Architecture Graduate Portfolio | Tanaya Gawade

ARCHITECTURE PORTFOLIO Selected works 2017 - 2022

Tanaya

Gawade

ACADEMIC QUALIFICATIONS 20172022

BACHELOR OF ARCHITECTURE ( Mumbai University ) Pillai College Of Architecture , New Panvel Sem 1 : 6.78 GPA Sem 2 : 6.56 GPA Sem 3 : 7.19 GPA Sem 4 : 7.69 GPA Sem 5 : 8.28 GPA

2015 2017

2003 2015

TANAYA VIBHAKAR GAWADE 13.08.1999 I’m Tanaya Gawade, a graduate from Pillai College of Architecture , Navi Mumbai. My thoughts on architecture have influenced over the course of these five years. For me Architecture is not about just designing, but creating an environment for both nature and people.

I am a person who is always eager in learning to get experience in this field and contribute my skills to create a new change. I consider myself to be dedicated and a team player who will contribute full efforts towards the work I do.

SOFTWARE SKILLS

Sem 6 : 9.25 GPA Sem 7 : 9.53 GPA Sem 8 : 10 GPA Sem 9 : 9.56 GPA Sem 10 : 9.39 GPA

SENIOR SECONDARY SCHOOL (CBSE) Bal Bharati Public School, Kharghar , Navi Mumbai PCM/CS : 84 % SECONDARY SCHOOL (ICSE) Vishwajyot High School, Kharghar , Navi Mumbai X BOARDS : 86 %

WORK EXPERIENCE Oct 2020 to April 2021

ARCHITECT HAFEEZ CONTRACTOR

• Worked as an intern. Handled ( Internship ) various residential as well as commercial projects simultaneously.

• I also had the opportunity to attend client meetings and work on addressing their demands.

CO-CURRICULUM 2017 - 2018

Auto cad Revit Sketchup Rhino Adobe photoshop Adobe illustrator Adobe indesign Twinmotion Lumion Ms word HANDS-ON SKILLS Sketching Rendering Model making HOBBIES

Links for other Portfolio’s 1. https://issuu.com/tanaya.gawade/docs/ portfolio

• ALEGRIA FESTIVAL Committee member ( Publicity team)

2. https://issuu.com/tanaya.gawade/docs/ internship_portfolio_1

• MINDSCAPE - The Festival of Ideas

tanayagawade.ar@gmail.com

Volunteer ( Installation Team ) 9969759191

NAVI

2018 - 2019

MUMBAI

• ALEGRIA FESTIVAL Committee member ( Security Team )

Art Account - tanayeahart

CONTENTS

01 WATER AS AN ELEMENT IN ARCHITECTURE TO PROMOTE WELLBEING DESIGN DISSERTATION PROJECT SEMESTER IX - X

05 WEEKEND HOUSE ARCHITECTURAL DESIGN SEMESTER II

02 RE-IMAGINING WORKSPACES ( MIXED USE DEVELOPMENT

04

MODULAR HOUSING

LIBRARY AND DIGITAL CONVENIENCE CENTER

ARCHITECTURAL DESIGN

ARCHITECTURAL DESIGN

SEMESTER VII

SEMESTER VI

ARCHITECTURAL DESIGN SEMESTER IX

06 BUILDING CONSTRUCTION • PORTAL FRAMS • TENSILE ROOF SEMESTER IX

Architecture Portfolio 2017-2022

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07

08

WORKING DRAWINGS

MISCELLANEOUS

SEMESTER VI

• • • • • • •

TOUR DOCUMENTATION COMPETITION BASIC DESIGN MODEL MAKING GRAPHICS PHOTOGRAPHY ARTWORK

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01

DESIGN DISSERTATION PROJECT

USING WATER AS AN ELEMENT IN ARCHITECTURE TO PROMOTE WELLBEING OF PEOPLE SEMESTER IX - X GUIDE : SMITA DALVI

ABSTRACT This dissertation attempts to foremost understand the healing powers of water.

Throughout history, there is evidence of architecture celebrating the beauty of water.

• Water has been a crucial element in communities and nature since the dawn of civilization, symbolizing continuance. Water used to be a need for survival, but as the world became more urbanized, its value expanded significantly. Water has long been a symbol of grandeur in some cultures, while in others it is simply a recreational element. The world’s concept of architecture has shifted over time, and with it, new functions for water have emerged.

• This study examines how the presence of water as a function or feature enhances architecture, as well as how this relationship is experienced by humans through their senses. This study looks at a variety of case studies to see how water is used in different locations and how it affects people’s senses.

Finally, the goal of this research is to learn more about the importance of water in architecture so that we may learn more about the advantages of water on human health and develop effective strategies for using water resources in a sustainable, practical, and aesthetically pleasing way.

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Architecture Portfolio 2017-2022

RELATIONSHIP BETWEEN ARCHITECTURE AND WATER IMPACT OF WATER ON HUMAN SENSES

3 1 The stream valley developments thrived on the banks of waterways because of the accessibiliy of water for endurance

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presently we additionally have submerged designs constructed and are in process to be inherent in whats to come

times when urban areas began to create,waterfronts came into the image

2

VISION

The multi-tangible degree of commitment with water permits individuals to contact, smell, taste, hear and see water.

Thus water could assume a significant part in design by making a climate where every one of the faculties is practiced in balance, it can permit an individual’s brain and body to open up to a mending experience. It can likewise add meaning or makes a spatial figment.

HEARING

NEED TO BRING BACK HEALING POWERS OF WATER ?

Later on a few s e t l e m e n t s prospered as islands over the ocean when water became one of the mode of transport

later on utilization of water bodies in design is seen through pools,wellsprings,cascades etc

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The relationship between water and mankind entails not just an understanding of natural behavior but also our biological roots.The healing effects of water fixes have been known since ancient times when humankind realized the importance of water as a vital component of human existence and built the first civilizations near oceans and streams since the water was the most important aspect in mankind’s survival

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The thought was to propose a design element that would aid in stimulating the senses of the users, hence water was proposed as such an element since water can summon the five primary faculties in people.

These five properties and the sensory effects of water on human senses , are the main reasons why water should be a part of peoples life. The water properties help people feel weightless, and this advantage can be used to help medical problems that are hampered by weight.

The conclusion then is that, if water is utilized in architecture where people engage with it can contribute to a person’s sense of wellbeing by allowing boosting of senses.

SMELL

TASTE

If architecture can provide a place where the senses are exercised in balance, it can allow a person’s mind and body to open up to a healing experience. This thought has shaped the reason for this design dissertation project.

TOUCH

Architecture Portfolio 2017-2022

SYNTHESIS of research...

Gather learnings from past and adapt its working into the design

To implement those learnings and bring back spirit of water in architecture and lives of people

The fundamental point of this Dissertation was to bring back water in architecture and in lives of individuals and permit individuals to partake in its advantages on everyday schedule and to make it effectively available to all.

As a result, the goal of this study is to include water in a way that is sustainable, useful, and aesthetically pleasing, so that people can readily access it and enjoy the benefits that come with it, so contributing to the development of a better society.

RESEARCH

STRATEGY

DESIGN

TEST

BUILD

This study looks at how to strike the correct balance between water and architecture to assist society achieve a peaceful environment. We constantly need water, but as the world’s population grows, this resource is increasingly scarce.

Learnings from historical and modern aqua architecture

Research insights are translated into cues for design development - relating water with nature of spaces.

Incorporating properties of water in the spaces designed

Stress and uneasiness could be diminished in the event that we live in a peaceful climate.

This peacefulness can be gotten by utilizing water as a noticeable component in spaces where individuals could unwind partake in their recreation time.

Hence the design project is defined as a “ A Recreational and Wellness Hub that revolves around the therapeutic values and recreational experiences of water and deriving means to incorporate water-based architecture into the specified urban context. The design shall be a modern adaptation of traditional architectural responses to water. “

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HAR

RG

KHA

S

HILL

BHARATI VIDYAPEETH LAKE PROPOSED SITE

NIFT

AC PATIL COLLEGE

MAR G

HOSTEL

TREE

BELPADA TALAV

RAIN

BHARATI VIDYAPEETH

CDAC

RBI QUARTERS

RBI COLONY

EE INTR

RA

IGH

H UNE

-P

BAI

M MU

Y WA HA

RG KHA

LWA

AI RR

N

TIO

A Y ST

RG

MA

SITE CONTEXT AND ACCESSIBILITY This site is located in Kharghar, Navi Mumbai, near Bharati Vidyapeeth Colleges and hostels . The site is easily accessible as the Kharghar railway station is 650 M away from the site and the upcoming Kharghar metro station is 500 M away from the site. Also, the Mumbai-Pune Highway is 1.6 Km away from the site. So the site is well connected to railways and roadways.

Most of the buildings in the vicinity of the site are either research institute’s or colleges. There are different modes of public transport available near the site. Many Bus tops and Auto stands are observed around the site.

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Institutions

Hostels

Office

Informal Settlement

Residential

Bus stops

RBI Staff Quarters

Auto Stand

Architecture Portfolio 2017-2022

SITE ANALYSIS CLIMATE

NATURAL VEGETATION

VEHICULAR/PEDESTRIAN MOVEMENTS AND SENSORY ASPECTS

UTILITIES AROUND THE SITE

B C

G

A

D

H

F

E

I

• The site has a Warm and Humid Climate • The prominent winds are from the South – West direction.

• There is a small water body on the site.

• The site has ample sunlight.

• There are Kharghar hills towards the north of the site along with a huge lake.

• The site is a perfect place for recreational activities and hence it is a perfect location for this project.

VIEW A

VIEW B

Architecture Portfolio 2017-2022

• The site is has a view of the lake and Kharghar hills towards its north.

• There is a small water body on the site as well.

• There are a lot of trees on the site, the majority of them are sugar palm trees.

• There is open ground on the South - East side which is also used as a cricket ground.

• Overall there is complete greenery around the site and has a very calm soothing environment.

VIEW C

VIEW D

VIEW E

• There is a High tension line passing through the North – West side of the site.

• Light poles are only available on the main access road, no light poles are there on the kaccha road.

VIEW F

VIEW G

VIEW H

• There is very little traffic observed around the site. There are vehicular and pedestrian movements observed only till the Bharati Vidyapeeth Hostel road.

• Though there is Nala running along the access road no smell is observed on the site.

• Though there is No traffic noise observed a little noise from the high tension cables is heard. But since the site is surrounded by nature, one can experience a soothing and calm environment. Sounds of birds, trees overcome the noise from high tension cables.

VIEW I

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SITE RESPONSES AND DESIGN STRATEGIES

Since its a 8m wide road and serves as the principle access road to the site, vehicular entry and exit are restricted to this road itself.

To avoid clashes between pedestrians and vehicles, pedestrian entry and exit to the site can be made from the 5 M wide road.

The orange line indicates the road which can also serve as a service road to the site, could also be used for parking.

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Buildings should be spread out with large open spaces in between for unrestricted air movement. In cities, buildings on stilts can promote ventilation and cause cooling at ground level.

The warm and humid climate indicates that the structure should be oriented so that the long axes are in the east-west direction,i.e. the longest walls face north and south, and only the short wall face east and west.

Parking can be provided on the southern side , so that parking doesn’t block the better view points of the site.

Because the primary winds are from the south-west, this orientation will aid passive cooling.

Architecture Portfolio 2017-2022

To minimize the direct solar radiation from the sun passive sun shading devices can be used on south facade along with dense plantation of trees on the southern side of the site.

This will help to reduce the radiation and will provide diffused sunlight to the spaces. Solar penetration is reduced by providing fins and louvers.

Architecture Portfolio 2017-2022

The Positive zone has the best views from the site , which are to the north and north-west, thus structures can be positioned accordingly.

Since there are a lot of trees on the site, the building form can merge with the surrounding trees creating courtyards and open spaces for cross ventilation.

The Negative zone on the site can be used for services and parking as it doesn’t have any good views for the users.

The existing water body on the site can act as a water courtyard which will help in evaporative cooling.

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SITE PLAN The circulation was based on the idea of maximizing internal exposure to the surrounding greenery. Therefore, individual functional zones surround an existing pond which acts as internal water courtyard along with trees, allowing for each zone to be surrounded by the nature.

Section AA’ showcasing the entire stretch of the site cutting through the baths , locker rooms , pool , cafeteria and the lakefront.

FIRST FLOOR PLAN Architecture Portfolio 2017-2022

Walking through this dim path, people can leave behind their stress and frustration, and calm their minds to find their essence in life. The space makes visitors feel like they are under water as they watch water shadows from below . Then, with the guide of twilight at the end of the corridor, they can step into a different and open space hiding at the bottom of lake. They can see and feel the presence of water while they meditate.

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Section BB’ showcasing the entire stretch of the site cutting through the baths , locker rooms , pool , cafeteria and the lakefront.

This illustration showcases the therapy pool where individuals can receive water therapies from professionals..

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This illustration showcases landscapes that has been designed with numerous water features that allow people of all ages to experience water.

Architecture Portfolio 2017-2022

This illustration shows how the lake that already exists next to the site has been developed into a lively lakefront for urban residents.

Architecture Portfolio 2017-2022

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This illustration showcases how the site’s existing water body was transformed into a vibrant water courtyard.

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Architecture Portfolio 2017-2022

90

150 MM THICK PARAPET WALL

50 MM THICK ARAPET WALL

00 MM THICK NIUM FRAME

BRICK WALL

1500

100 MM THICK CHAJJA

ARCHED WINDOW 100 MM THICK SILL

900

ALUMINIUM OX LOUVERS

RCC BEAM 300 X 600 MM

CK BAT COBA SUNK SLAB

230 MM THICK BRICK WALL

THICK LINTEL 100 MM THICK LINTEL

VENTILATOR

FLOOR LEVEL CELAIN TILES) MM X 20MM)

2100

M THICK SILL SOLID CORE FLUSH DOOR

CLIPPER EWC ATER CLOSET

150 MM THICK SCREED

CK BAT COBA

PLINTH BEAM

BBLE SOLING HICK MURUM

300 MM THICK RUBBLE SOLING

HICK SCREED

150 MM THICK MURUM ISOLATED FOOTING

D FOOTING

Section CC’ showcasing the entire stretch of the site cutting through the baths , locker rooms , pool , cafeteria and the lakefront.

150 MM THICK PARAPET WALL

2600

50 MM THICK RAILING

200 MM THICK BRICK WALL

ARCHED OPENING

700

2600

600 MM WIDE PLANTER

650

100 MM THICK WALL

2750

ARCHED OPENING

3600

3 M WIDE PASSAGE

100 MM THICK LINTEL

3 M WIDE PASSAGE

150 MM THICK SCREED 300 MM THICK RUBBLE SOLING 150 MM THICK MURUM

300 MM THICK RETAINING WALL

PILE CAP

PILES

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Section DD’ showcasing the warm and hot bathhouses along with a connecting courtyard.

The connecting courtyard that links the bathhouses is seen in this illustration, which was designed around the existing trees on the site.

It can function as a space where people can meditate, relax, or practice yoga.

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Architecture Portfolio 2017-2022

This illustration showcases the internal view of baths where people are seen to enjoy water therapy

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AXONOMETRIC VIEW SHOWING STRUCTURAL SYSTEMS

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Architecture Portfolio 2017-2022

CONSTRUCTION DETAILS SKYLIGHT RING BEAM

300

RING BEAM

6641.22

900 3100

GLASS DOOR

230 MM BRICK WALL

4200

GRC JALI WITH ARCH

POST-TENSIONING BEAMS

3300

150 MM THICK PARAPET WALL

100 MM THICK DOME

WATER LEVEL 100 MM DOWN FROM SLAB LEVEL 150 MM THICK SCREED

GROUND LINE

PLINTH BEAM 300 MM THICK RUBBLE SOLING 150 MM THICK MURUM ISOLATED FOOTING

600 X 600 RCC COLUMN

12460

2500

POST-TENSIONING BEAMS

6600

1500

Architecture Portfolio 2017-2022

2000

1500

12460

3400

RING BEAM

2500

6600

230 MM BRICK WALL

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This illustration showcases the cafeteria facing towards the lake, allowing people to enjoy the beautiful landscapes while having food.

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Architecture Portfolio 2017-2022

This illustration showcases the pavilion which is an open and accessible from all sides, and functions as shelter for impromptu gatherings such as concerts, gardening classes, or more formal events.

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02

ARCHITECTURAL DESIGN

RE-IMAGINING WORKSPACES SEMESTER IX

PROJECT TYPE : ACADEMIC ( GROUP WORK ) SITE AREA : 15 Acres LOCATION : GHANSOLI , NAVI MUMBAI

The Project was about to design an office building along with other mixed use development which includes residential commercial and retail spaces.

CHHATRAPTI CHOUK

h

PROPOSED SITE 15 ACRES

GAGA

NGIRI

MAHA

RAJ M

ARG

MANGRO

OVES

SITE CONTEXT AND ACCESSIBILITY The site is located in Ghansoli sector 9, which is a popular suburb of Navi Mumbai due to its strategic location and accessibility.

The eastern part of Ghansoli hubs corporate office campus of Reliance Group which is a primary employment generator in this area. Rable, Kopar Khairane in south, Mhapeand Thane Creek in East.

Institutions

Residential

Residential + Commercial

Bus stops

The site has hot and humid climate according to that of Mumbai. Passive strategies like courtyards and pools could to done to provide cooling effect and cross-ventilation.

Architecture Portfolio 2017-2022

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SITE PLAN The concept of the master-plan was to design keeping in mind the context and to design a building which would not hamper the surroundings.

‘FLUDITY’ of not only the form but also in the transition of spaces and userexperience through circulation isthe main concept between the design of this master-plan .

It consists of retail block in the left , office block in the centre and mixeduse block in the upper right corner with recreational ground in the right side of the site.

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Architecture Portfolio 2017-2022

Section AA’ cuts horizontally through the retail block and office block.It highlights the skylight and escalators in the retail building , and the courtyards and stepped terraces with green roof in the office building.The courtyard has vegetation planted for it to act as breakout spaces which bring in a part of nature to the office and people can enjoy the fresh air.

Interior of Co-working space

Section FF’ cuts the front office through the core and skylight showing the lobby , corporate and coworking spaces.It highlights the stepped terraces, duct in the core lobby with a domed skylight of spaceframe structure and the double height lobby entrance with the car- drop-off.

Interior of Corporate office

Architecture Portfolio 2017-2022

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STEEL FRAME VEGETATION

ELECTROCHROMATIC GLASS

DRAIN GATES

WATER OUTLET HOLES

PROTECTIVE SCREED DRAINAGE LINE

CONCRETE SLAB

These Green terraces have been provided with Rain Water Harvesting to store the rainwater through the drainage line in the green roof terrace part layers.

Section EE’ cuts the front office vertically through the courtyard showing corporate and coworking spaces .Semi-open terrace with green roof and arched window is shown.Next, open terrace with green roof in the deck is shown.Vegetation in the terraces cool and filter the air coming from outside and provide natural ventilation . They also provide shading from sunlight to some extent.The plants around the courtyard cut-out increase the userexperiential quality and cross-ventilation of these spaces.

VEGETATION SOIL LAYER

WATER STORAGE PANEL GEOTEXTILE FILTER ROOT BARRIER

Section BB’ cuts through the recreational ground and nala ,left side of the site, showing the trees,pathways in the gardens and park.

DRAINAGE LAYER CONCRETE TILE SCREED BEDDING THERMAL INSULATION WATERPROOFING MEMBRANE

PROTECTIVE SCREED

Layers of green roof 28

Architecture Portfolio 2017-2022

AXONOMETRIC VIEW SHOWING WALL ASSEMBLY

ELECTROCHROMATIC GLASS

CHAJJA

ALUMINIUM FRAME FLAT SLAB

LOUVERS

Thermowood is commonly known as heat treated timber, a magnificent, environmentally friendly wooden medium created by the use of non-toxic and chemical free heat and steam processing.

ELECTROCHROMATIC GLASS

Use of Electrochromatic glass to reduce solar heat gain.

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Section CC’ cuts through the back office building horizontally displaying, cafe, coworking spaces, spa and toilets. It highlights the courtyards which help to increase natural lighting and reduce dependence on artificial lighting.The heat gain in the buildings is also purged due to the fluid movement of air and expulsion of hot air from them in the building.Vegetation is given in the upper floors in the railing around the courtyard again built- up the healthy living environment factor and increase the cooling effect of the Courtyards. Thus reducing the heat island effect.Also highlight the stepped terraces with green roof.

Section DD’ cuts through the two office buildings showing the coworking, corporate, lobby and speciality restaurant areas. It also shows the street in between the two buildings with the pathway connecting the two office buildings above.These voids act as spaces for visual interaction between the people of the office and the people walking on the streets beneath. These street being double height with waffle slab grids in the ceiling create a feeling as if the user is entering into a grand building.Again ,courtyard and stepped terraces is highlighted.

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Architecture Portfolio 2017-2022

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03

ARCHITECTURAL DESIGN

MIXED USE MODULAR HOUSING SEMESTER VII

PROJECT TYPE : ACADEMIC ( GROUP WORK ) SITE AREA : 31570 Sq.m LOCATION : SEWRI , MUMBAI

CONCEPT AND DESIGN DEVELOPMENT The concept of the site plan is inspired from linear city development, since the site is aligned along the sea. In oreder to avoid the disadvantage of the long roads which are observed in linear city development, different zones adjacant to the sea are interconnected in between.

The placement of different blocks of modules is done in a staggered manner so that maximum modules enjoy the seaside view. Different colours of aluminium compostie panels have been used as cladding for differentiating and easy indentification of the typologies of modular blocks.

SITE CONTEXT AND ACCESSIBILITY This location is situated in Mumbai Port Trust , in Sewri , Mumbai. It lies in the midway on the West coast of India, on the natural deep water harbour of Mumbai in Maharashtra. The harbor spread over 400 square kilometers is protected by the mainland of Konkan to its east and north and by the island city of Mumbai to its west.

The site is surrounded by commericial area consisting of HPCL , Bharat Petroleum corporation and institutional buildings.

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D S

GROUND FLOOR PLAN

D D

FUTURE EXPANSION 34

Architecture Portfolio 2017-2022

DORMITORY SINGLE OCCUPANCY The design of the dormitories - single , double and couple is purely based on simple forms leading to simple plans and interior arrangements.

The design of the dormitories - single , double and couple is purely based on simple forms leading to simple plans and interior arrangements.

DORMITORY DOUBLE OCCUPANCY

Architecture Portfolio 2017-2022

DORMITORY COUPLE

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The module has a courtyard, which is again divided into private courtyard, which is accessible through the bedroom. There is a semiprivate courtyard which is accessible through the living room and the commercial area, where activities of loading and unloading of goods can take place making it multi-functional.

The private and semi-private courtyards have a green wall in between to maintain privacy to the bedroom and the private courtyard. The courtyards act as carrier of natural light and ventilation, through the sliding windows to the spaces inside .

COMMERCIAL + RESIDENTIAL 36

The module is designed in a such a way that the balconies are openable as and when required and have floor height sliding windows providing ventilation and natural light to the module and view.

The module is designed in such a way that the bedroom on the mezzanine thus making it completely private from t kitchen spaces below.

The bedroom and living spaces are divided by a foldable door which makes it possible to extend the living into the bedroom or vice-a-versa, making the space multi-functional and flexible.

The living and the workshop spaces are public, while kitchen which is semi-public. The stairs from the kitchen private space- bedroom. The workshop space has a d outside for the workers / employees and a door from the owner / head.

RESIDENTIAL

WORK + RESIDENTIAL Architecture Portfolio 2017-2022

CONSTRUCTION DETAILS

m is provided the living and

entering the n lead to the door from the inside for the

Section through Dormitory and Residential Blocks

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04

ARCHITECTURAL DESIGN

LIBRARY AND DIGITAL CONVENIENCE CENTER SEMESTER VI

PROJECT TYPE : ACADEMIC SITE AREA : 2400 Sq.m LOCATION : DADAR , MUMBAI

The Project was about to design a public library on a busy road in Mumbai city.

GOPINATH CHAVAN CHOWK

PROPOSED SITE

BABU BHALLAN SINGH CHOWK

1.5 KM AR TOWARDS DAD N O TI A ST RAILWAY

SIDDHIVINAYAK HEALTHCARE

D

MANDIR

SHREE JAKHADEVI MANDIR

I

ALL

G ED

KH

K

GO

E

L HA

A RO

SAYANI ROAD MUNICIPAL SCHOOL

UNDER- CONSTRUCTION

LIFE CARE HOSPITAL

OAD

EKAR R N A H G R A K N SHA UNDER- CONSTRUCTION

YAK SIDDHIVINA I R H S S D R TOWA ANDIR GANPATI M 1 KM

SITE CONTEXT AND ACCESSIBILITY This location is situated on the busy and active Gokhale Road in Dadar. Major schools and colleges are located in the town of Dadar, which is predominantly residential and institutional. Given that the site is only 1.5 kilometres from the Dadar train station, it is easily accessible. As a result, the site has good access to both railways and roadways.

As a result, it will support the Public Library’s existence and viability.

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2

1

3

4

The libraries for different age groups are given on separate floors.

Also these are mostly allotted on the upper floors so that there is less noise disturbance for the users.

Concept The derivation of the program based on the Categories and the site lead to an instant reaction of the floor plates to be stacked.

The stacking arrangement of floor plates is based on the idea of compartmentalized flexibility.

Site Plan

In today’s time with the emergence of Internet and digitalization of books and information, this has enormously influenced the manner in which we consume information.

6

5

Main Entrance

Reception Area

The significance of physical collection versus a quick Internet search at any given point of time really questions the sustainability of a “public library”.

Therefore , library needs to be transformed as an active social space with multiple activities than only a library.

Outdoor Cafeteria

Vertical massing Form development according to the existing trees on site

Seminar Room

Floor plates Each floor plate is self contained with a specific activity and the services required for its efficient functioning

Programs Locating all noisy activities in the lower levels.

Vegetation Concept of reintroducing green spaces in urban setting, by providing creepers in alternate balconies.

South-East Elevation 40

Section AA' Architecture Portfolio 2017-2022

Section DD'

The outdoor cafeteria acts as a major socializing zone,where people could listen to music, watch performers, play board games and discuss the news.

It will act as an important Centre for the exchange of information,especially for the teenagers.

North-East Elevation Architecture Portfolio 2017-2022

Library

Library is designed in such a way that it gets ample amount of natural light , this is achieved by using vertical fins and jali.

Section BB'

Also the balcony on every floor has an access from inside which can act as a break out space for the users.

Art Gallery 41

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ARCHITECTURAL DESIGN

WEEKEND HOUSE SEMESTER II

PROJECT TYPE : ACADEMIC SITE AREA : 900 Sq.m LOCATION : PANVEL , NAVI MUMBAI

The Project was about to design a weekend house for a role model , so the spaces are designed keeping in mind the various activities related to the user.

Here the user is a nutrition and exercise science expert who loves to live a fit and healthy lifestyle and does many things which help her do so.

Meditation is one those things which was a part of her everyday routine , hence a fountain was proposed as its peaceful , gentle trickling sound is a great destressor and promotes relaxation.

Getting inspired by the surrounding tree spreads. This is achieved by following the curves of the spread of the central tree which led to this radial geometry , so that the structure blends in the site.

Adding a fountain immediately adds beauty to the outdoor spaces , the calming sound of water trickling creates a relaxing ambiance.

Section BB’

The plan follows a radial geometry , which is inspired by the spread of central tree. There are two blocks separated by a wooden deck , which is covered with a pergola.

Section AA’

The site is located in a dense land of trees,with river Kalundre on the eastern side of it.

Plan

Architecture Portfolio 2017-2022

Elevation 43

06

44

BUILDING CONSTRUCTION

PORTAL FRAMES ( EXPOSITION HALL ) SEMESTER IX

Architecture Portfolio 2017-2022

The site is located in Mumbai. The longer side of the structure is placed perpendicular to the north-south direction in order to get glare free daylight from north-facade and easy shading of south-facade from high angle sun. The building also receives the winds from south-west because of its alignment and receive natural air-ventilation.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Vegetation is provided around the site for shading and, cooling and purification of air by plants. The water body is placed along the south west part so that the winds from south-west move over it and then become cooler ,when circulating through the structure.

B

B

EXIT

16000

5400 4600

PURLINS C-SECTION (200 x 75 x 9) 25000

C-SECTION TRUSS FRAME (400 x 102 x 14.5) RIDGE LINE

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

50400

C-SECTION TRUSS (400 x 102 x 14.3)

A

A

50400

ALUMINIUM COMPOSITE WALL CLADDING (5000 x 1500 x 4)

B’

B’

RIDGE LINE

PRODUCED BY AN AUTODESK STUDENT VERSION

25000

BOX SECTION (60 x 60 x 4) TOUGHENED GLASS

SITE PLAN & ROOF PLAN MAIN ENTRANCE

The Exposition Centre was designed keeping in mind the function of hosting art fairs, exhibitions , art installations in mind. Lattice steel Portal Frames are used as structural members and roof frame, truss frames as supporting members, purlins as roof support make up the structural system of the Centre.

GROUND FLOOR PLAN

PURLIN’S PLAN

GROUND FLOOR PLAN PRODUCED BY AN AUTODESK STUDENT VERSION

The plan of exposition is designed in such a way that , there are two separate exposition spaces where both the spaces can be used simultaneously with different types of exhibits.

PRODUCED BY AN AUTODESK STUDENT VERSION

ALUMINIUM COMPOSITE PANEL (4MM THICK)

C-SECTION TRUSS FRAME (400 x 102 x 14.5) PURLINS C-SECTION (200 x 75 x 9)

C-SECTION ARCH FRAME (100 x 48 x 5.3) GLASS FRAME BOX SECTION (60 X 60)

2549.69

SUPPORTING BOX SECTION (60 X 60)

The two spaces are interlinked with each other which allows the users to experience different exhibitions according to their interests.

Architecture Portfolio 2017-2022

PRODUCED BY AN AUTODESK STUDENT

SECTIONSECTION BB’ B B'

45

D BY AN AUTODESK STUDENT VERSION

A RIDGE FLASHING PANEL

PURLINS C-SECTION (200 x 75 x 9)

SUPPORTING BOX SECTION (60 X 60)

SUPPORTING BOX SECTION (60 X 60)

PURLIN C-SECTION

GLASS FRAME (200 BOX x 75 x 9) SECTION (60 X 60)

ANGLE CLEAT

C

C-SECTION TRUSS FRAME (400 x 102 x 14.5)

C-SECTION TRUSS FRAME (400 x 102 x 14.5)

C-SECTION TRUSS FRAME (400 x 102 x 14.5)

6.9 M

6600

ALUMINIUM COMPOSITE PANEL ROOF CLADDING

8.8 M

ALUMINIUM COMPOSITE PANEL (4MM THICK)

D

3.2 M

C-SECTION WALL BRACING (100 x 48 x 5.3)

TOUGHENED GLASS

SUPPORTING BOX SECTION (60 X 60)

0.3 M

B PRODUCED BY AN AUTODESK STUDENT VERSION

DETAIL AT ‘A’

FRONT ELEVATION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

ALUMINIUM COMPOSITE PANEL WALL CLADDING C-SECTION TRUSS FRAME (400 x 102 x 14.5)

E CLEAT

PRODUCED BY AN AUTODESK STUDENT VERSION

SUPPORTING BOX SECTION (60 X 60)

ANGLE CLEAT

N C-SECTION C-SECTION WALL BRACING 0 x 75 x 9) ALUMINIUM COMPOSITE PANEL (100 x 48 x 5.3) ROOF CLADDING

SUPPORTING BOX SECTION (60 X 60)

CRISS-CROSS SUPPORT

BOX SECTION (60 X 60) C-SECTION TRUSS FRAME (400 x 102 x 14.5)

PURLIN C-SECTION (200 x 75 x 9) GUTTER C-SECTION (100 x 48 x 5.3)

BASE PLATE ALUMINIUM COMPOSITE PANEL ROOF CLADDING

RIDGE FLASHING PANEL

ANGLE CLEAT PURLIN C-SECTION (200 x 75 x 9)

C-SECTION WALL BRACING

DETAIL AT ‘B’(100 x 48 x 5.3) ANGLE CLEAT

SUPPORTING BOX SECTION (60 X 60)

C-SECTION TRUSS FRAME (400 x 102 x 14.5)

ALUMINIUM COMPOSITE PANEL ROOF CLADDING

The lattice white steel frames lined in repetition along the space with its arched form and truss frame create a perception of vast space and gives a pleasing aesthetic appeal to the space.

Truss frames between the lattice frames provide extra support and add a transitional effect in the space where they are placed in between the intersection of two gabled components of the exposition center.

An exposition space should have enough lighting and white spaces to display or place the art object, so natural lighting in the form of skylights in the roof and light coming through the glass framed arches along the elevations were provided.

Though the roof is gabled form outside, the arched lattice frame along the building give an illusion of varying heights thus amplifying its aesthetic and experiential space quality.

Gutters have been given along the roof for rainwater outlet. Alternate arched truss openings with glass frame along the north-south ALUMINIUM COMPOSITE PANELfacade provide natural lighting and air-circulation. These design considerations make the exposition Centre a WALL CLADDING very comfortable space and a memorable user-experience.

SUPPORTING BOX SECTION (60 X 60) C-SECTION TRUSS FRAME (400 x 102 x 14.5)

ANGLE CLEAT

PRODUCED BY AN AUTODESK STUDENT VERSION

VALLEY GUTTER

ANGLE CLEAT

PURLIN C-SECTION (200 x 75 x 9)

C-SECTION WALL BRACING (100 x 48 x 5.3)

SUPPORTING BOX SECTION (60 X 60)

SUPPORTING BOX SECTION (60 X 60)

CRISS-CROSS SUPPORT BOX SECTION (60 X 60)

BASE PLATE

PRODUCED BY AN AUTODESK STUDEN

PRODUCED BY AN AUTODESK STUDENT VERSION

DETAIL AT ‘C’

PRODUCED BY AN AUTODESK STUDENT VERSION

C-SECTION TRUSS FRAME (400 x 102 x 14.5)

PRODUCED BY AN AUTODESK STUDENT VERSION

ALUMINIUM COMPOSITE PANEL WALL CLADDING

SECTION SECTION A A' AA’

ALUMINIUM COMPOSITE PANEL ROOF CLADDING C-SECTION TRUSS FRAME (400 x 102 x 14.5) PURLIN C-SECTION (200 x 75 x 9) ANGLE CLEAT

GUTTER C-SECTION (100 x 48 x 5.3)

C-SECTION WALL BRACING (100 x 48 x 5.3) ALUMINIUM COMPOSITE PANEL WALL CLADDING

SUPPORTING BOX SECTION (60 X 60)

PRODUCED BY AN AUTODESK STUDENT VERSION

DETAIL AT ‘D’

PRODUCED BY AN AUTODESK STUDENT VERSION

46

Architecture Portfolio 2017-2022

Aluminium composite panels is used as cladding for wall components, which are supported by wall bracings sandwiched between the two wall panels. And they are also used for roof cladding .Gutters have been given along the roof for rainwater outlet. Alternate arched truss openings with glass frame along the north-south facade provide natural lighting and air-circulation. These design considerations make the exposition Centre a very comfortable space and a memorable user-experience.

Architecture Portfolio 2017-2022

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06

48

BUILDING CONSTRUCTION

TENSILE STRUCTURE SEMESTER IX

Architecture Portfolio 2017-2022

B

A

B’

GROUND FLOOR PLAN Total Area - 1800

B

A

B’

ROOF PLAN 8M

CIRCULAR HOLLOW STEEL SECTION COLUMN (150 MM DIA) PTFE TENSILE FABRIC 3M

ETFE TRANSPARENT TENSILE FABRIC

0.7 M

COLUMN FOOTING

STEPPED FOUNDATION

SECTION A A'

SECTION AA’ Architecture Portfolio 2017-2022

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PRODUCED BY AN AUTODESK STUDENT VERSION 8M

HIGH STRENGTH STEEL CABLE

BASE PLATE (400 MM DIA, 50 MM THICK)

300 MM

700 MM

ANCHOR BOLTS GL

BASE

STEEL CIRCULAR SECTION PIPE COLUMN (150 MM DIA) PRODUCED BY AN AUTODESK STUDENT VERSION

CIRCULAR HOLLOW STEEL SECTION (300 MM DIA)

0.7 M

COLUMN FOOTING

STEPPED FOUNDATION FOOTING

SECTION BB’

SECTION B B'

The Cafeteria was designed keeping in mind the function of having semi-open , interactive space with transparent tensile material as skylight.

PCC

Circular Hollow steel sections are used as structural members. To support these structural members concrete footing is used.

PRODUCED BY AN AUTODESK STUDENT VERSION 8M

CIRCULAR HOLLOW STEEL SECTION COLUMN (150 MM DIA) PTFE TENSILE FABRIC 3M

ETFE TRANSPARENT TENSILE FABRIC

0.7 M

COLUMN FOOTING

NORTH ELEVATION FRONT ELEVATION

8M

CIRCULAR HOLLOW STEEL SECTION COLUMN (150 MM DIA)

0.7 M

COLUMN FOOTING

SIDE ELEVATION

50

Architecture Portfolio 2017-2022

07

ARCHITECTURE DRAWING AND REPRESENTATION

WORKING DRAWINGS SEMESTER VI

Working drawings from semester VI provide all the details and solutions for the Co-Working space that was designed in semester V which was located in Khandeshwar.

Setting out plan, section elevations, and other construction details are included in the drawings.

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S E T T I N G O U T P L A N

E L E V A T I O N

52

Architecture Portfolio 2017-2022

S T R I P

S E C T I O N S

S E C T I O N

F O U N D A T I O N D E T A I L S

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T O I L E T D E T A I L S

S T A I R C A S E D E T A I L S

54

Architecture Portfolio 2017-2022

D O O R W I N D O W D E T A I L S

L I F T D E T A I L S

Architecture Portfolio 2017-2022

C O M P O U N D W A L L D E T A I L S 55

TOUR DOCUMENTATIONS

West Elevation

These water sprouts pour water in the artificial concrete pond during the rains giving it a very serene and austere ambience.

Roof Plan

The SAWCHU building today is used for a wide variety of auroville-related meetings,community interaction and also houses some office space.

It is a very contemporary building built in 1997 as an offering to the country on the occasion of sri aurobindo's 125th birth-anniversary, built by architects Anupama Kundoo and Sonali Phadnis.

East Elevation

South Elevation

Reflected Ceiling Plan

Each pair of columns has a bench in its middle for providing a comfortable seating facing the open amphitheater and artificial pond which was meant to be a lotus pond.

Section AA’

Section BB’

North Elevation

The plan of SAWCHU Pavilion is radially based and the main interaction space is a circle base and roof supported by inclined columns which are then connected to the cantilever beams on the ceiling.

It has gutter around its periphery which is joined to the four artifical ponds in the four opposite directions meant to act as water bodies in monsoon.

These cantilever beams rather placing outside,are internally placed, maybe pertaining to look inside oneself rather than outside for peace and happiness in one's life.

Plan

SAWCHU, AUROVILLE

COLLEGE PROJECT - TOUR DOCUMENTATION | SEMESTER 6 | 2017 BATCH

TATA

58

COMPETITION

Architecture Portfolio 2017-2022

BASIC DESIGN

MOUNT BOARD 3D OBJECT

TESSELLATION: WALL HANGING

MODEL

MAKING

SHADOW COMPOSITION B.TECH REINFORCEMENT MODEL

AD SEM 3 ROAD NETWORK AD SEM 4

LAMP DESIGN

-

Interior Design | Sem 5

ABSTRACT KEY CHAIN

PARAMETRIC SEATING SEM 5

FILE CARD COMPOSITIONS

CLAY CARVING Architecture Portfolio 2017-2022

POP CARVING

POP PHARMA

AD SEM 4 59

GRAPHICS

TW

?

TW

IF NO HEN

PHOTOGRAPHY 60

Architecture Portfolio 2017-2022

SKETCHING & RENDERING

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THANK YOU !

TANAYA GAWADE tanayagawade.ar@gmail.com 9969759191