Rutvi Vijay Gajjar_Architecture Portfolio'21

v rgv rg rvg rvg PORTFOLIO Selected Works 2014-2021

Introduction.

I am an independent and self motivated young believer in the ability of architecture and research combined with design thinking for strengthening our societies and having a positive effect on the world. In my opnion we can either change it by ‘Design’ or ‘Disaster.’

I believe that the skills I have attained from the dynamic environment, culture and competitive university life define me and I look forward to implement and polish them in any opportunity I receive.

COMPLETE PORTFOLIO LINKEDIN https://www.linkedin.com/in/rutvigajjar/

https://issuu.com/rutvigajjar

ARCHITECT & DESIGNER Address.

398 Panhellenic Dr. Mississuaga, Ontario L5W 0B7

Contact.

+1 587 736 1996 rutvigajjar@gmail.com

Rutvi Vijay Gajjar Education.

Achievements.

Master’s in Architecture 2019-2021 University of Calgary, Calgary, Canada

Meridiem Installation 2019 Zoominessence Edmonton Zoo, Canada

Bachelor’s in Architecture 2014-2019 S.A.L. School of Architecture, A’bad, India GPA: 8.76/10

Gujarat Technological University Top 10 Fall 2018 for standing 9th in the state.

Higher Secondary / A Levels 2012-2014 Twickenham Academy, London, U.K.

Pidilite Award for Excellence 2016 for Optimistic Design, Gujarat, India

GPA: 3.71/4.0

Primary Education Little Flower School, Ahmedabad, India

Work Experince.

Core Architects | Architecture Designer

Skills.

3D Modelling

Working primarily on the design development (SPA Phase) of several medium to large size residential projects. Drafted various design drawings and made subsequent adjustments based on both cilent’s and project manager’s feedback. Created presenatations for cilent’s and council’s approvals.

- Rhino - Revit - Sketchup - Grasshopper - Maya - Navisworks

Kevin Designs | Architect

Rendering

Sept 2021 - Present, Toronto, Canada

May - July 2019, Ahmedabad, India

Participated in the architectural design process, developed alternative solutions and presentation graphics used to communicate concepts to cilent or consultants.

- Vray - Enscape - Blender - Lumion

DDA Architects | Intern Architect

2D and Graphics

June - November 2017, Ahmedabad, India

Assisted in design development drawings & models and collaborate with production staff for technical details and completion of construction drawings for various residential, institutional and healthcare projects.

ASTUDIO Architects | Intern Architect one week internship, London, U.K.

Assisted in developing the detail physical model of the new Twickenham Academy.

- AutoCad - Photoshop - Illustrator - Indesign - Office

01. Inuvik Festival Market

02. Together Project

02. Reciprocity

03. Gurukul Street

03. Meridiem

01. LGBT Centre 02. George Brown Pit Project

04. Urban Food Tales 05. Tensigrity

BIM

Studio

04. Euphoria Resort

Research

01. Centre for Alternate Histories

71

39

01

Table of

03. Club House 04. Nagri Eye Hospital

113 01. Ahmedabad City

01. Canvas Painting

02. Citadel of Jahangir

Freelance

Professional

02. Baroda Apex Academy

Documentation 103

85 01. Solitaire

Content

Studio Projects

01. Centre for Alternate Histories 02. Together Project 03. Gurukul Street 04. Euphoria Resort

Centre for Cultural Institution, Comprehensive Studio

Olympic Plaza, Calgary, Canada Team : Faezeh Yousefi The focus of the comprehensive studio was to design a specific cultural facilty, in which our team focused on the museum of alternate histories of the Calgary city.

All the cities has many histories through which it’s has developed and advanced in all means. Same like, Calgary has a lot of histories on which it is standing today.

We through our building called ‘Centre for Alternate Histories’ want to present these histories to the city and the people of it.

Thus, the concept of our project is “There are multiple narratives that have shaped and formed Calgary’s culture and will continue to influence the future. In this sense History can be seen as a multifaceted phenomenon. It is something often seen in a singular sense but if we refract this perspective we see history has many facets.”

Softwares Used AutoCad. SketchUp. Photoshop.

Illustrator.

Lumion.

Enscape.

Instructor: Erin Faulkner 3

Altern

Jan. 2020 - April 2020

nate Histories 4

Alternate Histories

Building

City

“ DISPERSION AS MULTIFACETED ” The way we saw history was a multifaceted phrnomenon that each of its sub-categories is one of its refraction. As we are talking about alternate histories, we looked upon the idea of refraction of light through prism. And saying that our parti is dispersion as multifaceted in the form of a prism itself. The way a white light disperses into 7 colors after passing through the prism, we want our center to be that same lens through which the white light of Calgary can disperse into its alternate histories. This concept has been adopted in the building both vertically and horizontally exploring the movement as well as the arrangement of the spaces in the sense of section and plan.

Building Elevations

WEST BUILDIN

5

West Eleva

Dessign Dessign Development Development Dessign Development

Programme Diagram

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EXHIBITION EX

The entry tunnels leads to the lower lobby EXHIBITION EXHIBITION EXHIBITION ENTRTY ENTRTY ENTRTY

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Placement of Exhibition

Placement Placement of Exhibitions of Exhibitions Placement of Exhibitions The entry tunnels leads to the lower lobby

Formation of Spaces Formation Formation of Spaces of Spaces Formation of Spaces Vertical circulation from lower lobby to uppper lobby

loor

er F

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Low

Conceptual Program Diagram

on

The entry tunnels leads to the lower lobby

The entry tunnels leads to the lower lobby

All functions connects to the central atrium (lobby)

Vertical circulation from lower lobby to uppper lobby

Vertical circulation from lower lobby to uppper lobby

All functions connects to the central atrium (lobby) on the upper floor

Comprehensive Studi

PROGRAMME AND CIRCULATION CONCEPTUAL DIAGRAMS

Conceptual Program Diagram

All functions connects to the central atrium (lobby)

Vertical circulation from lower lobby to uppper lobby

Comprehensive Studio | Phase II | Faezeh + Rutvi

All functions connects to the central atrium (lobby)

NG ELEVATION

ation

Comprehensive Studio | Phase II | Faezeh + Rutvi

6

oor Plans

7 B B

6

8

4

5

9 2

A’ A

20 3 1 10 19

18 17

11

12

13

16

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Teatro

1. Vestibule 1 2. Lecture Room 3. Reception 4. Coat Check 5. Support/Print 6. Workstation 7. Office 1 8. Administration Entry 9. Office 2 10. Vestibule 2 11. Big Lecture Room 12. Lobby 13. Vestibule 3 14. Bookstore/Shop 15. Vestibule 4 16. Toilets 17. Loading Deck 18. Garbage 19. Storage 20. Kitchen

B’ 14 A

LOWER LEVEL PLAN

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3 B

2 12 A’ 4

7 13

6 14

1

11

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10

Teatro 8

1.

2.

3.

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Lobby Exhibition 1 Library 1 Seminar Room 1 Exhibition 2 Library 2 Seminar Room 2 Exhibition 3 Library 3 Seminar Room 3 Toilets Exhibition 4 Library 4 Seminar Room 4

B’

A

9

FIRST LEVEL PLAN

8

EXHIBITION GALLERY VIEW

9

Conceptual Model

Conceptual Models (Process)

DESIGN EVOLUTION MODELS

Faezeh + Rutvi | Comprehensive Studio | Portfolio

11

Experiential Model

Experiential Model

EXPERIENTIAL MODEL

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10 19

11

21 3 3

Upper Floor

30

30

15 30 8

3 3

Lower Floor

30

30

Washrooms Washrooms 30

Fire ExitExit Fire

TavelDistance Distance Travel 1 Hour Sepration 1 Hour FireFire Sepration Central Circulation Central Circulation

Parkade

Washrooms, Travel Distances and Exits

CODE/LIFE SAFETY SYSTEM

11

W Upper Floor

2

Lower Floor

2

W

P

P

P

ion

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Barrier Free Washrooms Barrier Free Washrooms

P

Barrier Free Barrier FreeParking Parking

Barrier Free Entrance Barrier Free Entrance

Parkade

Barrier - Free Design

W

BARRIER - FREE DESIGN

12

300 x 300 mm steel primary beams 150 x 150 mm steel secondary beams

Upper Level Primary and Secondary Beams

300 mm steel columns

Upper Level Structural Walls and Columns

100 mm poured concrete slab

Upper Level Floor Slab

300 x 300 mm steel primary beams 150 x 150 mm steel secondary beams

Lower Level Primary and Secondary Beams

300 mm steel columns

Lower Level Structural Walls and Columns

200 mm thick concrete slab

Floor Slab

300 x 300 mm primary beams 150 x 150 mm secondary beams

Primary and Secondary Beams

300 x 300 mm concrete columns 150 mm thick concrete slab

Parkade Slab with Structure Walls and Columns 1200 x 1200 x 300 mm isolated column footing 600 x 300 mm strip footing

Foundation

BUILDING STRUCTURAL AXO

13

LIBRARY VIEW

TOP VIEW

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Axo 30 mm Thick Glass

Glass with metal mullions

Spider webs Tension and compression steel rod with connector

Cable and Rod Truss System

Diagonal Cabe Bracing

Horizontal and Vertical Metal Mullions

150 x 300 mm Laminated Glass Columns with Steel Plate for Joinary

Upper Level Glass Columns 30 mm thick Structural Glass Structural Joist I Sections 30 mm thick Fire Rated Glass

Upper Level Floor Slab Diagonal Cabe Bracing

Horicontal and Vertical Metal Mullions

150 x 300 mm Laminated Glass Columns with Steel Plate for Joinary

Glass Columns 30 mm thick Structural Glass Structural Joist I Sections 30 mm thick Fire Rated Glass

Upper Level Floor Slab Diagonal Cabe Bracing 150 x 300 mm Laminated Glass Columns with Steel Plate for Joinary 30 mm thick Structural Glass I Sections 30 mm thick Fire Rated Glass

Parkade Slab with Columns and Mullions

Scan to know more

600 x 600 x 300 mm Concrete Footing

Foundation GLASS CUBE STRUCTURAL AXO

15

R1

R1 1. Glass 2. Spider Fitting 3. Tension Steel Rod 4. Connector 5. Compression Steel Rod 6. Hanger 7. Pressure Pipe 8. Connector 9. Tension Steel Rod

D2

W1 1. Glass 2. Laminated Glass Column 3. Steel Frame 4. Steel Plate 5. Diagonal Cabe

F1 1. Structural Laminated Glass 2. Silicone Sealant 3. Structural Joist 4. Desiccant Pack 5. Pressure Bar 6. Mounting Nut

W1

F1

D1

D4 Upper Level +2.4 m

Site Level R1 1. Glass 2. Spider Fitting 3. Tension Steel Rod 4. Connector 5. Compression Steel Rod 6. Hanger 7. Pressure Pipe 8. Connector 9. Tension Steel Rod

0.0 m

Lower Level -1.5 m

W1 1. Glass 2. Laminated Glass Column 3. Steel Frame 4. Steel Plate 5. Diagonal Cabe F1 1. Structural Laminated Glass 2. Silicone Sealant 3. Structural Joist 4. Desiccant Pack 5. Pressure Bar 6. Mounting Nut

Parkade -5.4 m

GLASS CUBE WALL SECTION

16

Building Sections Steel Beam

18 mm Wooden Plank Flooring 15 mm Treated Plywood

Structural Lamintaed Glass

Plastic Barrier Concrete Steel Deck

Silicon Sealant Structural Joist Desiccant Pack

Pressure Bar Mounting Nut OSWJ 13 mm Gypsum Board Steel Channels Suspended Wooden Ceiling

Fire Rated Glass

150 x 350 mm Glass Column 3 mm Thick Glass

Wall Section 1

Section

Detail 9: Cube Floor and Building Floor

D1 : GLASS CUBE FLOOR AND BUILDING FLOOR DETAIL

D2

SECTIO

17

Section

Wooden Panels Sleepers Perpendicular to the cladding Roofing Membrane B 13 mm Plywood

Z Girt

A’

150 Poly ISO Insullation Vapour Retarder

150 Laminated Glass Column

13 mm Plywood Steel Deck

Vapour Retarder Metal Joint /Channel

B’

A

30 mm Glass

N

Perimeter Beam

Upper Floor +2.4 m Site Level 0.0 m Lower Floor -1.5 m

Parkade -5.4 m

OWSJ Steel Channels

A -A’

Suspended Wooden Ceiling

D2 : GLASS CUBE AND BUILDING ROOF DETAIL

Detail 10: Cube and Building Roof

D1 Upper Floor +2.4 m Site Level 0.0 m Lower Floor -1.5 m

Parkade -5.4 m

ON B-B’

n B-B’

18

TUNNEL ENTR

19

RANCE VIEW

20

Urban Mirror Together Project - Mixed Community Intermediate Studio Ramsay and Inglewood, Calgary, Canada

In the studio Urban Mirror, Urban Myth, we uncovered the ideologies behind the contemporary city, and their related mechanisms, in order to reveal the forces that are shaping the cities of today.

The urban renewal we have been developing under the auspices of the ideology of the mixed-city is less mixed than we pretend. Looking back at how we organized this wave of urban regeneration, we can see how we have systematically excluded one program: the productive economy. Productive economy, manufacturing, maintenance and repair jobs make part of city life as well. Production should be encouraged in the city, be part of the fabric, be allowed to be seen, connected to shared daily life, nurtured and celebrated.

Mixing living and working again could be a way to improve the process of hybridization between local and global economies, macro and micro strategies. And by introducing the production within the city, we therefore create new opportunities for more recycling, social interactions and urbanity.

Softwares Used AutoCad. SketchUp. Photoshop.

Concept An imagry wall observed between the residential and industrial fabric should be brought TOGETHER through mixed use spaces which can function as a transition space between them.

Instructor: Philip Vandermey 21

r,

Sept. 2019 - Dec. 2019

Urban Myth 22

URBAN PLAN Today every warehouse has become loft apartments, every industrial shed an arts or leisure centre, every brownfield a fresh residential neighbourhood. The productive economy has left the city to the periphery, whether it is on the outskirts of the same city or to another part of the world. Thus the the approach is to design a neighboorhood where the Residential, Commercial and Industrial activities takes place togather.

Program Bars

Program Voids

MAIN BUILDING

23

Studio Housing

Fab-Labs Co-Working

Cafe/Resturant

Lounge

Main Storage Flexible Hall Learning Centre Administration

GROUND FLOOR PLAN

PROGRAMME MASSING

The colourful walls reflect the building’s various functions. Various blocks has its own type of window depending on the function inside. The concept of Togather is well expressed through this facade where differenet programmes meet under one roof. In other words, the facade itself reflects the design definition.

FACADE STUDIES

24

MAIN BU

25

UILDING

26

Gurukul Shopping Street Redevelopment, Urban Studio

Gurukul Road to Subhash Chowk, Ahmedabad, India

The focus of the urban studio was to allow the students to explore the idea of urban development by letting them define their own brief and programme. The area assigned for the site selection was 4.7 km long metro rail corridor with the radius of 2 km.

STREET STRUCTURE PLAN

Team : Devanshi Patel and Rini Shah 27

Sept. 2018 - Dec. 2018

Softwares Used AutoCad. SketchUp. Photoshop.

Our group selected 1.7 km long ‘Gurukul Street’, as the site with the proposal of redesigning the old shopping street of the city. The design response was thus formulated according to the site- converting the heavy vehicular road into pedestrian with paralell vehicular roads on both the sides. The aim of the project was to offer interesting scenery to the public with an enjoyable shopping experince considering other commercial and residencial activities in the surrounding.

Metro Station Metro Line Bus Station Vehicular Movement Pedestrian Movement Secondary Movement Residential Movement Nodes

Instructor: Shital Shah

Street 28

ZONING Commercial Retail Recreational

BUILDING HEIGHTS Residential Market Exsisting

G+20 G+10 G+5

G+3 G+2 G

URBAN POCKETS

29

STREET

CENTRAL PLAZA

The street comprises of three gathering plazas of differnet sizes. The design of the plaza has been inspired from the ‘Urban Redevelopment Historical Center’ by MIR Architecture. The diversifed activities promotes a easy going and flexible image of the street. There are things to do for everyone. From people watching , discussing, dining, etc; retail and market spaces; exhibition space, festivals, bazaars, demonstrations, restaurants, eateries, bars; cultural institutions, museums and monuments and more.

Various ‘Urban Pockets’ have been designed to serve as a combination point between the street and the residential area. Different activities are proposed for all ages- hawkers area, gathering chowks, bus stop, small store, etc.

SECTION

30

ing R oad Sterl

DriveIn Road

Gurukul Road

SRAG Road

MASTER

31

Sonal Road

Shashi Road

Subhash C

howk

Gurukul Road

Swaminarayan Mandir Road

R PLAN

32

Jan. 2016 - Jun. 2016 The studio aimed at understanding the term ‘Cluster Planning’ by developing the design skills at larger scale. The idea was to design a resort which could be sumptuous as well as the rootage to Kerala.

The Resort was branched into two theme responding to the surrounding landscape.

The Forest living is made out of the tree houses and the Backwater living includes the cottages opening to the water around.

The public services lying at the central axis of the resort follows the typical architecture of Kerala with that of central courtyard and sloping roof.

1.

2.

3.

4.

5.

6.

6

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Exhibition Center Auditorium Gym Meditation Center Spa Resturant

1

3 5

6

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3

2 FOREST

2

4

1

Resort CENTRAL AMENITIES CLUSTER

33

Euphoria BACKWATERS

1

Holiday Restort Project

Kolvalam, Kerela, India 3

2

5

6

Softwares Used AutoCad. SketchUp. Photoshop.

Vray.

5

7 Legend 1. Type A: 150 sq.m. - 10 units 2. Type B: 50 sq.m. - 20 units 3. Type C: 30 sq.m. - 10 units 4. Type D: 200 sq.m.

5. Amenities and Services 6. Resturants 7. Entrance Port

Instructor: Dhara Desai 34

CENTRAL IDEA

Euphoria is divided into two livings: Backwaters- Forest The main idea is to use the landscape and make it a part of the resort.

The typical house style of Central Courtyard is adopted to given the sense of locality to the guests.

SECTION A-A (PRESIDENTIAL UNIT- FOREST)

35

SECTION B-B (PRESIDENTIAL UNIT- FOREST)

Inspired by the the ‘Central Park’ of New York, recreational space is developed in the centre of the resort connecting both the livings.

PAVILLION RESTURANT AND POOL

d

g

c

a. b. c. d. e. f. g.

Reception Pavillion lounge/bar Kitchen Storage Pool Bar Pool Changing Room

b f

e a

PLAN

36

PRESIDENTIAL UN

37

NIT (FOREST) PLAN

38

Research Projects

01. Inuvik Festival Market 02. Reciprocity 03. Meridiem 04. Urban Food Tales 05. Tensigrity

Inuvik Festiva Senior Research Studio II

Inuvik Region, Northwest Territories, Canada The studio through the mediums of geometry and digital fabrication focus on proposing architecture in a speculative economy, creating new, augmented and sustainable models for people to live, work and play together.

The aim of the project is to explore the new possibilities of ice and snow architecture in technology, function and artistic expression by designing and constructing a seasonal market for the Inuvik Festival in the remote location of the Inuvik region.

The market is deisgned and constructed wirth the collaboration of three aspects: Ice Architecture, Micro-factories and Architecture Geometry

Softwares Used Rhino.

Grasshopper.

Maya.

Illustrator.

Photoshop.

Instructor: Alicia Nahmad 41

al

Jan 2021- Apr. 2021

Market 42

ICE ARCHITECTURE The architectural structures, made from the local material however temporary, have allowed the people of Northern Canada to prosper in an extreme climate for many centuries.

MARKET

NING THE GRAMM Sunrise Festival

Technologically advanced manufacturing B FEa wide range of process setup, which has capabilities to achieve Rmass customaized Cold Season A endM products.

INUVIK

Architecture is a domain that majorly deals with geometry and visuals. Combination of applied geometry and architecture, to look at the design, analysis and manufacture processes.

JAN

ARCHITECTURAL GEOMETRY

DEC

MICRO - FACTORIES

Warm Season

APR

O V

N

OCT SEP

JUN

JUL AU G

M

AY

56 days of Polar Day 30 days of Polar Night Snowy Period

RESEARCH TRIANGLE

A closed festival market due to the extreme cold conditions in the town of Inuvik

Inuvik Weather

GRAM COMPONENTS

Artistians Stalls

Home Baker’s and Local Food Vendors To support the economy of the Inuvik Town

For people to socialize and enjoy

PROGRAMME

43

Gathering Spaces

MARKET

MARKET AGGREGATION

MARKET AGGREGATION

HEXAGONAL Hexagonal Grid GRID

MarketLOCATION Location MARKET

MARKET MASSING

NOLI PLAN

CIRCULATION

Market Noli Plan

Circulation Food Stalls Circulation

Artists Stalls

MarketFood Massing Stalls

Two Grid attaractive forces Deformation

Attractive forces GRIDTwo DEFORMATION

Artists Stalls Circulation

Artists Stalls

Artist Market Circulation

Food Stalls

Food Market Circulation

Entrance opening towards the lake and outdoor activities

GATHERING SPACE Gathering Spaces

MAIN ATTRACTORS Main Attractors Art Pieces

Goods Entrance

Main Entrance

STALL TYPES Artists Stalls Stall Types Food Stalls Closed Large Stalls Island Open Self Stalls

44

SPATIAL CATA SPATIAL CATA ARCHITECT ARCHITECT SPATIAL CATA ARCHITECT

PRIMITIVE LAYOUT Stalls + Geometry

Preparation Area Display Table Display Table Display Table

OPEN SELF STALL small artist + home baker

45

Preparation Areaand Display Serving Table Preparation Areaand Display Serving Table Display and Serving Table

CLOSED FOOD STALL

TALOGUE TALOGUE TURE GEOMETRY TURE GEOMETRY TALOGUE TURE GEOMETRY

Open-Self Stall Open-Self Stall Open-Self Stall

SPATIAL CATALOGUE Architecture Geometry

Closed Stall Closed Stall

Open-Self Stall Open-Self Stall Open-Self Stall

CLUSTER OF TWO

Closed Stall Closed Stall

Closed Stall Open Stall Open Stall

Closed Stall

Open Stall

CLUSTER OF THREE

46

ONSTRUCTION QUENCE

CONSTRUCTION SEQUENCE

1. Base Plates + Base Edge Beams

2. Scaffolding + Edge Beams

3. Cable Net

4. Fabric Shuttering

5. Reinforced Ice is sprinkled

6. Final Structure

MICRO FABRICATION

47

MICRO FABRICATION To fullfill the aim of using local materials, Ice blocks from the frozen Mackenzie River located next to the site are used as Raw Material.

Further they are melted and mized with shredded Cellulouse. This mixer is than sprayed on the fabric shuttering to achieve strong Reinforced Ice Sructures.

6. Robotic Arm Sprayer

48

Dempster Highway

Festival Icon

Scan to know more.

MARKET T

49

Outdoor Activities

TOP VIEW

50

Reciprocity Senior Research Studio I 7th Ave SW, Calagry, Canada

Team:Darryl Pollck and Ji Song Sun

The studio focused at the intersection of modern methods of design and construction in timber and vernacular building and material cultures on Canada, particularly Alberta and British Columbia.

1.4 APPROACH

Reciprocity investigates Calgary’s Carbon Problem at an urban scale through a RECIPROCITY modular, mixed-use, transit oriented development which can be deployed across various C-train stations in the city.

MAKE

USE

RECIPROCITY IS A MIXED-USE, MULTI-GENER

DEVELOPMENT IN COMBINATION WITH THE LRT SYST

+ MODULAR SYSTEM + LRT STATIONS IN CALGARY RECYCLE

CIRCULARrealized ECONOMY REALIZED Circular Economy through Reciprocity THROUGH

+ DIFFERENT TYPEOLOGIES + RESPOND TO SITE

RECIPROCITY

Instructor: Shajay Bhooshan (Zaha Hadid Computation and Design) 51

Sept. 2020- Dec. 2020

Softwares Used Rhino.

Grasshopper.

Sketchup.

Illustrator.

Photoshop.

52

PROBLEM - CALGARY CARBON EMISSIONS CITY SPRAWL

1. SITE - 7TH AVE SW

FOSSIL FUELS

SECTOR SEPERATION

2. CURRENT CIRCULATION

3. LRT ORIENTED DEVELOPMENT

4. ARTICULATION FOR SOLAR EXPOSURE

53

SOLUTION DENSIFICATION MIXED USE EMPLOYMENT

WALKABILITY TRAIN STATION

SUSTAINABLE ENERGY SUSTAINABLE BUILDING

5. SOLAR RADIATION

6. MASSING AS PER THE RADIATION

7. MASSING WITH SOLAR PANEL AREA

8. MIXED USED MASSING

9. PATHWAYS TO CONNECT DIFFERENT TOWERS

10. FINAL MASSING

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STUDIES RECIPROCAL PROGRAM - LIVE / WORK

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TA IL

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CO -W O

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SHARING OF SPACE SHARING OF SPACE AND AND LEARNING LEARNING RESOURCES RESOURCES

LIB

RA

RY

LIVE / WORK RECIPROCAL CYCLE

.2 STUDIES

RE

SID

RECIPROCAL PROGRAM - FOOD SECURITY

EN

Fresh Produce

CE Residents Grow Food

Food for no / low income people

Waste

RE

ST

UR

Fresh Produce AN

CO M

MU

NI

TY

T

No / low income people can grow food

GA

RD

NI

TY

KIT CH

Fresh Produce

SHARING OF FRESH PRODUCE

Scan to know more

SHARING OF FRESH PRODUCE AND LABOUR AND LABOUR

GR

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MU

EN

EN

Waste

CO M

OC

ER Y

FOOD SECURITY RECIPROCAL CYCLE

TUDIES

PROCAL PROGRAM - DAY TO DAY

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GY M

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SID

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TR

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AIN

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MU

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ST AT IO

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EASY ACCESS TO DAY TO DAY

EASY ACCESS ACTIVITIES TO DAY TO DAY ACTIVITIES

DA YC A

6.2 SOLUTION

ntial

RE

OPTIMAL BUILDING WALKABILITY

DAY TO DAY RECIPROCAL CYCLE

Maximum Travel Distance 148 m

Rehab Center

156 m

Community Garden

157 m

Restaurant

162 m

Gym

165 m

Co-Working Space

167 m

Community Centre

179 m

Library

185 m

Daycare

194 m

Community Kitchen

204 m

Grocery Market

208 m

Retail

211 m

Fab-Labs

245 m

Cafe

OPTIMAL BUILDING WALKABILITY

56

Instructor: Guy Gardner and Kim Son Tse

Meridie

Large Sc Robotic

Edmonton

Softwares Used Rhino.

Grasshopper.

Illustrator.

Team: Anagha Patil, Darr 57

Sept. 2019 - Dec. 2019 The project explores robotic 3D printing using recycled PLA pellets. The installation consits of three 8ft. columns which connect at the top to form a canopy for zoo goers to walk through.

With the use of proximity sensors, the canopy lits with colour changing LEDs, which allow the lightning to shift in response to the movement of visitors around the installation.

This symbolizes how human interaction can change our environment and signify how our presence makes an impact.

This impact can be positive or negative, the choice is ours.

em

cale 3D Printing, Fabrication

n Zoo, Alberta, Canada

yl Pollck and Ji Song Sun 58

3D Printin TREE 1

1

Each tree is divided into four parts of 610 mm each

Each part if further divided into four parts of 150 mm each for 3WD printing. Each layer of print is 1mm thick.

59

ng Process TREE 2 & 3

3 2

Each tree is divided into four parts of 610 mm each

The 2nd and 3rd tree was made by printing the pattern on ground and than folding it using headair gun

60

Fabricatio TREE 1

Acrylic Plate Zip Ties Second Part

Acrylic Plate Nuts Acrylic Plate Spacers Flange Bolts

Steel Pole

First Part

Screws Flange Arduino Setup

Wooden Base

Legs

61

on Process TREE 2 & 3

Second Part Zip Ties

Coupling

Steel Pole

First Part

Zip Ties Flange Acrylic Plate

Wooden Base

Legs

Watch the project video 62

FINAL STRUCTURE

Top frame connects all the tress togather

63

64

Urban Food

any age group to walk (refer f

Khau Gallis of Gujarat, B.Arch Thesis Gujarat, India

Urban Food Tales

iv.

Research Framework

Parameters of Allan Jacobs

Fig

Food streets have always b streets which maintain the The research began with a importance to a city. It wa delivery system. The resea take into consideration. Th heritage resource revive th

The objectives of the resea i. Study and understand th ii. Identify the parameters iii. Document the selected

Instructor: Mansee Bal Bhargava 65

Figure 3-1 Research Framework

figure 4-9).

Jan 2019 - Jun. 2019

gure 4-9 Street section with dimensions

been an integral part of the Indian culture in its own ways. Also, there are many reasons leading to the endurance of such food e public realm in the city by creating urban spaces. These food streets are the living heritage which is growing old with the city. an inquiry into understanding the nature of Khau Gallis and how it become an integral part of the city, also to understand its as triggered by the observations of the changing food streets of Ahmedabad with the onsets of food courts and online food arch was narrowed down to the physical and social characters of the food streets as they cover up all the data necessary to he case studies of the Khau Gallis of Gujarat has been undertaken to analyse this characters and to understand how this living he local heritage and culture.

arch are: he relationship of food and urban spaces in the Indian Culture. that define the characteristic of the Khau Gallis. d Khau Gallis through the theoretical framework.

Want to know more?

62

Softwares Used AutoCad. Photoshop.

Tales 66

Supermarket Raatri Bazar, Jamnagar

Since time immemorial, people have been making places to appropriate and inhabit their surroundings.

Place is not an astatic concept, but a transformation that is ever changing. Transformations carry forward certain continuities to give character to the place.

The change in such places depends on the people who contribute to its making. Along with the people, the land use also plays a vital role. These informal places are usually attracted by places or buildings that are not currently in use.

In India, people gather at the end of every lane and cross roads at night. In such cases the building’s form give birth to such informal places. The Khau Gallis in India are a part of such phenomena. Thus public realm can be described as surroundings built form plus land use.

Residencial Resturant Commercial Dargha Govertment School

67

FOOD STREET PLAN

Supermarket

Urban Food Ta FOOD VENDORS IN FRONT OF THE SCHOOL Figure 5-3 Food vendors in front of the colonial building

74

STREET SECTION Figure 5-8 StreetFOOD section with street dimensions

68

Tensigrity Parametric Installation S.A.L., Ahmedabad, India

The studio was about designing an installation with a key element with different parameters.

Our group had designed an installation based on the tengrity system. After many experiments with the main element, a final component was made which was repeated vertically to make a free standing structure.

Materials used for the final installation: PVC pipes, special bolts, brake cables.

Materials used in small scale model: Wooden sticks and elastic rubberbands.

Team: Divya, Mayank, Rini, Sweta, Tejashvi, Viraj and Zeel

Instructor: Arpi Maheshwari 69

May 2017 - Jun. 2017

MAIN ELEMENT

CONSTRUCTION

Tensigrity System: Tensigrity is a structural principle based on the use of isolated compressed components within a continuous tension network so that the compressed components do not touch each other and the tensioned components delineate the system in space.

Softwares Used Grasshopper

SMALL SCALE MODEL

70

BIM

Projects 01. LGBT Centre 02. George Brown Pit

From BIM LGBT Centre, Rhino to Revit

Dresden, Germany Concept To address the difficulties and challeneges of the LGBT community, the concept of Labyrinth is depicted in the centre.

Labyrinth continues from the plaza to the centre to maintain its flow through public and private spaces.

The plan shows the Labyrinth pattern followed vertically through the floors as public spaces in a private building.

Softwares Used Revit.

Enscape.

First Floor Maze Second Floor Maze Terrace Maze Building

Instructor: David Robert Burch 73

Mar.2021 - Apr.2021

This project is a reproduction with a BIM model of a community centre designed earlier during my B.Arch. The process followed all the steps of a BIM model ( LOD 100 ) with some additional BIM plus factors like Path of Travel Analysis, Operable Louvers Family and Daylight Analysis.

...to Twin 74

PATH OF TRAVEL FOR EXIT ANALYSIS B

A

C

D

F

E

G

1

H

Maze 3 Entrance DN

DN

3

2 DN

North Entrance

Maze 3 Hall

DN

11

DN

7 DN

Residence Cafe

DN

22

DN

3

DN

Medical Zone

18

UP

Maze 4 Entrnace DN 4 DN

East Entrnace

DN

Maze 4 Hall

UP

DN

DN 10

8

4 5

Conference Room 1 19

6

DN

Library

Multipuropose Hall

13

14

Main Entrance DN

9

DN

7

Cloakroom UP

20

8 Gift Shop 17

DN

9 DN

21

Maze 2 Entrance 2 DN

DN

DN

UP

DN

DN

10 DN DN

DN

Office 5

Maze 1 Hall

16

5

DN

DN

South Entrance DN DN Maze 1 Entrnace

12 DN

1

DN

11

GROUND FLOOR PLAN Travel time > 30s Travel time < 30s

75

DN

UP

Advocacy Reception

Workshop 1

Maze 2 Hall

15

6

SOLAR ANALYSIS

FIRST FLOOR PLAN

3D VIEW OF THE CENTRE

76

OPERABLE LOUVERS IN THE

0°

77

15°

Louvers Family in Mul

CENTRAL COURTYARD

llion Profile Template

45°

90°

78

George Brown 3D to 4D BIM

Toronto, Canada

5

The focus of this project was to explore the 4D aspects of BIM. After modelling the project in Revit, different 4D BIM aspects like Construction Duration, Scheduling and Timeline were explored through the use of Navisworks.

The project is a proposal of a new tower in the central open space of George Brown College

Project The Project Casa Loma campus.

e Brown George College Brown Pit Project College Pit Project

Architecture Model Architecture Model ARCHITECTURE MODEL

Instructor: Youness Yousefi 79

Proposed

Proposed

Exisiting

Exisiting

Structure MODEL Model Structure Model STRUCTURE

Softwares Used Revit.

Navisworks.

Endscape.

n

Oct.2020 - Dec.2020

College Pit George Brown College Remaking the Pit Early Energy Analysis

80

800

A

1329

1725

3D MODELLING

B 1

2

3 2844

C

5

2502

6

2731

7

3479

Classroom 33 m²

8

2003

5004

Classroom 21 m²

2119

1880

4

800

A B 1329

1725

D

UP

Classroom 33 m²

C

3400

4077

D-01 D-01

4077

D-01

Consultant

0341

F

Classroom 28 m²

5506

Classroom 22 m²

Classroom 28 m²

Exist Width and Height

0341

D-01

D-01

1

4633

Level03- General Arrangement

Level03- General Arrangement 1 : 50

D-01

D-01

Classroom 22 m²

D-01

4670

F

1

4106

4670

Office 27 m²

4106

Office 27 m²

Classroom 21 m²

4633

5506

3400

D-01

2800

E

1 : 50

D-01

Classroom 28 m² D-01

Classroom 33 m²

4633

E

5004

Exist Width and Height

UP

D-01

D

D-01

2003

D-01 2800

8

3080

3479

7

D-01 D-01

3080

2119

6

Classroom 28 m²

Classroom 21 m²

Level 03 Room Schedule with Doors Name Family

Area Count 22 m² 1 28 m² 1 28 m² 08-09-2020 1 21 m² 1 33 m² 1 27 m² 30 m² 15 m² 1 2 m² 2 m² 46 m²

D-01

FORClassroom APPROVAL

5506

No. 1

Classroom 28 m²

Classroom M_Single-Flush Classroom M_Single-Flush Classroom M_Single-Flush Classroom M_Single-Flush Classroom M_Single-Flush Office Hallway Stairs M_Single-Flush Elevator Elevator Hallway

81

Area Count 22 m² 1 28 m² 1 28 m² 1 21 m² 1 33 m² 1 27 m² 30 m² 15 m² 1 2 m² 2 m² 46 m²

Date

Level 03 3D View-2 NTS

Level Type Mark Level 03 D-01 Level 03 D-01 Level 03 D-01 Level 03 D-01 Level 03 D-01 Level 03 Level 03 Level 03 D-01 Level 03 Level 03 Level 03

Width

Height

915

2032

915

2032

915

2032

915

2032

915

2032

915

2032

George Brown College GBC Pit Level 03 General Arrangement Project number Date

DESIGN DEVELOPMENT DRAWINGS THIRD FLOOR

0001 20200809

Drawn by

ZC

Checked by

AS

GBC-ARCH-006 Scale

Width 915

20

915

20

915

20

915

20

915

20

915

20

DESIGN DEVELOPMENT DR

Discipline : ARCH

Level 03 Room Schedule with Doors Name Family

Description

1 : 50

8/9/2020 7:34:47 PM

Level 03 3D View-2 NTS

M_Single-Flush Classroom M_Single-Flush Classroom FOR APPROVAL M_Single-Flush Classroom M_Single-Flush Classroom M_Single-Flush Office Hallway Stairs M_Single-Flush Elevator Elevator Hallway

Level Type Mark Level 03 D-01 Level 03 D-01 Level 03 D-01 Level 03 D-01 Level 03 D-01 Level 03 Level 03 Level 03 D-01 Level 03 Level 03 Level 03

1 1

R2 2700

R2 2700

R3 3400

R3

3400

R4

R5

2171

R4

2735

R5

2171

2735

R6

R7

2735

R6

2735

R7

2735

2735

8 3968

8

R9

3968

800

A

2833

2833

1

Elevator 2 m²

R2

2700

Elevator 2 m²

R3

R4

3400

UP

1725

D-02

RD

1518

2475

D-02

Dorm Room 9 m²

D-02

2560

2475

2648

2560

D-02

D-02

D-02

D-02

Dorm Room 9 m²

Bathroom Dorm Room 924 m²m²

D-02

D-02

Dorm Dorm Room Room Dorm Room 9 m² 9 m² 11 m²

D-02

D-02

UP

DN

D-02

D-02

Dorm Room 9 m²

UP

D-02

Dorm Room 11 m²

D-01 2648

RE

1518

2475

D-01

D-02

Dorm Room 9 m²

D-02

Level04 - Residence General Arrangement

1

D-02

Dorm Room 9 m²

UP

DN

D-02

Dorm Room 11 m²

Level04 - Residence General Arrangement 1 : 50 900

1 : 50

900

2560

D-02

Bathroom 24 m²

1

D-01

Hallway 30 m² Dorm Room 13 m²

1327

D-02

D-02

D-01

Hallway 30 m²

RE

R9

3968

D-02

Commons 27 m²

UP

Dorm Room 9 m²

2648

D-01 Dorm Room 9 m²

8 D-02

D-02

1518

D-01

3773

3773

Dorm Room 9 m²

Dorm Room 9 m²

D-02

Bathroom 24 m² DN

2735

D-02 Commons 27 m²

2595

2595

Elevator 2 m²

R7

Hallway 30 m²

D-02

RD

9 m²

2735

Commons 27 m²

UP

Dorm Room 9 m²

R6Dorm Room

Dorm Room 9 m²

2735 DN

DN

Elevator 2 m²

R5

2171

RC

RC

Dorm Room 13 m² Dorm Room 13 m²

1327

B

Elevator 2 m²

1327

Elevator 2 m²

1725

800

B

1725

A

1

Level04 - Residence General Arrangement 1 : 50

Residence Level 04 3D View-1 NTS

Residence Level 04 3D View-2 NTS

Residence Level 04 3D View-1 NTS

3D View-1

DESIGN DEVELOPMENT

Residence Level 04 3D View-2 NTS

Residence Level 04 3D View-2 NTS

FOURTH FLOOR

DESIGN DEVELOPMENT DRAW

82

4D BIM

Append the architecture and strucrture model in Navisworks

CLASH DETECTION

83

Differnet clashes were found and solved

CONSTRUCTION SIMULATION

1. Gro selecti

2. In th accord their P and co

3. Atta constr

4. Run

*the Sim

Critical - Pre re importe - Select

- Under I had to assign correct

Selection Sets

TimeLiner tab

Scan to watch the Construction Simulation video

QUANTIFICATION

Qunatification data expoted to Excel

84

Professional Projects

01. Solitaire 02. Baroda Apex Academy 03. Club House 04. Nagri Eye Hospital

Jun 2017 - Nov.2017

Softwares Used AutoCad. SketchUp. Revit.

Vray.

Solitair Lastly, SOLITAIRE SKY induces aviation industry and bigwigs of textile / retail / pharma / engineering industry to occupy 19th to 22nd floors and preside over their business region -or from these top levels, renowned cafeteria / gym or any such hospitality / recreational brand can function its services.

Guidance: Archite DDA Ar 87

Elegantly catalogued in three segments, SOLITAIRE SKY invites: national and international luxury lifestyle, and high value jewelry brands; automobile giants, to inhabit the first, ground plus twodecks. Then for 3rd floor to 17th floor, SOLITAIRE SKY incites media / finance / tech / telecom / FMCG / iron & steel / paint & chemical industry to activate their regional headquarters.

re

Sky

Business Tower

Ashram Road, Ahmedabad, India

ect Divyesh Desai rchitects 88

TOILET

LIFT PANTRY

TOILET

G.TOILET

OFFICE

UP

DN

ele. garbage shaft shaft

ENTRNACE FOYER 14'-7" x 23'-4"

ELECTRIC DUCT

LIFT

LIFT

LIFT

------ 39.65 M T W I D E R O A D ------

SITE PLAN

89

SLOPE 1: 7

L.TOILET

RAMP DN. TO BASEMENT -1

DUCT

DUCT

RAMP DN TO BASEMENT 2

LIFT PANTRY

TOILET

RAMP DN TO BASEMENT 2

UP

UP LOBBY 9'-6" X 17'-2" DN

garbage shaft

ELECTRIC DUCT

LIFT

DN

ele. garbage shaft shaft

ELECTRIC DUCT

OFFICE

PARKING

FOYER 14'-6" x 22'-6"

LIFT

FOYER 14'-7" X 23'-7"

LIFT

LIFT

LIFT

LIFT

TOILET

RAMP UP TO GROUND FLOOR

DUCT

BASEMENT 01 PLAN

DUCT

SECOND FLOOR PLAN

TERRACE FFL + 68770 3050 [10']

TERRACE FFL + 68770

TWENTIFIRST FLOOR FFL + 65720 3050 [10']

TWENTIFIRST FLOOR FFL + 65720

3050 [10']

TWENTIETH FLOOR FFL + 62670

REFUGE FLOOR

TWENTIETH FLOOR FFL + 62670

REFUGE FLOOR

NINETEENTH FLOOR FFL + 59620 NINETEENTH FLOOR FFL + 59620

EIGHTEENTH FLOOR FFL + 56570 EIGHTEENTH FLOOR FFL + 56570

SEVENTEENTH FLOOR FFL + 53520 SEVENTEENTH FLOOR FFL + 53520

SIXTEENTH FLOOR FFL + 50470 SIXTEENTH FLOOR FFL + 50470

FIFTEENTH FLOOR FFL + 47420

FIFTEENTH FLOOR FFL + 47420

FOURTEENTH FLOOR FFL + 44370

FOURTEENTH FLOOR FFL + 44370

THIRTEENTH FLOOR FFL + 41320

REFUGE FLOOR TWELFTH FLOOR FFL + 38270

THIRTEENTH FLOOR FFL + 41320

REFUGE FLOOR TWELFTH FLOOR FFL + 38270

ELEVENTH FLOOR FFL + 35220

ELEVENTH FLOOR FFL + 35220

TENTH FLOOR FFL + 32170

TENTH FLOOR FFL + 32170

NINETH FLOOR FFL + 29120

NINETH FLOOR FFL + 29120

EIGHTH FLOOR FFL + 26070

EIGHTH FLOOR FFL + 26070

SEVENTH FLOOR FFL + 23020

SEVENTH FLOOR FFL + 23020

SIXTH FLOOR FFL + 19970

SIXTH FLOOR FFL + 19970

REFUGE FLOOR FIFTH FLOOR FFL + 16920

FOURTH FLOOR FFL + 13870

THIRD FLOOR FFL + 10820

REFUGE FLOOR FIFTH FLOOR FFL + 16920

FOURTH FLOOR FFL + 13870

THIRD FLOOR FFL + 10820

SECOND FLOOR FFL + 7770

SECOND FLOOR FFL + 7770

FIRST FLOOR FFL + 4570

FIRST FLOOR FFL + 4570

PLINTH (G.F.) FFL ± 0000 GROUND LVL FFL - 0450

WEST ELEVATION

PLINTH (G.F.) FFL ± 0000 GROUND LVL FFL - 0450

EAST ELEVATION

90

Baroda Apex Bank of Baroda Training Centre Gandhinagar, Gujarat, India

A competition proposal of a 13 floor training centre facillitates Administration offices, Research Area, Training Rooms, Confrence Rooms, Auditorium, Recording Room, Faculty and Student Residences, Dormitory, Guest Rooms, Dining Area, Kitchen, Gym and other amenities in the total area of 12400 sq.mt.

I was involved in the design process of the project along with the development of the 2D drawings and 3D model.

NCC COSS ROAD

SITE PLAN

Guidance: Architect Hardik Bhatt (DDA Architects)

Jul 2017 - Aug.2017

Softwares Used AutoCad. SketchUp. Photoshop.

Vray.

Academy

A

CUT-OUT

12’-3” X 11’-9” 15’-3” X 12’-3” 10’-3” X 17’-3”

15’-9” X 17’-3’ (18’-9” X 17’-3”)

14’-6” X 17’-3” 12’-3” X 13’-3”

FOYER 16’-10” X 7’-10”

FOYER 14’-0” X 10’-0”

PASSAGE

12’-3” X 10’-0” CUT OUT 21’-4” X 10’-8”

14’-9” X 17’-0”

CUT-OUT 8’-6” X 6’-0”

10’-0” X 17’-0”

9’-0” X 9’-9”

9’-0” X 9’-9”

14’-3” X 8’-6”

PASSAGE

25’-0” X 24’-0”

40’-0” X 29’-6”

25’-3” X 16’-6”

25’-3” X 16’-6”

25’-3” X 16’-6”

A’

SECOND FLOOR PLAN

A

COVERED TERRACE

FOYER 16’-10” X 7’-10”

FOYER 14’-0” X 10’-0”

PASSAGE

PASSAGE

PASSAGE

TERRACE

COVERED TERRACE

A’

THIRTEENTH FLOOR PLAN

SECTION A-A’

Club

95

Aug 2017 - Oct.2017

Rajvi Residency

Gandhidham, Gujarat, India The focus was to design a club house in a triangluar patch of land situated in the center of the site, perpendicular to the main entrance.

The design response was thus formulated according to the geometric pattern of the bunglows designed for the project. Thus a symmetry has been mainedted in the plans and the elevation through the ideas of wings and floating boxes.

Softwares Used AutoCad. SketchUp. Photoshop.

Vray.

Guidance: Architect Hardik Bhatt DDA Archiects

House 96

GROUND FLOOR PLAN Spaces on ground floor: Entrance foyer, Banquet Hall, Pantry, Office, Toilets

SECTION A

97

FIRST FLOOR PLAN Spaces on first floor: Two indoor games room, Sitting Area, Terraces

SECTION B

98

May 2019 - July.2019

The eight floors hospital facilitates Retina Clinic, Glaucoma & Squin Operation Theatres, Conference Roo Rooms, Exam Halls, Dining Facility.

Go

Ah

Nag Hosp Softwares Used AutoCad.

SECOND FLOOR PLAN

Guidance: Archite DDA Ar

s Cornea Clinic, Lasik Clinic, nt Clinic, Daycare Centre, oms, Auditorium, Residence

overnment Eye Hospital

hmedabad, Gujarat, India

gri Eye pital

ect Divyesh Desai rchitects

BASEMENT PLAN

FIFTH FLOOR PLAN

N

SIXTH FLOOR PLAN

Documentation Projects

01. Ahmedabad City 02. Citadel of Jahangir

Ahmedabad Design Seminar

Ahmedabad, Gujarat, India Patang Hotel

With the key focus on the city of ‘Ahmedabad’, the design seminar was about presenting our home city and its different parameters through various art forms and techniques.

Our group was assigned to present ‘Ahmedabad’ through architecture and its different styles. For this intervention, the design idea adopted was of mapping and locating the main buildings of the city siuated on the both the sides of the river ‘Sabarmati’.

Ahmedabad being the first heritage city of India has rich architecture comprising a fort, many mosques and temples, a bridge, among others, belonging to different periods.

The mapping is shown by merging the two traditional art forms: ‘Mata ki Pichodi’ for the overlapping mapping and ‘Warli’ to show the culture of garba dance form in the city of Ahmedabad.

Softwares Used AutoCad. Photoshop.

Team : Devanshi, Divya, Harsh, Rini and Shravan 105

Gandhi Ashram

Sidi Saiyyed Jali

June 2018

Teen Darwaza

Ellis Bridge

Atma House

Chabutra

Pol Housing

City Garba Dance

106

107

The final mapping in the f

form of ‘Mata ki Pichodi’

108

Citadel Study Related Programme

Orchha, Madhya Pradesh, India

All the drawings were hand inked for the final documentation.

of

The four days program aimed to document the ‘Jahangir Palace’ of Orchha Fort Complex in Madhya Pradesh.

The establishment of the Jahangir Mahal dates back to the 17th century A.D. The palace is spectacular and is built in an Indo Islamic architectural style. It is a three storied structure that is marked by stylishly hanging balconies, porches, and apartments. The entrance of the Jahangir Mahal, Orchha is marked by an artistic and traditional gateway. The front wall of the structure faces to the east and is covered with turquoise tiles.

Different sections of the Palace were alloted to three teams of 5 people. Measure drawings from the site plan to the minor joinary detils were done by our team. Traditional architecture of 17th century, right from the facade to its plan layout and bracket details were learned in this programme.

109

Jan. 2016

Section

Jahangir 110

CENTRAL COURTYARD

FACADE DETAIL

ZAROKHA (BALCONY) DETAIL

111

DOOR DETAILS

BRACKET DETAIL

112

Freelance Projects

01. Canvas Paintings

MOM AND DAD

Canvas Painting

“I love painting and drawing for many reasons. One of them is that all it really require is me, a pencil and a canvas. It was something I was passionate about, and still am”.

115

GUATAMA

PLAYFUL KRISHNA

LORD GANESHA PLAYING VEENA

ABSTRACT TRIPLETS

CARS IN SAND

THE INSEPRABLE

BIRDS CHIRPING

116

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THANK YOU

Contact: +5877361996 / rutvigajjar@gmail.com