA AARJAVI MEHTA Devanshi Dhingra UG190323 D O C U M E N T , D E C O D E , D E S I G N “Learning Through Vernacular Buildings” GROUND FLOOR PLAN REFLECTED CEILING PLAN CHOWK G+0.5 B B' UP UP A A' STREET Ground Floor RCP
First Floor Plan Second Floor Plan First Floor RCP Second Floor RCP
Section AA’ Section BB’
D O C U M E N T , D E C O D E , D E S I G N “Learning Through Vernacular Buildings” MILIND MISTRY KASHYAP MEVADA AARJAVI MEHTA DEVANSHI DHINGRA WALL SECTION DAMP PROOF COURSE 20MM THICK KOTA STONE FLOORING 20MM THICK PLASTER LINE BRICK WALL STEP SILL WOODEN WINDOW WROUGHT IRON GRILL WINDOW STONE LINTEL BAND FASCIA BOARD 100 X 200MM WOODEN BEAM WROUGHT IRON RAILING WOODEN COLUMN 100 X 200MM WOODEN BEAM 80 X 80MM WOODEN PIDIA WOODEN PATIYA BRICK BAT AND LIME MORTAR 20MM THICK KOTA STONE FLOORING VATTA METAL SUPPORT WOODEN BEAM METAL JOIST CORRUGATED SHEET RCC BAND COPING STONE 70 X 70MM BOX SECTION CORRUGATED SHEET Wall Section Details
20MM THICK KOTA STONE FLOORING
BRICK BAT AND LIME MORTAR
WOODEN PATIYA
80 X 80MM WOODEN PIDIA
METAL C SECTION
WOODEN PLANK
100 x 200MM WOODEN BEAM
RCC SLAB
BRICK WALL
BRICK WALL
20MM THICK LIME PLASTER
20MM THICK LIME PLASTER
COPING STONE
COPING STONE
CORRUGATED SHEET
20MM THICK KOTA STONE FLOORING
20MM THICK KOTA STONE FLOORING
VATTA
VATTA
20MM THICK KOTA STONE FLOORING
20MM THICK KOTA STONE FLOORING
BRICK BAT AND LIME MORTAR
BRICK BAT AND LIME MORTAR
METAL SECTION
CORRUGATED SHEET METAL SECTION
METAL JOIST
METAL JOIST
RCC LINTEL BAND
RCC LINTEL BAND
RCC SLAB
RCC SLAB
20MM THICK KOTA STONE FLOORING
S C A L E - 1 : 2 0 0 0.5 1 2m DHINGRA UG190323 SECTION
S C A L E - 1 : 2 0 0 0.5 1 2m E C O D E , D E S I G N Vernacular Buildings” MEVADA AARJAVI MEHTA Adithya Sinha UAR20006 Devanshi Dhingra UG190323 Karthika A V UG190680 Shailly Thakkar UAR20129 STAIRCASE DETAIL SECTION BB' UP PLAN A B B' TREAD BOARDING TRIANGULAR MEMBER RISER MAIN STAIRCASE: GROUND FLOOR 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 7 8 9 10 11 12 13 1130 180 210
Model
Answering the design question - How can a physical intervention provide a platform to create equal opportunities for the men and women of Keshavnagar, Keshav no Melo, is a new take on the concept of mela which happens at Keshavnagar during the Old Dashama festival. It will have different workshops - performing arts, cooking cum handicrafts, art installation, painting - along with selling of products and food during the mela. It aims at collective collaboration of men and women and also creating equal working and learning opportunities for men and women within Keshavnagar and also aims at them recognizing each other’s potential. This mela will happen once in every four months along with regular workshops conducted at four different places in Keshavnagar. The project is divided into 3 phases. The Phase 1 aims to bring together the community and aimed to increase interaction. Phase 2 focuses on enhancing the skills of the community with respect to the workshops and Phase 3 focuses on preparation of ‘Keshav no Melo’.
Guided by : Ramya Ramesh | Harshil Parekh Monsoon 2020
Keshav No Melo
Timeline for the setup of Keshav No Melo
Understanding Keshavnagar - The lives of the men and women of Keshavnagar
Transitory Phase for setup of workshops
Plan Plan
Section AA’
Section AA’
Section BB:
Section BB:
Plan Plan
Section AA’
Section AA’
Section BB:
Section BB:
A 45 M 30 15 0 A' 0 5 10 15 M Existing Master Plan Proposed Site Organization Site Section Site Plan
Reformation through Connection Communizing a Prison
With prisoners staying in the same place for several years, it becomes essential to ensure that the prison’s architecture incorporates spaces for community living. The prison should become a place where the prisoner doesn’t feel completely isolated from society but also where they can realize the severity and consequences of the crime they have committed. The visit to Sabarmati Jail gave a different experience of prison life. Instead of convicts being confined to small rooms, the prisoners stay in barracks - a group of 25 people - and have access to the entire prison complex throughout the day. The place had a sense of community living with the shared barracks and the system of working. The existing prison architecture has barracks arranged in a panopticon organization and is single-story in height. The current prison architecture doesn’t incorporate the issue of overcrowding faced in prisons nowadays. The design focuses on re-imagining the architecture of the existing barracks and cells by replacing one of the Panopticon systems in place by reforming through connecting the prisoners to the surroundings, environment, and the people around them.
A' 0 5 10 15 M A' 0 5 10 15 M
Guided by : Snehal Shah Spring 2023
0 5 10 15 M A A' B B' C' Section AA’
Section BB’
Organisation 0 5 10 15 M A' B' C C' C’A C A Ground Floor Plan BARRACK CLUSTER First Floor Plan Second Floor Plan
Barrack
0 5 10
10 15 M
Section CC’
Activity within Barracks
10 15 M A A' B 15 A' B’ 0 5 10 15 M A A' B B' Solitary Confinement Organisation Section AA’ Third Floor Plan Second Floor Plan First Floor Plan Ground Floor Plan Front Elevation 10 A A' 0 5 10 A' A A’ SOLITARY CONFINEMENT CLUSTER
0 5 10 15 M 0 5 10 15 M 0 5 10 15 M
Block Model
View of Barracks from ground
View of the common space within barrack cluster
The combination of barracks and common space on each floor for interactionBarracks
View of Barracks from solitary confinement
Sectional model of Barracks - Exterior
Sectional model of Barracks - Interior
3:00 pm 21st September 3:00 pm 21st June 3:00 pm 21st June Passive strategies such as use of trees and overhangs were incorporated in the design Site Analysis
Zoning, Design development
Shadow Analysis at 3:00 pm in the afternoon done on Design Builder
Pragati - A Green Initiative
Pragati - The Green Initiative is a community center located near the Riverfront House, Ahmedabad, Gujarat. Ahmedabad lies in the hot and dry climatic zone and is hot for most parts of the year. The building was designed to have views towards the outside, catering to the Sabarmati river, as well as towards the inside, which resulted in a courtyard at the center functioning as the gathering space.
The Design Builder software helped in forming a comparative analysis with respect to heat gain while changing shading devices and materials. Use of passive strategies such as use of dense trees, white surfaces, water body, courtyard-like spaces and Jaali walls combined with analysis of simulations for heat gain helped in finalizing the design and materials. Use of shading devices further helped in cutting down the solar gain from external windows and using materials AAC block with insulation and lime plaster and green roof helped in reducing solar gains from the walls and roof respectively.
Guided by : Mona Khakhar | Avlokita Agrawal Spring 2022
Exploded Design Builder model
Design Builder Model
B BAKERY - SELLING SPICES SELL OFFICE SPACE A' A B' 4.7M X 9.2M 4.7M X 10M 4.4M X 8.9M 0 1 3 6 M LVL +0.45M LVL +0.45M LVL +0.45M LVL +0.0M LVL +0.45M LVL +0.45M LVL +0.15M LVL +0.30M LVL +0.15M LVL +0.30M LVL +0.15M LVL +0.30M LVL +0.45M GRINDING AREA 4.4M X 4.7M TRAINING SPACE 4.7M X 9.2M LVL +4.25M LVL +4.25M LVL +4.25M A Ground Floor LVL + 0.45 M First Floor LVL + 4.25 M FF Terrace Level LVL + 8.05 M Basement LVL - 3.80 M 0 1 3 6 M Ground Floor LVL + 0.45 M First Floor LVL + 4.25 M FF Terrace Level LVL + 8.05 M Basement LVL 3.80 M 0 1 3 6 M Ground Floor Plan Section AA’ West Elevation First Floor Plan
Passive strategies such as use of water body, jali walls and courtyard help in filtering out the hot air inside the center.
SPACE KITCHEN 4.7M X 10M CAFE 4.4M X 20.2M LVL +4.25M LVL +4.25M LVL +4.25M +4.25M B A' B' 0 1 3 6 M Ground Floor LVL + 0.45 M First Floor LVL + 4.25 M FF Terrace Level LVL + 8.05 M Second Floor Slab Top LVL + 11.84 M Ground Floor LVL + 0.45 M First Floor LVL + 4.25 M FF Terrace Level LVL + 8.05 M Second Floor Slab Top LVL + 11.84 M 0 1 3 6 M 0 1 3 6 M B A' A B' 0 1 3 M KITCHEN 4.7M X 10M CAFE 4.4M X 20.2M LVL +4.25M LVL +4.25M LVL +4.25M B A' B' 0 1 3 6 M Ground Floor LVL + 0.45 M First Floor LVL + 4.25 M FF Terrace Level LVL + 8.05 M Second Floor Slab Top LVL + 11.84 M Ground Floor LVL + 0.45 M First Floor LVL + 4.25 M FF Terrace Level LVL + 8.05 M Second Floor Slab Top LVL + 11.84 M 0 1 3 6 M 0 1 3 6 M
CAFE
BASE CASE
Changes in Design
• Changing materials of walls
• Using overhangs and sidefins for the windows
• Using triple glazed LoE glazing to further reduce heat gain
FINAL ITERATION
-5 0 5 10 15 20 25 Glazing (kWh) Walls (kWh) Roofs (kWh) Solar Gains Exterior Windows (kWh) Heat Transfer (kWh) Components of Heat Transfer Cafe, Base Case, 21 May North-East South Shared West -5 0 5 10 15 20 25 Glazing (kWh) Walls (kWh) Roofs (kWh) Solar Gains Exterior (kWh) Heat Transfer (kWh) Components of Heat Transfer Cafe Final Iteration, 21 May 0 100 200 300 400 500 600 700 800 900 1000 Total site energy Total site energydecreased window-wall Total site energy- wall Total site energywall+roof Energy Per Total Building Area [kWh/m2] 3D Views Climate Analysis derived from Design Builder software
BASE CASE FINAL ITERATION
Changes in Design
• Changing materials of walls
• Using overhangs and sidefins for the windows
• Using louvres and triple glazed windows on the eastern facade
the Windows North-East South Shared West OFFICE
-5 0 5 10 15 20 25 Glazing (kWh) Walls (kWh) Roofs (kWh) Solar Gains Exterior Windows (kWh) Heat Transfer (kWh) Axis Title Office Base Case, 21 May North South East West -5 0 5 10 15 20 25 Glazing (kWh) Walls (kWh) Roofs (kWh) Solar Gains Exterior Windows (kWh) Heat Transfer (kWh) Components of Heat Transfer Office, Final Iteration, 21 May North South East West
A' A B STORAGE AREA 0 1 M BAKERY SELLING SPICES SELL OFFICE SPACE A' 4.4M X 8.9M M Segregation Composting Harvesting Tank 0 0.5 1 1.5 2 2.5 3 Grey Water Treatment on site (cum) Treated water required for landscape (cum) Treated water into sewage network (cum) Grey Water Treatment on Site 0 50 100 150 200 250 300 Total Rainwater Potential (cum) Total Rainwater Storage (cum) Water required for cooking and drinking Rainwater Harvesting on SIte Total site energywall+roof+glazing Total site energy- final iteration [kWh/m2] Rainwater Harvesting Tank LEGEND Segregation Room Composting Pit Pumping Chamber Vertical Root Zone Treatment STP Location of STP, Rainwater harvesting systems in the community center
South Elevation - Use of metal perforated structure
Project Quantification
Metal perforated plate modules
Studio Green Ecstasy for Sancheti Hospital Extension Project
The studio focused on organizational ,management and estimation part of a design firm. During this studio, we estimated the quantity of materials using Bluebeam software and later contacted contractors around Ahmedabad to derive an estimate for the Sancheti Hospital project and the design alternatives suggested.
Studio Green Ecstasy is a firm which believes in “Happiness amidst Nature” aiming at experience and sustainability as criteria for every project. Our firm has proposed two alternatives for the Sancheti Hospital Extension Project with an extensive material palette used for ceiling, flooring and the other elements. Their specifications have been attached in the manual.
The cost for the project is 14.68 crores including the fees and reserves. The estimate summary and back-up, derived with the help of Bluebeam software, can be referred from the manual. Our firm is looking forward to collaborating with Sancheti Hospital and is happy to give our full effort to execute this project.
Guided by : Akul Modi Spring 2021
Quantification done with the use of Bluebeam software - Section was used to get the heights of the various rooms
Tensile roof structure was proposed for the terrace to create spaces for doctors to relax during their break-time
AR2032 20.04.2021 Construction Estimation 20.04.2021 Construction
Section Plan Details
Flooring Annotation and Material Specification
Project Quantification done with the use of Bluebeam software - Section was used to get the heights of the various rooms
SITE LOGISTICS
To work out the material management, storage, vehicular movement hazards precautions
Project Quantification sheets and cost estimation done by contacting respective vendors
Legend
movement and safety Legend
SUMMER INTERNSHIP - HIREN PATEL ARCHITECTS
Amaya Plotting scheme - Plans and Sections
Plot 16 Bungalow
Security cabin and Entry Gate
1'-0" 20'-0" 1'-0" 20'-0" 1'-0" 20'-0" REVISIONS PRINT ISSUED DATE 27-06-2022 Email admin@hirenpatel architects.com, www.hirenpatelarchitects.com GOOD FOR CONSTRUCTION AMAYA PLOTTING SCHEME SECTIONS SECTION - 1.1. 6'-6" 2'-0" 9'-0" 8'-6" 6" 6" 7'-11" 3'-1" SECTION - 2.2. SECTION - 3.3. 6'-6" 2'-0" 6" 6'-6" sunk slab 7'-11" 3'-1" 3'-1" 9'-0" 7'-11" 2'-1 11 screen (as per detail) screen (as per detail) (as per detail) (as per detail) screen (as per detail) wicket gate (as per detail) openable gate (as per detail) 2'-0" D1 W1 DW1 feature wall (as per landscape detail) DW1 openable gate (as per detail) TOILET SECURITY CABIN 2'-3" 8'-0" 10'-6" 2'-6" 8'-0" 10'-6" 2'-0" 2'-3" 5'-10 6" 2'-3" 2'-6" 8'-0" 10'-6" 8'-0" 10'-6" 2'-3" 2'-0" 6" REVISIONS PRINT ISSUED DATE 28-06-2022 DRG NO: hiren patel architects Email admin@hirenpatel architects.com, www.hirenpatelarchitects.com P-4, "satkrut Tower" Parth Sarthi Avnue, Nr.Shyamal Row Houses-II,satellite,Ahmedabad-15 GOOD FOR CONSTRUCTION AMAYA PLOTTING SCHEME SECTIONS BEDROOM DRESS/TOILET BALCONY BALCONY sunk slab 2'-6" SECTION - 3.3. DRESS/TOILET 3'-0" TERRACE 5'-0" 2'-6" BEDROOM 2'-6" KITCHEN 3'-0" DINING 5'-0" 2'-6" SECTION - 4.4. sunk slab 5'-0" 3'-0" 3'-0" 5'-0" glass railing (as per detail) glass railing (as per detail) glass railing (as per detail) 8'-4 ENTRY FOYER 5'-10 3'-6" 4'-6" 25° 1'-0" 22'-7 16'-3" DN 14'-0" 6'-10 REVISIONS PRINT ISSUED DATE 28-06-2022 DRG NO: Email admin@hirenpatel architects.com, www.hirenpatelarchitects.com GOOD FOR CONSTRUCTION AMAYA PLOTTING SCHEME N FIRST FLOOR PLAN 15'-7 X 12'-0" 12'-0" 7'-0" FIRST FLOOR PLAN OP-1) 15'-9" 14-0" 7'-9" 7'-0" 13'-3" 6'-3" 2 2 1 1 4 4 3 3 9" 9" 11'-3" 7'-0" 8'-6" 3'-6" 9" 3'-6" 9" 14'-0" 9" 9" 22'-7 9" 7'-0" 9" 4'-0" 3'-0" 9" 3'-6" 12'-1 9" 9" 12'-9" 3'-6" 9" 7'-0" 9" 9" 9" 3'-3" 3'-0" 7'-9" 9" 9" 12'-3" 9" 3'-6 9" 6'-3" 9" 16'-3" 7'-9" 9" 9" 12'-0" 9" 12'-2" 17'-6" 23'-1" ELEVATION A A ELEVATION B B ELEVATION C C ELEVATION - D D LINTEL+ 8'0" SILL 0'0" 11'-9" SILL 5'0" LINTEL+ 8'0" SILL 3'0" SILL 5'0" SILL 0'0" SILL 0'0" 9" 9" 6'-3" 7'-0" 4'-0" 3'-4" 9" 9" 16'-3" 7'-0" 9" 6'-10 9" 2'-0" 2'-0" 9" 2'-0" 7'-9" 2'-0" 2'-0" 12'-0" 9" 15'-7 9" 9" 9" 13'-3" 3'-6" 4'-0" 4'-0" 4'-0" 3'-6" 9" LINTEL FF lintel SILL 1'0" from landing 4'-3" 9" REVISIONS PRINT ISSUED DATE 27-06-2022 Email admin@hirenpatel architects.com, www.hirenpatelarchitects.com GOOD FOR CONSTRUCTION AMAYA PLOTTING SCHEME N FLOOR PLAN TOILET 8'-3" 5'-0" SECURITY CABIN 7'-9" 7'-0" ELEVATION D D 2 3 3 2 1 1 ELEVATION - A A ELEVATION C C ELEVATIONB B 9" 9" 2'-0" 9" 4'-6" 3'-3" 4'-9" 9" 7'-0" 9" 9" 8'-3" 5'-9" 20'-0" 6" 9" 4'-6" 3'-3" 2'-0" LINTEL+ 8'6" 9" 7'-9" openable gate (as per detail) wicket gate (as per detail) 18'-3" 2'-0" 2'-0" (as per detail) (as per detail) D1 W1 DW1 V1 SR. NO. SILL TAG LINTEL OP. SIZE DOORS & WINDOWS SCHEDULE W1 DW1 V1 7'-0" 6'-6" 3'-3" x 8'-6" 4'-6" X 6'-6" 5'-0" X 1'-6" 8'-6" 2'-0" 8'-6" 2'-0" 6'-6" 5'-0" 1 D1 3'-3'' 6'-6'' 6'-6" 0'-0" 5'-0" feature wall (as per landscape detail) 2'-3" 8'-0" 2'-6" 10'-6" 8'-0" 10'-6" 2'-0" 2'-3" 5'-10 5'-10 5'-10 6" SECTIONS REVISIONS PRINT ISSUED DATE 28-06-2022 DRG NO: hiren patel architects Email admin@hirenpatel architects.com, www.hirenpatelarchitects.com P-4, "satkrut Tower" Parth Sarthi Avnue, Nr.Shyamal Row Houses-II,satellite,Ahmedabad-15 GOOD FOR CONSTRUCTION AMAYA PLOTTING SCHEME VERANDAH DRESS/TOILET 3'-0" 8'-0" 3'-0" sunk slab 2'-6" 2'-6" sunk slab sunk slab 8'-0" SECTION - 1.1. BEDROOM FAMILY LIVING 8'-0" 8'-0" 2'-6" 8'-0" 3'-6" 2'-6" 12'-3" 6'-9" SECTION - 2.2. 5'-3" 8'-0" 4'-6" 5'-3" 3'-8 3'-8 3'-8 TREAD 10" RISER 5.75" FLOOR HT. 10'6" 7'-6 7'-6 5'-4" 5'-0" 5'-0" (as per detail) 1'-6" REVISIONS PRINT ISSUED DATE 28-06-2022 DRG NO: Email admin@hirenpatel architects.com, www.hirenpatelarchitects.com GOOD FOR CONSTRUCTION AMAYA PLOTTING SCHEME N GROUND FLOOR PLAN BEDROOM 15'-7 DRESS/TOILET 12'-0" 7'-0" STORE 13'-9" 7'-0" 14'-0" X 11'-3" UP 7'-0" 4'-3" DINING VERANDAH 14'-0" 7'-7 DECK GROUND FLOOR PLAN ( OP-1) 4'-0" 2'-6" 3'-0" 9" 3'-0" 5'-0" 13'-6" 4'-0" 3'-3" 8'-7 9" 9" 4'-0" 3'-0" 15'-9" 3'-1" 9" 9" 9" 9" 15'-9" 6'-10" 1'-0" 2'-4" 3'-8" 9" 7'-0" 9" 3'-6" 9" 7'-9" 9" 4'-3" 9" 12'-1 9" 6'-2" 3'-0" 2'-10" 9" 9" 4'-0" 9" 6'-3" 8'-7 9" 3'-0" 9" 4'-0" 9" 3'-6" 12'-1 9" 12'-0" 9" 5'-0" 9" 11'-3" 9" 9" 2 2 1 1 4 4 3 3 40'-9" 5'-3" 7'-0" 5'-3" 9" 11'-3" 9" 16 ELEVATIONA A ELEVATION B B ELEVATIONC C ELEVATION D D 4'-0" 5'-0" 2'-0" 2'-0" 3'-0" LINTEL+ 8'0" SILL 0'0" LINTEL landing bottom SILL 1'9" below landing bottom LINTEL+ 8'0" SILL 0'0" SILL 3'6" LINTEL+ 8'0" SILL 0'0" LINTEL+ 8'0" SILL 0'0" 9" 3'-6" 9" 6'-3" 8'-7 7'-9" 8'-6" 12'-1 9" 4'-0" 18'-9" 9" 14'-0" 9" 9" 15'-7 13'-9" 2'-0" 2'-0" 25'-4" 10'-0" 3'-6" gazebo (as per detail) 3'-9" 12'-0" 9" TREAD 10" RISER 5.75" NO.OF RISERS- 22 FLOOR HT. 10'6" (as per detail) 3'-0" 6'-3" [1905.00] 4'-0" 27'-0" 15'-9" 14'-0"
Miscellaneous
Summer Internship at Hiren Patel Architects includes work done on a plotting scheme and few residential projects. This included work on process drawings, renders and minor design changes.
FA Chang Activity Center, China and Padmanabhapuram Palace, Tamil Nadu were studied to understand its structure and spatial qualities.
This also includes installations made during college festivals - Lotus Installation and a 8’ x 4’ wall poster based on concept of mass production vs creativity. A palace turned into temple on the ghats of Varanasi was documented to understand the lives of the tenants. The Faculty of Architecture building at CEPT University, Ahmedabad was also documented to understand its structure and architecture. Other works include designing a community center in Dharavi as entry for the competition The Dharavi Project by Archdias, designing a hybrid structure - tensile and frame for a restaurant, a landscape project for backyard of a house and few sketches and architectural renders and graphics.
Vineet Rawal Residence
3D Renders
Valli
Magazine cover designed for H&M x Giambattista
collection
Architectural Renders
Architectural Renders
Entry for The Group Work
FA Chang Activity Center, China - Exploded Isometric Group Work
Isometric
Exploded
- Scale 1:150
Dharavi Project, Archdais
8’x4’ Wall Poster - Mass Production vs Creativity Group Work
The 178 year old Ganga Mahal a palace, which now functions as a temple of Radha and Krishna is a perfect example of justaposing spaces. What may look like an abondoned palace at first, houses several families whose lives revolves around the temple. The study was depicted using sketches, plans, elevation and cross sectional elevation.
Analysis life in the Ganga Mahal - Varanasi Relative Study Programme Group Work
Lotus Installation - Group Work
cube of 30x30 cm was made with y team-mater Bhavana Vishwanathan.
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Designing a Cube with wood and metal joineries Group Work
Understanding Padmanabhapuram Palace, Tamil Nadu Group Work
atof of Documenting Faculty of Architecture Building, CEPT University, Ahmedabad
The process of Model making ended with creating a replica of Farnsworth House in 1:50 scale using white buff board( for roofs, platfoems and I sections), jute board, acrylic sheets and wires( for furniture), OHP sheets( for glass walls), and PVC (for stiffners). This model was done in the group of four people.
Farnsworth House Model - Group Work
a hybrid structural system - surface and frame system - Group work
Designing
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Designing landscape for backyard of a house Sketches
devanshi.ug190323@cept.ac.in | devanshidhingra15@gmail.com