Sharanya Reddy_Architectural Portfolio

Academia | Competitions & Research | Work | Miscellaneous

University of Illinois at Urbana-Champaign The Illinois School of Architecture Graduate School Selected Works 2018-2020

Graduate School Selected Works 2018-2020

sharanya1693@gmail.com +1 (217)-974-5870

University of Illinois at Urbana Champaign | 2018-2020 GPA- 3.84 Universit de Sapienza Rome B.M.S. School of Architecture | 2011-2016 GPA- 3.80

January 2020 to Present -Drafting and Post-production for educational facilities.

June to August 2019 -Schematic design for kindergarten school.

-Design development for a Multi-Use development.

December to May 2019 -Managing and supervising events at the Illini Union.

April to May 2017-2018 -Production of construction drawings, co-ordination of services and client meetings.

-Management of Mixed-Use complex from design phase through the construction phase.

June to May 2015-2016

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-Schematic design presentation for Client meetings for an eye clinic franchise.

-Production of construction drawings, physical models, bill of quantities and selection of materials and finishes for a Four-Star Hotel.

March to July 2017 -Freelance work NOMAS, CWA, AIA, COA

Accepted to be a Fellow in the 2020 MADF Program Jury Nomination Jury Nomination Participant Archistart 16’ Design Awards Rome | January 2017 First Place Revit, SketchUp, AutoCAD, Photoshop, Illustrator, InDesign, Enscape, Photography, Video editing Sketching, Painting, Travel English- Proficient, Kannada, Telugu, Tamil, Hindi- Native, Frenchconversational

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LIMBO TO LIBERATION Refugee Camp Fall 2019 Individual Project Nominated for the Graduate Student Excellence Awards The ongoing war in Syria has continually caused havoc in the lives of Syrians; over the past decade, thousands of Syrians have lost their lives, families, homes and any hope for a better future.

Due to the large number of Syrians seeking refuge, they are not immediately welcomed into the neighboring countries. Instead they are taken to refugee camps where they would have to wait for authorization of their refugee status. Escaping a war struck country is a traumatic experience in itself but the deteriorating conditions of the existing refugee camps cause more harm than benefit to the refugees. The refugees remain in this state of “limbo� for prolonged periods of time, they are rescued from one rescued from one hostile environment and put into another. The design intervention proposes a system for the uneducated or unskilled population, that would through the refugee camp promote growth and stability of the refugees. These spaces give the refugees the opportunity to work different jobs and improve their skill sets. The Bazaar consists of a series of sequentially arranges spaces like shops, gardens, decks, markets and a Galleria overlooking the farms. The Bazaar is an activity generator that allows interaction between the refugees and the community, once the community sees the refugees as regular people it would help de-stigmatize the negative perceptions about refugees. This would allow for a slow process of integrating the refugees into the community and providing them with a safe and viable future.

LIMBO TO LIBERATION

Graduate School Selected Works 2018-2020

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About of the refugees in the camps often live four to six people per housing unit

Housing units ɯƺȸƺ ƳƏȅƏǕƺƳ as a result of the Syrian War 0ɀɎǣȅƏɎƺƳ J(¨ of Syria is Annual unemployment rate in Syria is

Syrian refugees get employeed in the ǔȒǼǼȒɯǣȇǕ ƬƏɎƺǕȒȸǣƺɀ ‫ ٮۏ׎א‬ɖȇɀǸǣǼǼƺƳ ɀƺȸɮǣƬƺɀ 19%- textile 12%- construction 10%- artisanship

https://cpa.ca/docs/File/Cultural/EN%20Syrian%20Popultion%20¨ȸȒˡǼƺِȵƳǔّǔƫƬǼǣƳ‫ڻ‬Xɯ «‫א‬æ zñɿ³ȇǴɀ¨ȇÈȇñٗɯÈ‫ז‬ǴçǕ‫ח‬ȅ‫א‬zǝ‫ב‬ȅÁI‫א‬ǝ ǣȸ«xXƏǼXI‫(ח‬ɮɎȇǸٗȸɯ¨!‫ז‬kǕِ

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18,028,549

80,845,215

Climate

CASPIAN SEA

Estimated population in 2017

Soil conditions

Aleppo SYRIA

Food

Agriculture

LEBANON

IRAQ

Antakya TURKEY

Architecture

Refugee community

MEDITERRANEAN SEA

Estimated population in 2017

Host community

Religion

IRAN

Tourism

JORDAN

Antakya Existing refugee camp

Bus stops

Walking route

Bus route

Region of influence

Immediate Needs

Healthcare

Prospects of a viable future

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Future Needs

Vocational training

Community Integration

Entrance to the experience center

Galleria showcasing Syrian war and survival stories

Farming

Pos

Agriculture is a common profession in Aleppo (Syria) and Antakya (Turkey).

The refugees would be taught to learn and improve their skills in farming. This would allow them to adapt to their new environment and help cope with their trauma.

The m replic be us hous

The Bazaar The Bazaar serves as a medium of interaction between the refugees and the community. The Bazaar is a sequential arrangement of spaces like garden, shops, markets, open deck and galleria.

Health camps The camp has vacant space to allow health camps and other training camps or activies to be set up.

ssible expansion

model of the refugee camp could be cated. The adjacent vacant plot could sed to accomodate the growing sing needs of the refugees.

Flexible refugee housing Existing camps provide the refugees with the same shipping container homes, the number of refugees in each family may vary and so would their needs. The proposed model has two sizes of container homes that for families of 3 and upto 6 refugees.

Mosque- religious unifier The placement of a mosque in the refugee camp would allow for interaction between the refugees and the community. Since a vast majority of both the host and refugee communities are muslim, religion could be an instrument of unification

HYDROSCOPIC HEADWAY Seed Bank + Research Center Spring 2019 + Teams of two Nominated for the Graduate Student Excellence Awards Hydroscopic Headway is an ensemble of a seed bank, research center and greenhouse located in the historic city of Cahokia.

The project aims to create a piece of architecture that revitalizes the landscape of Cahokia and pays homage to the city by extending out views of the city from within. The concept of the project revolves around the three essentials requirements of plant life which are water, sunlight and the earth. These three attributes where brought to life through the design.

The proposed site for the intervention consisted of a water body that had dilapidated over the years. Keeping in mind the importance of “water” for plant life and the role that water played in the rise and fall of the Cahokian civilization (the civilization was found along the Mississippi river and eventually died due to the occurrence of a severe drought), water was designed into the landscape of the site. Waterways were designed all along the site to guide the visitor and allow them to experience the landscape of Cahokia. Furthermore, this water was put to use by employing bio swales and using the harvested water for irrigation of the land and for the building’s grey water requirements.

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Graduate School Selected Works 2018-2020

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Sreddy Portfolio Vol II RECEPTION

SOLAR COURT

THE RECEPTION SPACE EMBRACES THE VIEWS OF THE ABUTTING WATER BODY ON THE EXTERIOR

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THE ALTERED TERRAIN OF THE SITE LEADS ONE TO THE TUNNEL CONNECTING THE SEED BANKS AND THE GREENHOUSE, LIGHT ILLUMINATES THE TUNNEL. RECEPTION

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Graduate School Selected Works 2018-2020

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STRUCTURAL SYSTEM Sreddy Portfolio Vol II

STRUCTURAL SYSTEM 1’ THICK CONCRETE SHEAR WALLS

STRUCTURAL SYSTE 1’ THICK CONCRETE SHEAR WALLS

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CONCRETE WIDE MODULE SYSTEM CONCRETE WAFFLE SLAB

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PROFILED STEEL PORTAL FRAMES

CONCRETE WIDE MODULE SYSTEM CONCRETE WAFFLE SLAB

PROFILED STEEL PORTAL FRAMES

EXTERIOR RENDERIN

EXTERIOR RENDERING 20

MEP SYSTEM

Graduate School Selected Works 2018-2020

MEP SYSTEM THERMAL ZONES

COOL SUPPLY AIR RETURN AIR

EXHAUST AIR FRESH AIR

AIR HANDELLING UNIT 01

THERMAL ZONES

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COOL SUPPLY AIR RETURN AIR EXHAUST AIR

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VAV BOX WITH DDC RESEARCH CENTRE LABORATORIES

AIR HANDELLING UNIT 01

FRESH AIR

VAV BOX WITH DDC

Exhaust Fume Hoods Exhaust and Fresh air requirement

THERMAL ZONES COOL SUPPLY AIR RETURN AIR

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EXHAUST AIR FRESH AIR

RESEARCH CENTRE LABORATORIES Exhaust Fume Hoods Exhaust and Fresh air requirement AIR HANDELLING UNIT 01 VAV BOX WITH DDC RESEARCH CENTRE LABORATORIES Exhaust Fume Hoods Exhaust and Fresh air requirement

SEED VAULTS Controled Temprature SEED of the range -15 degrees VAULTS Humidifiers and DehumidifiersSEED VAULTS

Controled Temprature -15 degrees Controled Temprature ofof the the rangerange -15 degrees Humidifiers and Dehumidifiers

GREEN HOUSE

Humidifiers and Dehumidifiers

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CONCRETE WIDE MODULE SYSTEM

CONCRETE WAFFLE SLAB

PROFILED STEEL PORTAL FRAMES

Mechanical Exhaust Watering System Fresh air supply

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SUSTAINABILITY STUDY Sreddy Portfolio Vol II

SUSTAINABILITY STUDY SUSTAINABILITY STUDY WATER RESERVOIR FRAMEWORK - HARVESTING RUN-OFF - BITOFITUPERATION HIGH PERFORMANCE CAVITY GLAZING ASSEMBLY (REFER WALL SECTION) WATER RESERVOIR FRAMEWORK - HARVESTING RUN-OFF - BITOFITUPERATION WATER RESERVOIR FRAMEWORK - HARVESTING RUN-OFF - BITOFITUPERATION

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WALL SECTION DETAIL

WATER RESERVOIR FRAMEWORK - HARVESTING RUN-OFF - BITOFITUPERATION HIGH ROOF PERFORMANCE CAVITY GLAZING ASSEMBLY LEVEL +25’-6” (REFER WALL SECTION) WATER RESERVOIR FRAMEWORK - HARVESTING RUN-OFF - BITOFITUPERATION

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GRADE LEVEL 0,0

SITE LEVEL -2’

BELOW GRADE -17’

FLUID HUB Bath complex Fall 2018 + Teams of two Fluid Hub was a Bath complex integrated with a Hotel in dowtown Chicago. The main idea behind the design intervention was to embrace the properties of water through architecture and actuate a sense of community and well being to its users. The form of building is more curvilinear which was intended to be symbolic of water and it’s fluidic nature.

Tensile structures were included to give a sense of flow and shape adaptation. The Bath complex in itself was a three storeyed building consisting of a wide variety of Bath spaces and pools catering to various users groups.

Graduate School Selected Works 2018-2020

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VARIANCE IN WATER POOLS

BATH BOWLS

HANDICAP FRIENDLY

FUN TUNNELS

RAIN SHOWERS

PRIVATE BATHS

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LAZY POOLS

IN-OUT POOLS

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EXPERIMENTAL ENVELOPES Design and Analysis of Building Envelope systems Fall 2019 Individual Project The site was situated in Alaska, whose climate zone in the IECC is zone 7. During the initial Sefaira analysis, it was observed that the building’s heating loads were extremely high and since this zone was characterized by harsh winters and very short days, it was inferred that using 30% glazing on the walls would be an optimal solution. This would ensure that the building was well insulated, and it would minimize heat losses from the building envelope.

In order to enhance the performance of the building envelope, triple pane glass with a low “e” coating and argon gas filled in between was used. The U- value of which was 0.13, SHGC was optimized to 0.18 and an extensive roof insulation of R-value 22.71 was added. The performance of the equipment and lighting were customized to make a difference in the building’s overall performance. This showed a positive impact on the analysis and lowered the EUI from 48 to 22 which surpassed the 2020 challenge.

RENEWABLE ENERGY IMPACT ANALY ADDING SOLAR PHOTOVOLTAIC (PV)

TheThe climate zone for my sitefor in my Alask The climate zone climate zone for my site in sA STUDENT NAME: SHARANYA REDDY observed that the building’s heating observed that the building observed that the building’s hea PHASE 4 terized byANCHORAGEharsh winters and veryver sh terized by winters harsh winters a LOCATION: ALASKA, USA terized by harsh and IECC CLIMATE ZONE: 7 ensure that thethe building wellwe inw ensure that thewas building ensure that building was envelope. envelope. envelope.

The climate zone for my site in Alaska was the IECC zone 7. During the initial sefaira analysis, it was observed that the building’s heating loads were extremely high and since the climate zone is characterized by harsh winters and very short days., I decided to use 30% glazing on all walls. This would ensure that the building was well insulated and it would minimize the loss of heat from the building envelope.

The climate zone for my site in Alaska was the IECC zone 7. During the initial sefaira analysis, it was observed that the building’s heating loads were extremely high and since the climate zone is characterized by harsh winters and very short days., I decided to use 30% glazing on all walls. This would ensure that the building was well insulated and it would minimize the loss of heat from the building envelope.

In order enhance the performance of the b ƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Á ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ing were customized and made better. Th 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫׎א‬

Graduate School Selected Works 2018-2020

The climate zone for my site in Alaska was the IECC zone 7. During the initial sefa observed that the building’s heating loads were extremely high and since the cli terized by harsh winters and very short days., I decided to use 30% glazing on all w ensure that the building was well insulated and it would minimize the loss of hea envelope.

LYSIS ) ROOF PANELS

ka was the IECC zone 7. During the initial sefaira analysis, it was order enhance the performance of the building, I decided to Iopt for pane wit site in Alaska was thezone IECC 7. During the initial sefaira analysis, In order enhance the performance the building, decided opt forglass triple pg Alaska was the IECC 7.zone During the initial sefaira analysis, it wasitInwas In order enhance the performance of theofbuilding, I decided to triple opttofor triple pane gg’s loads werewere extremely highhigh and since the zone is characheating loads were extremely highsince andclimate since the climate zone isƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ɯƏɀ ȒȵɎǣȅǣɿ characƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ating loads extremely and the climate zone is characƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ɯƏɀ hort days., I decided to use glazing on glazing allon walls.

This ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ Ȓǔ ƺȷɖǣȵȅƺȇ and very short I decided useglazing 30% allwould walls.

This would ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ ry short days., Idays., decided to30% useto 30% all on walls.

This would ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ Ȓǔ ƺȷ nsulated it would minimize the loss heat from the building ing were and made better.

This showed a positive impact on the analysis and was well and insulated it would minimize the offrom heat from the building ing customized were customized and made better.

This showed a positive impact onanaly the la ell insulated and it and would minimize theof loss ofloss heat the building ing customized were and made better.

This showed a positive impact on the 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫! ׎א׎א‬ǝƏǼǼƺȇǕƺِ 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫! ׎א׎א‬ǝƏǼǼƺȇǕƺِ 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫! ׎א׎א‬ǝƏǼǼƺȇǕƺِ RENEWABLE ENERGY IMPACT ANALYSIS ADDING SOLAR PHOTOVOLTAIC (PV) ROOF PANELS STUDENT NAME: SHARANYA REDDY PHASE 4 LOCATION: ANCHORAGE- ALASKA, USA IECC CLIMATE ZONE: 7 RENEWABLE ENERGY IMPACT ANALYSIS

Interior view looking east, 3rd floor June 21st, 12:00 PM

Interior view looking east, 3rd floor December 21st, 12:00 PM

ADDING SOLAR PHOTOVOLTAIC (PV) ROOF PANELS STUDENT NAME: SHARANYA REDDY PHASE 4 LOCATION: ANCHORAGE- ALASKA, USA IECC CLIMATE ZONE: 7

In order enhance the performance of the building, I decided to opt for triple pane glass with a low e ƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ɯƏɀ ȒȵɎǣȅǣɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ Ȓǔ ƺȷɖǣȵȅƺȇɎ ƏȇƳ ǼǣǕǝɎing were customized and made better. This showed a positive impact on the analysis and lowered the 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫! ׎א׎א‬ǝƏǼǼƺȇǕƺِ

building, I decided to opt for triple pane glass with a low e Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ɯƏɀ ȒȵɎǣȅǣɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ Ȓǔ ƺȷɖǣȵȅƺȇɎ ƏȇƳ ǼǣǕǝɎhis showed a positive impact on the analysis and lowered the ‫! ׎א׎‬ǝƏǼǼƺȇǕƺِ

Non renewable energy: 100% (406,781 kWh per year) Renewable energy: 0

Non renewable energy: 71% (288,713 kWh per year) Renewable energy: 29% (117,997 kWh per year)

Non renewable energy: 100% (406,781 kWh per year) Renewable energy: 0

Non renewable energy: 100% (406,781 kWh per year) Renewable energy: 0

35

Non renewable energy: 71% (288,713 kWh per year) Renewable energy: 29% (117,997 kWh per year)

Non renewable energy: 71% (288,713 kWh per year) Renewable energy: 29% (117,997 kWh per year)

aira analysis, it was imate zone is characwalls. This would at from the building

Sreddy Portfolio Vol II

The climate zone for my site in Alaska was the IECC zone 7. During the initial sefaira analysis, it was observed that the building’s heating loads were extremely high and since the climate zone is characterized by harsh winters and very short days., I decided to use 30% glazing on all walls. This would ensure that the building was well insulated and it would minimize the loss of heat from the building envelope.

In order enhance the performance of the building, I decided to opt for triple pane glass with a low e ƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ɯƏɀ ȒȵɎǣȅǣɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ Ȓǔ ƺȷɖǣȵȅƺȇɎ ƏȇƳ ǼǣǕǝɎSouth/ East Elevations ing were customized and made better. This showed a positive impact on the analysis and lowered the 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫! ׎א׎א‬ǝƏǼǼƺȇǕƺِ

th a low e with pane glass glass with a lowaelow e ɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ! ɯƏɀ ȒȵɎǣȅǣɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ȒȵɎǣȅǣɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ȇɎ ƏȇƳ ǼǣǕǝɎ Ȓǔ ƺȷɖǣȵȅƺȇɎ ƏȇƳ ǼǣǕǝɎȷɖǣȵȅƺȇɎ ƏȇƳ ǼǣǕǝɎlowered the lowered analysis and ysis and lowered the the

North/ West Elevations

Detailed Wall section

LEVEL 4 45’ - 0”

4

East Elevation 0

4

West Elevation 0

LEVEL 3 30’ - 0”

LEVEL 2 15’ - 0”

LEVEL 2 15’ - 0”

LEVEL 1 0’ - 0”

LEVEL 1 0’ - 0” 4

South Elevation 32

0

16 8

32

LEVEL 4 45’ - 0”

LEVEL 4 45’ - 0”

LEVEL 3 30’ - 0”

LEVEL 3 30’ - 0”

LEVEL 2 15’ - 0”

LEVEL 2 15’ - 0”

LEVEL 1 0’ - 0”

LEVEL 1 0’ - 0”

16 8

LEVEL 4 45’ - 0”

LEVEL 3 30’ - 0”

16 8

Physical Model

4

North Elevation 32

0

36

16 8

32

In order enhance the p ƬȒƏɎǣȇǕ ƏȇƳ ƏȸǕȒȇ ǕƏɀ ƏȇƳ Əȇ ƺɴɎƺȇɀǣɮƺ ȸȒȒǔ ǣȇ ing were customized an 0ÈX ǔȸȒȅ ‫ זג‬ɎȒ ‫ אא‬ɯǝǣƬǝ

Graduate School Selected Works 2018-2020

performance of the building, I decided to opt for triple pane glass with a low e ˡǼǼƺƳ ǣȇ ƫƺɎɯƺƺȇِ Áǝƺ È‫ٮ‬àƏǼɖƺ Ȓǔ ɯǝǣƬǝ ɯƏɀ ‫ ًב׏ِ׎‬³RJ! ɯƏɀ ȒȵɎǣȅǣɿƺƳ ɎȒ ‫ ז׏ِ׎‬ ȇɀɖǼƏɎǣȒȇ Ȓǔ «‫ٮ‬ɮƏǼɖƺ ‫ ׏וِאא‬ɯƏɀ ƏƳƳƺƳِ Áǝƺ ȵƺȸǔȒȸȅƏȇƬƺ Ȓǔ ƺȷɖǣȵȅƺȇɎ ƏȇƳ ǼǣǕǝɎnd made better. This showed a positive impact on the analysis and lowered the ǝ ɀɖȸȵƏɀɀƺƳ Ɏǝƺ ‫! ׎א׎א‬ǝƏǼǼƺȇǕƺِ

15’

15’

15’

15’

3250mm

3250mm

15’ 15’

3250mm

3250mm 3250mm 3250mm

3250mm

15’

5 5 5

5

5

5

5 0

LEGEND

0.25m

0.25m

0.5m

8.

Duckboard 50 x100cm + reinforcement wood behind 1.

Vertical cladding of chestnut blades 120x120mm + rain 0 0.25m 0.25m 0.5m + vertical cladding with chestnut planks LEGEND barrier + thermal insulation 15mm + concrete wall 9.

Vertical cladding with chestnut planks 120x120mm 2.

Metal angle stiffner + reinforcement behind cladding 0 0.25m 0.25m 0.5m 0 0.25m 0.25m 0.5m ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 150x150mm angle blades with air120x120mm tightness + rain 8.

Duckboard 50 x100cm + reinforcement wood behind 1. 3. Vertical claddingmetal of chestnut LEGEND LEGEND acoustical insulation 4. barrier Galvanised metal pole rectangular tube wall 140x80mm + vertical cladding with chestnut planks + thermal insulation 15mm + concrete 11.

5mm self adhesive strip Chestnut stakes of dia 80mm with 150mm spacing 9. with chestnut planks 120x120mm 2. 5. Vertical Metal angle stiffner +cladding reinforcement behind cladding 8.

Duckboard 50 x100cm + 50 reinforcement wood 0.5m behindwood 0.5m 8.cladding Duckboard x100cm + reinforcement behind 1. of chestnut blades 120x120mm +120x120mm rain 1. cladding Vertical of chestnut blades + rain 0Vertical 0.25m 0.25m 0 0.25m 0.25m 12.

Metal stud ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 6. 150x150mm Facade glazed high steel 3. metal angle with air tightness + vertical cladding with chestnut planks LEGEND + vertical cladding with chestnut planks barrier + thermal insulation 15mm + concrete wall barrier + thermal insulation 15mm + concrete wall LEGEND acoustical insulation 4. metal rectangular tube 140x80mm Pre-weathered zinc 9.

Vertical with chestnut planks 120x120mm 9.cladding Vertical cladding with chestnut planks 120x120mm 2. 7. Galvanised Metal angle stiffner + reinforcement behind cladding 2.

Metalpole angle stiffner + reinforcement behind cladding 11. self strip+ 50 5.

Chestnut stakes of dia 80mm with 150mm spacing 8.

Duckboard 50 x100cm reinforcement wood behindwood behind ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 1.

Vertical3. ofangle chestnut blades 120x120mm +120x120mm rain ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 3.

150x150mm metal with air tightness 150x150mm metal angle withblades air tightness 8. adhesive Duckboard x100cm + reinforcement 1. cladding Vertical cladding of chestnut + rain 5mm Rouge 12.

Metal stud 6.

Facade glazed high + vertical cladding with chestnut planks 0.25m planks acoustical insulation barrier4. +Maison thermal insulation 15mm concrete wall acoustical insulation 4. Building: Galvanised metal pole rectangular 140x80mm Galvanised metal pole+tube rectangular 140x80mm + vertical cladding barrier +steel thermal insulation 15mm +tube concrete wall 0 0.25m with chestnut 0.5m completion date: Saint Jean du Gard, France; 2017 7.

Pre-weathered zinc 9.

Vertical chestnut planks 120x120mm 11.

5mm self adhesive strip 2. Location Metal angle stiffner + reinforcement behind cladding 11.

5mmwith self adhesive strip 5.

Chestnut stakes of angle dia 80mm with 150mm spacing 5.

Chestnut stakes of dia 80mm with 150mm spacing 9.cladding Vertical cladding with chestnut planks 120x120mm LEGEND 2.and Metal stiffner + reinforcement behind cladding Vurpas Architects ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 12.

Metal stud 3. Architect: 150x150mm metal angle with airangle tightness 12.

Metal stud 6.

Facade high steel 6.

Facade glazed high steelwith air tightness ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 3.glazed 150x150mm metal Building: Maison Rouge Student: Sharanya Reddy acoustical insulation 4.

Galvanised pole rectangular tube 140x80mm 7.

Pre-weathered zinc 7.

Pre-weathered zinc acoustical insulation 8.

Duckboard 50 x100cm + reinforcement wood behind 4. 1. metal Galvanised metal poleof rectangular tube 140x80mm Vertical cladding chestnut blades 120x120mm + rain Location and completion date: Saintwith Jean150mm du Gard, France; 2017 Scale: 1/2”= 11. wall5mm self 5.

Chestnut of dia 80mm spacing 11. adhesive 5mm self adhesive strip with chestnut planks 5. 1’stakes Chestnut stakes of diainsulation 80mm with 150mm spacing +strip vertical cladding barrier + thermal 15mm + concrete DrawingMaison reference: https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes Architect: Vurpas Architects Building: Rouge Building: Maison Rouge 12.cladding Metal stud 6.

Facade glazed high steel 12.

Metal stud 6. glazed high steel+ reinforcement behind 9.

Vertical cladding with chestnut planks 120x120mm 2. Facade Metal angle stiffner Student: Sharanya Reddy Location and7. completion Saint Jean duSaint Gard, France; 2017 France; 2017 Location anddate: completion date: Jean du Gard, 7.

Pre-weathered zinc Pre-weathered zinc ‫ ِ׎׏‬ ¨ȒǼɵƏȇƺ ˡǼȅ‫ ڷ‬ǼȒɀɎ ǔȒȸȅɯȒȸǸ ȵƏȇƺǼ ‫ ڷ‬ȵƺȸǔȒȸƏɎƺƳ 3.

150x150mm metal angle with air tightness Scale: 1/2”=Vurpas 1’ Architect: Architect: Architects Vurpas Architects acoustical insulation Drawing reference: https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes 4.Rouge Galvanised metal pole rectangular tube 140x80mm Building: Sharanya Maison Student: Reddy Student: Sharanya Reddy Building: Maison Rouge 11.

5mm self adhesive strip 5.

Chestnut stakes of dia 80mm with 150mm spacing Location and completion Saint Jean duSaint Gard, France; 2017 France; Scale: 1/2”= 1’ Scale: 1/2”= 1’ date: Location and completion date: Jean du Gard, 2017 12.

Metal stud 6.Architects Facade glazed high steel Drawing reference:Drawing https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes reference: https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes Architect: Vurpas Architect: Vurpas Architects 7. Reddy Pre-weathered zinc Student: Sharanya Student: Sharanya Reddy Scale: 1/2”= 1’ Scale: 1/2”= 1’ Building: Maison Rouge

Gypsum false ceiling with cove light along periphery Gypsum false the ceiling with cove

light along the periphery Gypsum false ceiling with Gypsum false date: ceiling with cove Location and completion Saintcove Jean du Gard, France; 2017 Architect: Vurpas Architects light along the periphery light along the periphery Triple Pane Glazing with low e coating Student: Sharanya Reddy Gypsum false ceilingfalse with ceiling cove along the periphery Gypsum false withlight cove Gypsum with cove Scale: 1/2”= 1’ ceiling recessed amidst concrete anchored to Triple Pane Glazing with low epanels coating light along periphery lightthe along the periphery Triple Pane Glazing wiht low “e”low coating recessed amidst Ɏǝƺ ˢȒȒȸ ɀǼƏƫ recessed amidst concrete panels anchored to Triple Pane Glazing with e coating Triple Pane Glazing with low e coating Gypsum falsetot ceiling cove concrete panels anchored he floorwith slab Ɏǝƺ ˢȒȒȸ ɀǼƏƫ recessed amidst concrete panels anchored to recessed amidst concrete panels anchored to 5 Triple Extruded aluminium with thermal Pane Glazing with low e coating light along the mullion periphery Triple Pane Glazing with low e coating Ɏǝƺ ˢȒȒȸ ɀǼƏƫ Ɏǝƺ ˢȒȒȸ ɀǼƏƫ concrete top slabmullion with radiant heating overto9” 5 Precast recessed amidst concrete panels anchored ƫȸƺƏǸ Extruded aluminium with thermal recessed amidst concrete panels anchored to floor slab Ɏǝƺ ˢȒȒȸ ɀǼƏƫ ƫȸƺƏǸ 5 concrete 5 Extruded Ɏǝƺ ˢȒȒȸ ɀǼƏƫ Extruded aluminium mullion with thermal aluminium mullion with thermal Triple Pane Glazing with low e coating ƫȸƺƏǸ ƫȸƺƏǸ 5 Extruded 5 Extruded aluminium mullion with thermal recessed amidst concrete panels anchored to0 aluminium mullion with thermal 0 ƫȸƺƏǸ ƫȸƺƏǸ Ɏǝƺ ˢȒȒȸ ɀǼƏƫ

¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ ¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ

ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ ¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ ¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ Concrete panels exterior Concrete panels on on the exteriorfacade facade ¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ ¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ Concrete panels on exterior facade ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ Extruded mullion with thermal break Concrete panelsaluminium on exterior facade Concrete panels on exterior facade ¨ȸƺ ƬƏɀɎ ƬȒȇƬȸƺɎƺ ɎȒȵ ɀǼƏƫ ɯǣɎǝ ȸƏƳǣƏȇɎ 1 5 Concrete panels on exterior facadefacade ǝƺƏɎǣȇǕ Ȓɮƺȸ ‫ ٺח‬ƬȒȇƬȸƺɎƺ ˢȒȒȸ ɀǼƏƫِ Concrete panels on exterior

Drawing reference:Drawing https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes reference: https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes

Drawing reference: https://www.theplan.it/eng/webzine/architecture-of-the-month/maison-rouge-mus%C3%A9e-des-vall%C3%A9es-c%C3%A9venoles-by-vurpas-architectes

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Extruded aluminium mullion with thermal ƫȸƺƏǸ 37

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MAPPING OUT MOSUL Refugee Camp Competition Project with Tao Studio The city of Mosul was once a flourishing city filled with character, culture, belief. Over the years it has been subjected to devastating terrorist attacks and wars which have led to the destruction of the entire city’s infrastructure, leaving the inhabitants to flee in despair and sabotaging the place they once called their own.

These scenarios have caused a dearth of housing that has to be catered to. Our design focusses on the resurgence of the dilapidated city’s culture and value system, Re-rooting the uprooted values of the people by sowing the seeds to redevelop their cultural values and beliefs by using architecture as a medium. The provision of elements like Mohalla’s and wind towers, the stack effect in the design makes it climate responsive which is one the key factors to make the design energy-efficient.

Various spatial patterns like Mohalla’s, chowk’s, vaults, domes, wind towers etc. are introduced in the design. These patterns when integrated together form the language of the city. The language that is set in the city is intended to be morphologically and functionally whole. It is formulated through the grammar that is brought in by the various architectural elements and patterns.

The climate, culture, values, aesthetics of the city become mere alphabets of this language. The set language transcends from a single unit into a cluster, and then a sector and eventually the entire city. This helps in rejuvenating the lost character of the city of Mosul.

Graduate School Selected Works 2018-2020

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Sreddy Portfolio Vol II

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“Sahn� community court

Manually operated pulley system Arched Gateway

Rising Street

Barrier Free Vertical access

Stack Ventilation Exhaust with Turbo vent Abulation Fountain/ Well

“Malqaaf” cooling tower and Wind catcher

Dome

“Mashrabiya” Oriel window

Sha mark

Two Wheeler Parking Bay Community Square

Rising Street

Four Wheeler Parking Bay

“Shurifa� Private open to sky court

aded street ket

Arched Entrance to market

Arched Entrance restricting vehicular entrance

HOTEL HQ BAHRAIN 4 STAR BOUTIQUE HOTEL with Mayapraxis Hotel HQ at Bahrain was envisioned to be an iconic landmark in the city fo Bahrain, Manama. It is a 14 storeyed building with three levels of parking and a variety ofoutlet sotres including a main lobby, English Pub, all day dining, arabic lounge, anda lavish Banquet Hall. My contributions to the project includes design development drawings for the architectural phase and schematic design phase and construciton drawings for the interiors of two spaces which were the all day dining and arabic lounge. During my year with the firm, I was also actively involved in the selection fo fixtures and furnishings for the interior spaces and making architectural models for the project.

ARABIC LOUNGE

ALL DAY DINING

Academia | Competitions & Research | Work | Miscellaneous

University of Illinois at Urbana-Champaign The Illinois School of Architecture Graduate School Selected Works 2018-2020