K. Bhanu Teja - Architecture Portfolio (U.G.)

SELECTED WORKS 2017 - 2022

ARCHITECT U R E

PORTFOLIO K. BHANU TEJA

School of Planning and Architecture, Jawaharlal Nehru Architecture and Fine Arts University, Hyderabad.

EDUCATION Bachelor Of Architecture

Department of Architecture Jawaharlal Nehru Architecture And Fine Arts University, Hyderabad 2017 - 2022

Higher Secondary Education

Board Of Intermediate Urbane Junior College, Hyderabad 2015 - 2017 | Percentage : 93%

Secondary Education

Secondary School Certificate Johnson Grammar School, Hyderabad 2002 - 2015 | CGPA : 9.2

WORK EXPERIENCE Studio 8 Hats

K. BHANU TEJA 10.11.1999 +91 8328582069 bhanuteja.kbt@gmail.com Hyderabad

Intern Architect | 2020 - 2021 - Site visits, project research, cost estimation, presentation drawings, working drawings, and Site supervision

Gensler

Sub Consultant | March 2020 - Design survey and research

Graphic Designer

Freelance 2018 - Present - Founder of an online business start-up “Celestial Works” - Artworks for merchandise, posters and music albums - Logo designer

COMPETITION WORKS

DIGITAL SKILLS

AIAC - ATELIER INTERNATIONAL D’ARCHITECTURE CONSTRUITE

AutoCAD | Sketchup | Photoshop | Illustrator | Indesign | Lumion | Enscape | MS Office

University design | 2021

Climate Science Olympiad ClimateScience | 2021

AIAC - ATELIER INTERNATIONAL D’ARCHITECTURE CONSTRUITE Cultural center design | 2020

ANDC - Annual NASA Design Competition

OTHER INTERESTS Sketching | Digital painting | Automobiles | Travel

BETWIX | 2018

HUDCO

Poster Making | 2017

LANGUAGES English | Telugu | Hindi

WORKSHOPS AND INDUSTRY INTERACTIONS Roman architecture

Yale University - Coursera | 2021

Graphic design specialization

California Institute of the Arts - Coursera | 2021

Astronomy

University of Arizona - Coursera | 2021

Collage rendering workshop Kaarwan | 2021

Bhutan Summer School Kaarwan | 2019

Zonal NASA Convention VIVARTA | 2018

“To create, one must first question everything.”

Eileen Gray

Table of

C O N T ENTS

01 02 03 04

LOW-RISE HIGH DENSITY CLUSTER HOUSING Academic project

SMART VILLAGE Academic project

SHOUGANG CULTURAL CENTER Competition Project

LA UNIVERSITÉ Competition Project

05 06 07 08

INTERNSHIP PROJECT - 1 Internship project

INTERNSHIP PROJECT - 2 Internship project

INDUSTRIAL DESIGN Competition Project

ARTWORKS AND GRAPHIC DESIGN Inventory

01 LOW-RISE HIGH DENSITY CLUSTER HOUSING LOCATION

:

MOOSAPET, HYDERABAD, TELANGANA

TYPOLOGY

:

RESIDENTIAL

SITE AREA

:

7 HECTARES (70,000 SQ. METERS.)

PROJECT

:

ACADEMIC

USER GROUP :

RAILWAY EMPLOYEES

The development consists of 408 housing units arranged in a courtyard-cluster stacking scheme on a site measuring 70,000 sq. meters situated in an urban city.

Each type of housing unit is designed and oriented according to the climatology of Hyderabad to achieve maximum sunlight and natural ventilation.The zoning of areas in each unit are also designed according to Vaastu Shastra as many Indians prefer it.

The initial development is focused on efficient provision of sites and services with a phased plan for growth. The development extends to its social responsibilities, and the community at large, to create a better life in the society through this project by providing remarkable amenities and affordable housing to the people.

GEOGRAPHICAL CONDITION

CLIMATE ANALYSIS

The proposed site Is located in Moosapet, Hyderabad adjacent to the flyover before Y-junction leading to Kukatpally, consisting of several cluster of trees within the site which is surrounded by the metro station on in east and commercial buildings on the west. It is situated in an urban area surrounded by commercial spaces, industries and residencies.

Urban grid is believed to be originated and associated with the idea of democracy, representing an egalitarian system of land distribution. So, the development of site is planned using the gridiron pattern.

The site is almost levelled with a gentle slope towards South-East. As the water flow is towards south-east, rain-water harvesting and water filtration can be situated on the south-east. Drainage lines can also be laid out along the south side of the site as it will emerge into the existing channel.

Existing trees in the south can be left out for future expansion. Green buffer zone can be used for demarcating surrounding industries and residences. Buffer zone can also act as a sound barrier.

LOCATION

SCHEME PROFILE The following housing scheme provides a total of 9 MIG Clusters (18 blocks) and 2 LIG Clusters (4 blocks).

The dwelling units are categorized into four types: • Type-1 and Type-2 are suitable for Middle Income Group (MIG) households; • Type-3 and Type-4 are suitable for Low Income Group (LIG) households.

MASTER SITE PLAN

AREA STATEMENTS

V IE WS

SITE PLAN - ZONING

CONCEPT FOR MIG HOUSING • In a cluster housing development, the challenge is to achieve proper lighting and ventilation for every unit.

• In each block, only 4 housing units are arranged with a minimum distance of 3 meters from each other. The following layout of housing units is designed to achieve maximum ventilation and natural lighting, where every unit has openings on all the four directions without any structural obstruction.

• The column layout for type-1 and type-2 housing are same and both the units are stacked up together to form a block.

• The lengths of the units are same but the breadth differs as the type-1 being a larger unit. The extra area in type-1 is supported by a free cantilever projection creating an aesthetic drama view for the residents.

CONCEPT FOR LIG HOUSING • The main concept of developing group housing is to provide inter-active spaces and intra active spaces through giving private terraces and proper connectivity of open spaces.

• Each individual unit is provided with its own private terrace which can be used as an additional living space, work area or as a common space for gathering.

• There are two types of modules in each housing type, where the terrace is flipped with the bedroom on alternate levels.

• The concept of shifting terraces makes the building more interesting and allows cross ventilation through the building.

UNIT PLANS OF MIG CLUSTER

Rendered floor plan of 2-bhk (95 sq. meters)

Rendered floor plan of 3-bhk (120 sq. meters)

Floor plan of 2-bhk (95 sq. meters)

Floor plan of 3-bhk (120 sq. meters)

MIG CLUSTER PLAN

SECTIONS OF MIG CLUSTER

UNIT PLANS OF LIG CLUSTER

Floor plan of 1-bhk (60 sq. meters) for ground, second and fourth floor

Floor plan of multi-purpose room for ground, second and fourth floor (45 sq. meters)

Floor plan of 1-bhk (60 sq. meters) for first and third floor

Floor plan of multi-purpose room for first and third floor (45 sq. meters)

LIG CLUSTER PLAN

SECTIONS OF LIG CLUSTER

RENDERS

RENDERS

02 SMART VILLAGE LOCATION

:

BHUVANAGIRI, TELANGANA

TYPOLOGY

:

RESIDENTIAL, COMMERCIAL, AND AGRICULTURE

SITE AREA

:

207650 SQ.M OR 51 ACRES

PROJECT

:

ACADEMIC [THESIS]

USER GROUP :

VILLAGERS [FARMERS]

A small community or group of houses in a rural area larger than a hamlet and usually smaller than a town is known as village and villagers equipped with all the modern technologies without destroying the nature is known as smart village.

Smart village is a concept adopted by national state and local government of India as an initiative focused on holistic rural development derived from Mahatma Gandhi’s vision of ideal village and village self-rule / independent.

We define a Smart Village as a bundle of services which are delivered to its residents and businesses in an “effective and efficient manner”. Dozens of services including construction, farming, electricity, heath care, water, retail, manufacturing and logistics are needed in building a smart village. Computing, communication and information technologies play a major role in design, delivery and monitoring of the services.

LOCATION LOCATION

PROXIMITIES

The proposed site is located in Bhuvanagiri town, Yadadri-Bhuvanagiri district, Telangana, India.

Location of Telangana state in India

Location of Yadadri-Bhuvanagiri district in Telangana

Location of Bhuvanagiri town in Yadadri-Bhuvanagiri

SITEDETAILS DETAILS SITE Site sq.m or 46oracres Site area area : 186197.24 : 207650 sq.M 51 acres Site address : SLNS Hills, Bhuvanagiri, Telangana, India - 508116 Site coordinates : 17.5078° N, 78.8802° E Site zone : Residential zone

AERIAL VIEW OF SITE

CONCEPT OF SMART VILLAGES The basic concept of smart village is to collect community efforts and strength of people from various streams and integrate it with information technology to provide benefits to the rural community. According to Mahatma Gandhi’s philosophy and thoughts smart village project provides, “Global means to the local needs.”

The concept of the smart village is as defined below:

S Social, Skilled and Simple M Moral, Methodical and Modern A Aware, Adaptive and Adjusting R Responsive and Ready T Techno-Savvy and Transparent

The idea of a smart village in the present day context seems more plausible as there is a limit of growth of cities which is leading to the creation of urban jungles, where the population ratio per km of land is way above the desired norms.

AMENITIES AND SERVICES REQUIRED IN SMART VILLAGES

OBJECTIVE The aim is to design the village by incorporating green affordable housing, agricultural development and inclusive of required services to create better infrastructure and a healthy society, for rural people to experience an improved quality of life.

To prove that main occupation of India (agricultural sector) can generate more income if advanced services and techniques are used, which will in turn increase the economy and decrease the poverty levels of a village. Hence creating a circular self sustainable economy which will further result in another rural development. A smart village can develop agriculture sector by introducing advanced technologies to yield more production of crops. It also has a scope of developing “Farmer e-learning” facility which will be able to answer their quarries online.

To build a village in sustainable ways for the future generation, by not repeating the same mistakes we have done in the previous generation, in order to save the nature.

The concept of “Smart Village” will address the multiple challenges faced for sustainable development of rural India. A “Smart Village” will provide long-term social, economic, and environmental welfare activity for village community.

A smart village can develop affordable housing for the inhabitants with locally available materials and labour which can in turn decrease carbon foot print of the materials. A smart village can also contribute to global environment. The system can reduce reliance on fossil fuels & contribute to reduction of greenhouse gases such as carbon dioxide. Energy consumption optimization can save 25-30% average energy.

3D VIEWS - Implementing vertical farming alongside the corridor in cluster apartment

16

5

MAS

MASTER SITE PLAN

19

18

18

ORIENTATION 6

6

20

7

SCALE

17

LEGEND

1:1001.

8

14 3

1

10

9 20

17

4

SHEET NO.

11

3 2 16

12

12

16

20 16

17

19

18

12

18

20

17

8

17 11

20 17

16

12

12

20 17

14

12

12

15

17

KEY PLAN

PRIMARY ENTRANCE TO THE VILLAGE SECONDARY ENTRANCE TO THE VILLAGE Y NI SECURITY OFFICE V ERS I T MARKET AND PUBLIC PARK WAREHOUSE PARKING AND EV CHARGING POINTS SUPER MARKET JNAFAU TOWN HALL FOOD COURT School of Planning and HEALTHCARE FACILITY Architecture AGRICULTURE R &D CENTER CLUSTER HOUSING ROW HOUSING AGRICULTURE LAKE PARK 12 METERS WIDE ROAD 8 METERS WIDE ROAD 5 METERS WIDE CYCLE TRACK & FOOTPATH 5 METERS WIDE BUFFER ZONE WINDMILL

ORIENTAT

-

13

10

9

20

6

U

14

14

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

C

K. BHANU TEJA

PRIMARY ENTRANCE TO THE VILLAGE SECONDARY ENTRANCE TO THE VILLAGE SECURITY OFFICE ROLL NUMBER MARKET AND PUBLIC PARK 1 7 0 1 1 A A 0 0 WAREHOUSE PARKING AND EV CHARGING POINTS SUPER MARKET TOWN HALL DESIGN THESIS 2022 FOOD COURT HEALTHCARE FACILITY SMART AGRICULTURE R &D CENTER VILLAGE CLUSTER HOUSING ROW HOUSING AGRICULTURE LAKE PARK TITLE 12 METERS WIDE ROAD MASTER SITE PLAN 8 METERS WIDE ROAD 5 METERS WIDE CYCLE TRACK & FOOTPATH 5 METERS WIDE BUFFER ZONE WINDMILL

O L OG I C A L

7

HRU T E

LEGEND

17

48.5

NE

HN

20

12

6

6

WA H A R L A L

14

-J A

5

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

NAME

SITE PLAN WITH MEASUREMENTS 99.5

163.1

62.9 155.0

17

ORIENTATION

SCALE

20

140.0

14

1:1500

13

305.9

20

SHEET NO. 17

17

Area = 207650 sq. m.

380.0

Scho 15

NE

HRU T E

C HN

NI

U

430.0

160.0

69.7

-

-J A

O L OG I C A L

WA H A R L A L

325.0

V ERS I T

Y

JNAFAU School of Planning and Architecture

SUPERMARKET PLAN

NAME

K. BHANU TE ROLL NUMBER

1 7 0 1 1 A A DESIGN THESIS 2022

SMART VILLAGE TITLE

SUPER MARKE FLOOR PLAN

KEY PLAN

37.6

ORIENTATION

1: SHEET NO.

NE

HRU T E

C

U

NI

CAFETERIA PLAN AND SECTION

-

-J A

O L OG I C A L

WA H A R L A L

HN

48.5

V ERS I T

Y

JNAFAU School of Planning Architecture

NAME

K. BHANU TE ROLL NUMBER

WC

1 7 0 1 1 A A 0

KITCHEN

SERVICE ENTRY

DESIGN THESIS 2022

SMART VILLAGE PANTRY TITLE

STORE

FOOD COURT PLA AND SECTION

KEY PLAN

31.8

BEVERAGES DINING

OUTDOOR SEATING

MAIN ENTRANCE A'

A ENTRANCE GATE

NAME

K. BHANU T WC

ROLL NUMBER

SC 1 7 0 1 1 A A

KITCHEN

ORIENTATION

40.0

SERVICE ENTRY

1:1

FOOD COURT FLOOR PLAN

DESIGN THESIS 2022

SMART VILLAGE SHEET NO.

PANTRY TITLE

STORE

FOOD COURT P AND SECTIO

KEY PLAN

31.8

BEVERAGES NE

-

NI

U

A' ENTRANCE GATE

C

O L OG I C A L

MAIN ENTRANCE A

HRU T E

WA H A R L A L

OUTDOOR SEATING

HN

DINING

-J A

SITE ZONING

V ERS I T

Y

FOOD COURT SECTION A-A'

JNAFAU School of Planning a Architecture

GREEN AFFORDABLE HOUSING CLUSTER HOUSING Housing that is appropriate to the needs of a household and within their means to pay along with being environment conscious.

No. of cluster apartments = 4 No. of LIG-1 in each apartment = 37 No. of LIG-2 in each apartment = 26

The means (or capacity) of a house-hold to pay for their housing depends on three primary factors: • The income of the household • The cost of appropriate housing; and • Other essential living costs to be met by the household, such as food and household goods, transport, education and healthcare.

Total no. of LIG-1 units = 148 Total no. of LIG-2 units = 104 Each housing unit accomadates 2-4 people

GROUND FLOOR PLAN

DWELLING UNIT PLANS

NAME

A

K. BHANU TEJA 4.1

BALCONY

4.4

BATHROOM

8.5

BALCONY 3.4

BALCONY

LIVING ROOM 3.1

KITCHEN

DESIG

S VI

TITLE

DWELLING UNIT PLANS LIG-1 & LIG 2

KITCHEN

B'

2.1

ENTRANCE

SMART VILLAGE 6.5

8.5

BEDROOM

GROUND CLUST 5 METERS WIDE CORRIDOR

KEY PLAN

LIFT

B'

STORAGE

STORAGE

4.3

4.1

STAIRCASE

8.5

RO

1 7 0 1

DESIGN THESIS 2022

BEDROOM

LIVING ROOM

2.9

K. BHA

57.8

1 7 0 1 1 A A 0 0 6 BATHROOM

3.4

MASTER BEDROOM

ROLL NUMBER

AQUAPONICS VERTICAL FARM

GREEN ROOM

AQUAPONICS VERTICAL FARM

LIFT

GREEN ROOM

STAIRCASE

LIG - 2 UNIT PLAN 1BHK - 45 SQ.M.

LIG - 1 UNIT PLAN 2 BHK - 60 SQ.M. 43.9

TRADITIONAL SOIL BASED FARM ORIENTATION

ORIENTATION

SCALE

1:50

NE

HRU T E C

STORAGE ROOM

WATCHMAN'S ROOM

STAIRCASE

STAIRCASE

COLD STORAGE

GREEN ROOM

-J A

-

NI

U

LIG -1 UNIT PLAN WITH FURNITURE DETAILS

ELECTRICITY ROOM

O L OG I C A L

WA H A R L A L

HN

LIG - 2 UNIT PLAN WITH FURNITURE DETAILS

AHAR L

SHEET NO.

V ERS I T

Y

JNAFAU School of Planning and Architecture

12.9

A'

12.9

J School Ar

NAME

FIRST FLOOR PLAN

K. BHANU TE

SECOND FLOOR PLAN

ROLL NUMBER

1 7 0 1 1 A A

NAME

K. BHANU TEJA 57.8 57.8

DESIGN THESIS 2022

ROLL NUMBER

SMART VILLAGE

1 7 0 1 1 A A 0 0 6 DESIGN THESIS 2022

SOCIAL GATHERING SPACE

SMART VILLAGE

TITLE

SECOND FLOOR CLUSTER HOUS

TITLE

FIRST FLOOR PLAN CLUSTER HOUSING

4.4 METERS WIDE CORRIDOR LIFT

STORAGE

AQUAPONICS VERTICAL FARM

KEY PLAN

3 METERS WIDE CORRIDOR AQUAPONICS VERTICAL FARM

STORAGE

LIFT

LIFT

KEY PLAN GREEN ROOM

STAIRCASE

GREEN ROOM

STORAGE

STORAGE

LIFT

STAIRCASE

GREEN ROOM

STAIRCASE

GREEN ROOM

STAIRCASE

39.9 43.9

ORIENTATION

ORIENTATION

SCALE

S

WALKWAY BRIDGE

1:

1:100 SHEET NO.

SHEET NO.

NE C

-J A

-J A U

NI

-

U

NI

V ERS I T

Y

V ERS I T

Y

JNAFAU School of Planning NAME Architecture

JNAFAU NAME School of Planning and Architecture

THIRD FLOOR PLAN

C

AL -

O L OG I C A L

WA H A R L A L

HN

WALKWAY BRIDGE

HRU T E

WA H A R L A L

HRU T E

O L OG I C

NE

HN

TERRACE FARM

TERRACE FARM

FOURTH FLOOR PLAN

K. BHANU TEJA

K. BHANU T

ROLL NUMBER

ROLL NUMBER

1 7 0 1 1 A A 0 0 6

1 7 0 1 1 A A

57.8

57.8

DESIGN THESIS 2022

DESIGN THESIS 20

SMART VILLAGE

SMART VILLAGE

TITLE

TITLE

THIRD FLOOR PLAN CLUSTER HOUSING

FOURTH FLOOR CLUSTER HOU

2 METERS WIDE CORRIDOR

2.8 METERS WIDE CORRIDOR

SOIL BASED LINEAR FARM

KEY PLAN

SOIL BASED LINEAR FARM

LIFT

GREEN ROOM

STAIRCASE

STAIRCASE

39.9

LIFT

GREEN ROOM

GREEN ROOM

STAIRCASE

39.9

ORIENTATION

SCALE

NAME

K. BHANU TEJA

ORIENTATION

1:100

1 NAME

K. BHANU TEJA

ROLL NUMBER

1 7 0 1 1 A A SHEET 0 0NO.6

SHEET NO.

ROLL NUMBER

1 7 0 1 1 A A 0 0 6

DESIGN THESIS 2022

SMART VILLAGE

DESIGN THESIS 2022

TITLE

NE

HRU T E

Y

JNAFAU School of Planning and Architecture

TITLE

ELEVATIONS CLUSTER HOUSING

KEY PLAN

NI

U

V ERS I T

KEY PLAN

NE

HRU T E

C

H

-J A

SMART VILLAGE

-

U

NI

O L OG I C A L

WA H A R L A L

C HN

SECTIONS CLUSTER HOUSING

WA H A R L A L

STAIRCASE

GREEN ROOM

KEY PLAN

LIFT

-J A

LIFT

Y V ERS I T

JNAFAU School of Plannin Architecture

SECTION A-A'

SECTIONS OF CLUSTER HOSUING

NAME

K. BHANU TEJA ROLL NUMBER

1 7 0 1 1 A A 0 0 6 DESIGN THESIS 2022

SMART VILLAGE TITLE

SECTIONS CLUSTER HOUSING

KEY PLAN

SECTION A-A'

SECTION B-B'

ELEVATIONS OF CLUSTER HOSUING

ORIENTATION

SCALE

1:100 SHEET NO.

NE

C

U

NI

-

-J A

O L OG I C A L

WA H A R L A L

HN

SECTION B-B'

HRU T E

V ERS I T

Y

JNAFAU School of Planning and Architecture

ROW HOUSING SINGLE DETACHES HOUSING UNITS Number of row housing units = 50 units Each housing unit accomadates 4 people

NAME

GROUND FLOOR PLAN OF ROW HOUSING

3D VIEW

K. BHANU TEJA ROLL NUMBER

1 7 0 1 1 A A 0 0 6

A

DESIGN THESIS 2022

SMART VILLAGE

4.4

3.2

BEDROOM

TITLE

GROUND FLOOR PLAN ROW HOUSING 6.2

B

B' 3.0

MASTER BEDROOM

BATHROOM

14.2 3.0

KEY PLAN

BATHROOM

VERTICAL GARDENING AREA

KITCHEN

8.0 3.2

LIVING ROOM ORIENTATION

SCALE

1:50 PATIO SHEET NO.

8.0 9.4

A'

NE

HRU T E

C

WA H A R L A L

O L OG I C A L

FLOOR PLAN WITH FURNITURE DETAILS

HN

FLOOR PLAN 2BHK - 100 SQ.M.

U

NI

-

-J A

1.8

V ERS I T

Y

JNAFAU School of Planning and

03 SHOUGANG CULTURAL CENTER LOCATION

:

BEIJING, CHINA

TYPOLOGY

:

RECREATIONAL

SITE AREA

:

18.69 ACRE

PROJECT

:

ACADEMIC AND COMPETITION

COMPETITION

:

AIAC 2020, BEIJING

China has a vast territory, abundant natural and cultural resources, and a long history. Beijing in history, it is one of the ancient capitals of China. It is a famous historical and cultural city with a history of more than 3,000 years.

PROJECT SITE SHOUGANG INDUSTRIAL COMPLEX, BEIJING, CHINA The project site is in the ancient steel factory of Beijing Capital Steel Company, which is displaced several years ago. The whole site of factory is now under transformation for new urban uses : a cultural, recreational, commercial area. One of the main activities on the site is the competition fields for Winter Olympic Games in Beijing.

The subject could be building transformation, modifying the existing structures,new activities creation, integrating new landscape in old factory,etc. It is one of the most potential development areas in Beijing.

EXISTING SITE

GEOGRAPHICAL CONTEXT Shougang Steel Industrial Development Complex is located West of Beijing, China. Located in the Shijingshan district, west of Beijing. Located next to Yongding river and backed by Shijingshan. The new “Shougang Park” is the only concentrated area to be developed in six districts of Beijing. Five major areas are planned to be built, namely the Winter Olympics Square, Shijingshan Landscape Park, Industrial Heritage Park, Public service supporting area and Urban reconstructed innovation works. Site is southwest of Shougang Park. It is located in the Olympic complex area. The task of renovating buildings used as power plants, it’s necessary to suggest the use of cooling towers in the South.

LOCATION

USER GROUP

HISTORY OF SHOUGANG INDUSTRY

Total Area:7.676hectares [Lot1=3.19hect.& Lot2=3.562hect.]

Area of single cooling tower:2956sq.m

FUNCTIONALITY

Green Spaces of Shougang

USER GROUP ACTIVITIES

China’s five elements philosophy and culture

STRUCTURAL CONCEPT Living Areas of Shougang

Transportation of Shougang

Five Elements Theory is a Chinese philosophy used to describe interactions and relationships between things. The five elements— wood, fire, earth, metal, and water— are believed to be the fundamental elements of everything in the universe between which interactions occur. It became widespread : mostly used in Chinese medicine, philosophy, fengshui, fortune-telling, and martial arts • Wood is a vital building material used in the facades of structures and mainly used in furnitures.

• The site is surrounded by Qunming lake to the east and Yonding river to the west. Also, water is used in the landscape elements such as ponds, fountains, etc.

• Metal is a prominent building material used in the existing site and also used in the proposed design of cultural centre.

• Give and Take! As earth provides us land for building structures,we inturn have to make our design eco friendlY to save The Mother Earth.

• As Fire was once used in the making of steel in Shougang industry, now it is time to use fire to light up the Olympic Flame

SITE PLAN

Sun path

Circulation

Wind direction

Wind turbine and sloped roofs for cooling towers

EXPLODED VIEW OF CENTRE FOR VISUAL ARTS& CENTRE FOR PERFORMING ARTS

VIEWS

DETAILED PLAN OF INFOTAINMENT CENTRE, O.A.T. AND PARKING BLOCK

View From Site Viewing Tower

PERSPECTIVES Wind Turbine

Open Air Theatre

Ramp & Seatin

View From Lobby

Cooling Tower Coverung

BENEFICATIONS AND CONTRIBUTIONS - SOCIAL GATHERING The cultural center, recreational zone and OAT promotes interactions among a diversity of individuals of all abilities in small, medium and large groups for social and community purposes. A well designed cultural center is a great outdoor living room that is welcoming of people of all genders, race, ethnicity, age and socio-economic levels.

- ENERGY GENERATION The wind turbine situated in one of the cooling tower generates enough energy which can provide electricity to the whole site and also to neighbouring residential and commercial areas.

- LANDMARK Building a cultural center where the winter olympics 2020 is going to be held will bring back the culture and tradition of China. The transformation of an industry to an eco-friendly design contributes to a green future.

- ECONOMY The cultural centre provides employment to teachers, artits, physical trainers, chefs and basic managers. The wind turbine provides electicity to public and private areas resultuing in favourable economical growth for the centre.

04 LA UNIVERSITÉ LOCATION

: CARCASSONNE, BASTIDE, FRANCE

TYPOLOGY

: INSTITUTIONAL

PROJECT

: ACADEMICS AND COMPETITION

COMPETITION : AIAC 2021, FRANCE

The City of Carcassonne has embarked on a project to develop a University Campus in the heart of La Bastide.

The public image of the project is built on three elements: 1. The architectural style, 2. The urban integration and 3. The environmental approach adopted.

The City of Carcassonne has more than 45,000 inhabitants and revolves around the Medieval city listed as a UNESCO World Heritage Site in 1997. This project is part of a global revitalization policy for the Bastide. The latter, created in the 13th century according to a pre-established plan, is still divided into “squares” delimited by four streets and which each cover between 40 and 65 ares. They have in the center of a garden connected to the street by covered passages, so that there are green spaces and wells.

Restrictions of height and preservation of heritage look and aesthetic, yet be able to stand out in the vicinity of the place.

The newly proposed building has a fauxed stone cladding which not just reduces the cost of the construction, but as well as provides good aesthetic look while lending in with the other building surrounding it.

As the cladding is done by stone.This helps in preserving the heritage and giving it a new touch of material.

LA BASTIDE URBAN LAYOUT

EXISTING BUILDING LAYOUT

EXISTING GREEN COVER

CONCEPT

DESIGN CONSIDERATIONS 1. Enhance the image of the Bastide.

2.To offer structuring and appropriate equipment to residents and users.

3.To bring together university courses scattered around the outskirts of the city in the heart of the city.

SITE PLAN

EAST ELEVATION

SECTIONS

LEGEND: 1.Pedestrian entrance to proposed block 2.Vehicular entrance 3.Bicycle parking 4.Proposed block 5.OAT 6.Existing building 7.Pedestrian entrance to existing building 8.Green pockets 9.Outdoor dining space

FLOOR PLANS

CIRCULATION Existing building

ISOMETRIC VIEW OF THE SITE

VIEWS Proposed building

05 INTERNSHIP PROJECT LOCATION : BODUPPAL, HYDERABAD TYPOLOGY : RESIDENTIAL - INTERIORS ARCHITECT : STUDIO 8 HATS PROJECT

: INTERNSHIP PROJECT

FLOOR PLAN

FALSE CEILING PLAN

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION 1'-0"

4'-3"

4'-0"

SHELVES

6'-7" 6'-4" 6'-1" 5'-10"

9'-10"LVL

5'-2"

5" 4'-9"

11'-7"

4'-9"

7'-1"

1'-9"

7'-4" SHELVES

8'-10"LVL

SHELVES

11'-6"

9'-10"LVL

11'-6"

1'-5"

8'-1" 7'-1" 6'-7" 2"

9'-5"LVL

1'-5"

13'-8"

DINING ROOM 10'-3" 9'-3" 8'-9"

1'-5" 2'-11"

"

9'-2"LVL

1'-5"

LIVING ROOM

1'-1

7'-8"

1'-5"

3'-6"

CHILD BEDROOM

7'-10"

1'-0"

11'-7"

UTILITY

15'-7"

MASTER BEDROOM

1'-11"

8'-11"LVL

3'-10"

12'-0"

9'-3"LVL

1'-6"

3'-3" 3'-6" 3'-9" 4'-0" 4'-4"

12'-11"

7'-6"

4'-9"

6'-11"

9'-3"LVL 9'-4"LVL

15'-11"

18'-3"

DINING ROOM

PRODUCED BY AN AUTODESK STUDENT VERSION

4'-1" UTILITY

10"

PRODUCED BY AN AUTODESK STUDENT VERSION

CHILD BEDROOM

5'-11"

SHELVES

9'-7"LVL

17'-2"

MASTER BEDROOM

12'-11"

7'-1"

8'-11"LVL

2'-2"

LIVING ROOM 9'-8"LVL 8'-11"LVL

9'-5"LVL

SHELVES

KITCHEN

11'-6"

8'-11"LVL

9'-4"LVL

TILL BEAM BOTTOM

11'-6"

KITCHEN

SHELVES

FLOOR PLAN

8'-5"LVL

N

12'-0"

FALSE CEILING PLAN

PRODUCED BY AN AUTODESK STUDENT VERSION

N

5"

AC

2'-2"

12'-0"

1'-6" 1'-6"

12'-6"

9'-6"LVL

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

FURNITURE DETAILS IN PLAN

PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION

1" 4'-24

Living room elevations

4'-0"

PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION

1'-9"

1'-8"

4'-3"

1'-3"

4'-3"

FURNITURE DETAILS IN WALL ELEVATIONS

2'-5"

1'-3"

1"

1'-83 4"

1'-8"

1"

1" 3" 52 2"

2"

3 3'-54"

2'-9"

1'-31 2"

1" 3" 52

9'-51" 2

SOUTH WALL - KITCHEN

1'-3"

SOUTH WALL - KITCHEN

1 1'-34"

3 3'-54"

11'-61" 9'-51" 2 2

1 2'-22"

1 2'-22"

2'-13 4"

1 2'-22"

1 3 2'-2 2'-11 2" 4"

1'-0"

1'-0"

1 2'-22" 1'-0"

3" 2'-14

3 2'-64"

1 2'-64"

3 2'-64"

3 2'-64"

1" 11'-62

3 1'-54"

3 3 2'-04"1'-54"

3 " 3" 2'-12'-0 4 4 1'-31 2"

3 2'-64"

1'-33 4"

2'-6"

3 2'-64"

1'-31 2"

3" 1'-34

3 2'-64"

1 2'-64"

2'-73 4"

3" 2'-94

2'-83 4"

2'-8"

1'-33 4" 2'-73 4"

2'-93 4"

2'-83 4"

EAST WALL - MASTER BEDROOM 3 2'-64"

3 2'-64"

3" 2'-84

2'-8"

1'-33 4"

EAST WALL - MASTER BEDROOM

1 2'-64"

2'-73 4"

1'-31 2"

1'-33 4"

3 2'-64"

2'-93 4"

2'-83 4"

EAST WALL - MASTER BEDROOM

2'-93 4"

2'-83 4"

2'-8"

EAST WALL - MASTER BEDROOM

1'-03 4" 2'-73 4"

2'-93 4"

2'-83 4"

EAST WALL - MASTER BEDROOM

1" 3'-62

SOUTH WALL - MASTER BEDROOM

1'-4"

1 54"

1 84"

1'-01 3'-8" 2"

1'-6"

10"

9'-101 2"

1 84" 1 54" 1'-6"

2'-4"

1" 1'-02 3'-8" 3'-3"1'-4" 10"

9'-101 2"

2'-8" 2'-41" 2 13" 3'-62 "

1 84"

3'-3"

1 54" 1'-6"

2'-8" 3"

2'-4"

2'-41" 2

9'-101 2"

1 84 " 1 54 "

1'-3

1" 3'-112

3"

2'-41" 2

2'-4"

8"

3"

EAST WALL - CHILDREN'S BEDROOM EAST WALL - CHILDREN'S BEDROOM

1'-3

2'-10"

1'-3"

1

3'-112" SOUTH WALL - MASTER BEDROOM

2'-41" 2

2'-8"

2'-8"

2'-8"

SOUTH WALL - MASTER BEDROOM 8"

1 1'-54" 3'-0"

1" 2'-8" 3'-62

1 84" 1 54" 1'-6" 1 54" 1'-6"

2'-4" 2'-4"

SOUTH WALL - MASTER BEDROOM

6'-91" 2

6'-91" 2

2'-8" 3"

SOUTH WALL - MASTER BEDROOM

1" 3'-112 1'-3"

2'-10"

1'-6"

9'-101 2"

2'-41" 2

2'-8" 2'-6" 8"

11"

2'-8"

1" 84 6"

1 1'-54"

1" 3'-112

1" 3'-112

6 1" 4 1 1'-54"

1 84"

9'-101 2"

1" 3'-62 3"

6'-91" 2

9'-101 2" 8"

6'-91" 2

8" 2'-6" 8"

1" 102

2'-8"

61" 4

6"

1 1'-54"

2'-10"

1" 3'-112 2'-8" 2'-41" 2

2'-6" 2'-8" 2'-8"

2'-8" 2'-6"

2'-8" 2'-8"

6'-91" 2

6'-91" 2

1" 3'-62 2'-8"

2'-6"

2'-6"

11" 61 " 4 61" 4

61" 4

2'-8"

11"

1" 102

1" 102 1" 102

1 1'-54" 3'-0"

2'-10"

2'-10"

9'-0" 1 1'-54"

10"

1'-01 2"

1'-4"

2'-73 4"

2'-8"

2'-13 4"

3 2'-64"

3 2'-114"2'-6"

2'-93 4"

1 2'-64"

1 1'-1" 2'-22"

1'-03 4"

8"

1 6'-8" 2'-2 2"

1 2'-64"

EAST WALL - MASTER BEDROOM

1'-31 2"

3 2'-64" 3 2'-04"

2'-13 4"

3 1'-0" 2'-114" 1'-1"

2'-13 4"

1'-0"

1'-33 4"

2'-73 4"

2'-8"

1 2'-64"

8"

6'-8"

1" 11'-62

3 2'-64"

1" 1'-32

2'-13 4"

1" 11'-62

1" 11'-62

2'-8"

3 2'-04"

1'-0"

1'-0"

1'-0"

3 " 3" 2'-12'-0 4 4

2'-13 4"

1 2'-22"

3 2'-04" 1'-31 2"

3 3 2'-04"1'-54"

3 2'-04"

1'-0"

3 1'-54"

3 1'-54"

2'-13 4"

SOUTH WALL - KITCHEN

1 3 2'-2 2'-11 2" 4"

3 1'-54"

3 " 3" 2'-12'-0 4 4

3 1'-0" 2'-114" 1'-1"

3 2'-04"

3 3 2'-04"1'-54"

2'-6"

3 1'-54"

SOUTH WALL - KITCHEN

1" 11'-62 3 1'-54"

1 1'-1" 2'-22"

3 1'-54"

2'-13 4"

1'-0"

1'-3"

3 2'-04"

3 2'-114"2'-6"

1" 1'-22

3 1'-54"

1'-1"

3 2'-1" 3'-5 4"

3 1'-54"

2'-6"

1 1'-34" 9'-51" 2

1'-03 4"

1'-3"

1'-1"

1" 1'-22

1 2'-22"

2'-1"

1'-03 4"

1'-3"

6'-8"

SOUTH WALL - KITCHEN

1 1'-34"

1'-3"

6'-8"

1" 1'-22

2"

3 3'-5 2'-1" 4"

1" 102 11"

9'-0"

2'-0"

2'-0"

6'-8"

6'-8" 2"

2" 1'-3" 1'-31 2" 1'-3"

2'-9"

3 3'-54"

SOUTH WALL - KITCHEN 1 1'-34"

9'-51" 2

2'-9"

1 1'-34"

1'-3"

9'-51" 2

2'-3" 8"

1'-3"

1'-31 2"

8"

1" 1'-22

1" 1'-22

2'-10"

EAST WALL - CHILDREN'S BEDROOM EAST WALL - CHILDREN'S BEDROOM

6"

6'-8"

6'-8" 1" 3" 52

1'-31 2"

2'-9" 2'-3" 1 8" 4'-22"

1" 1'-3" 2'-112

1" 1'-32

2'-3" 2'-9" 1 8" 4'-22"

1" 2'-112 1'-3" 1'-3" 1'-31 2"

2'-9"

1'-3" 2'-3"

3 3'-5 2'-1" 4"

3'-8"

1" 2

1 1'-34"

3'-3"

1" 112

1" 2

NORTH WALL - MASTER BEDROOM

1" 4'-114

2'-0" 2'-0"

2"

1 2'-3" 4'-22"

1" 1'-3" 2'-112 1'-3"

8"

1'-31 4"

3'-0"

1 1'-54"

1" 3" 52

1" 2'-112

1 4'-22"

1" 2'-112 1" 2'-112 1'-3" 1'-3"

1" 9'-52

1'-31 4"

1" 3'-62

2'-6"

3'-01 2"

2'-61 4"

2'-6"

3'-01 2"

2'-61 4" 3"

1" 112

1" 3" 52

1'-3" 1"

1'-8"

1" 3" 52 1'-8"

1'-31 4"

9'-0"

3'-0"

3'-0"

2'-1"

1'-83 4"

1" 9'-52

1" 4'-114

3" 74

1 1'-54"

1'-83 4"

1"

2'-6"

1" 2

81 4"

81 4" 6" 73 4"

1 1'-54"

1'-3"

1'-8"

3" 1'-04

1" 112 7"

EAST WALL - CHILDREN'S BEDROOM EAST WALL - CHILDREN'S BEDROOM

81 4"

1" 2'-114

1'-3" 1"

1'-83 4"

1'-03 4"

1 3'-114"

8"

1" 2

2'-1"

1 6" 73 4"84"

3 6" 74"81 4" 2'-0"

2'-3"

1 1'-54"

1'-8"

1'-31 4"

8"

1" 2

4'-2"

1" 3'-02

1" 2'-64

2'-6"

1" 112

NORTH WALL - MASTER BEDROOM 3'-0"

1" 4'-114

9'-0" 1 1'-54"

2'-1"

6'-8"

7"

4'-2" 1" 6'-92

1" 112 7"

8"

17'-0" 6'-92 "

1 1'-94" 1 3'-114"

73 4"

73 4" 2'-0"

1" 4'-114

1'-83 4"

8"

1 2'-22" 1 4'-2" 2'-22" 8"

3'-01 2"

1 3'-114"

3'-0"

1" 2

8" 1 2'-6"4'-2" 1'-0" 2'-22"

3'-0" 2'-61 4"

8" 1 1'-0" 2'-22" 2'-6"4'-2"

1'-0" 7"

2'-6"

8"

1" 6'-92

1" 6'-92

2'-61 4"

8'-101 2" 1 3" 1'-7 " 17'-0" 6'-92 "4

3'-01 2" 3'-01 2"

2'-61 4"

1" 112

3"

8'-101 2"

1'-0"

1'-0" 1 2'-22" 4'-2"

1 1'-74" 8'-101 2" 17'-0" 6'-92 "

7'-0" 8'-101 2" 1 7'-0" 3" 1'-7 4" 3"

8'-101 2"

7"

1'-31 4"

9'-51" 2

6'-8"

1'-0"

1'-0" 1 2'-22"

1 1'-74"

1 1'-74" 8'-101 2"

1 1'-74"

3"

1'-3"

1'-3"

1'-0"

1" 12

1'-0"

NORTH WALL - MASTER BEDROOM

9'-0"

1 1'-54"

12'-0"

1 4'-22" 2'-3"

1 10'-12"

8" 2'-93 4"

1'-0"

1 3'-114"

1'-0" 7"

3'-0"

1" 4'-114

11"

11" 2'-7" 5'-8"

1" 1'-22

Children bedroom elevations

1'-3"

1" 5'-72

2'-1"

1'-3" 1"

1" 9'-52

11" 4" 1 1'-94" 23 4"

1'-31 4"

EAST WALL - LIVING ROOM

1 3'-114"

NORTH WALL - MASTER BEDROOM

1'-3"

1'-8"

8"

1'-0"

1 1'-94"

1'-3"

1 6'-8" 2'-2 2"

1" 5'-72

1 3'-114"

1" 4'-114

2'-1"

2'-1"

1" 9'-52

8"

1" 5'-72

NORTH WALL - MASTER BEDROOM 3'-0"

1'-3"

6'-8"

1'-3"

1" 5'-12

NORTH WALL - MASTER BEDROOM

1 1'-94"

1 10'-12" 1 32"

1 32"

ROOM

1 1'-94" 1 1 1'-3" 2"

3'-0"

1 1'-94"

1 71 1'-94" 2" 4"

1" 12

23 4"

1 2'-93 4"1'-34"

1" 5'-12

1 1'-94"

1'-3"

3" 1'-84

1 32" 2'-93 4"

1'-31 4"

EAST WALL - LIVING ROOM

3 1'-31 4"2'-94"

1'-0"

1 1'-94"

2'-1"

1" 1'-34

13 11" 3224 "" 4" 1 10'-12" 23 4"

1 10'-12"

1 1'-94"

11" 2

1" 12

23 4"

1 4'-14"

1'-3"

1" 5'-12 LIVING

Master bedroom elevations

3'-3" 1'-7"

1"

1'-3"

11" 4" 71 2" 4"

11" 2 1" 71 2" 11" 2 1" 71 2"

1"

1 11" 3223"" 4

71 2"

1 1'-94"

4"

3" 2'-94

1" 5'-72

23 4" 1'-3"

1'-3"

1 4'-22"

1" 4" 72

11" 2 1" 1" 72 1" 11" 2 1"

1 32" 1 10'-12"

71" 2

63" 1 4 71 1'-94" 2" 4"

1"

11" 2

1 4'-14" 11" 2

71" 2

1"

1 1 1'-3" 2"

EAST WALL -

EAST WALL - LIVING ROOM

1'-0"

7'-3" 1" 9'-52

1'-3"

1" 1'-34

3'-0"

3'-6" 2'-111 4"

11" 2

4" 11" 2

1" 1'-34

3'-0"

5"

ROOM

1 2'-93 4"1'-34"

2'-0"

2'-0"

2'-93 4"

5'-10"

2'-11"

3 1'-31 4"2'-94"

EAST WALL - LIVING ROOM 23 4"

1"

1'-3"

1" 5'-12 LIVING 1" 5'-72

9'-0"

1'-3"

23 4" 1'-3"

1'-3"

1'-3"

7 1" 2 63" 4 11"

1"

1 4'-14"

1"

71 2" 4" 1 10'-12"

11" 2

11" 2

63" 4

1"

71 2" 71" 2 4" 11"

1"

71 2" 4"

11" 2

71" 2 71" 2 71" 2 1" 1'-34

1'-3"

1" 5'-72

1 4'-141" 8'-62"

1" 8'-62

2'-93 4"

1" 1'-3" 12 1" 5'-12

11"

1'-6"

2'-8"

1 2'-93 4"1'-34"

11"

3'-6"

3 1'-31 4"2'-94"

1" 5'-72

61 " 4

6'-9"

3" 1'-3" 24

1" 5'-12

1" 102

2'-2"

2'-0"

1'-3"

EAST WALL -

7'-0"

1" 5'-42 3'-0"

3'-11"

1"

23 4"

3"

1"

11'-6"

1'-4"

63" 4

1" 1'-104 4" 71" 2 1" 1'-34

11"

2'-93 4"

5'-0"

10"

4'-0"

10"

PRODUCED PRODUCED BYPRODUCED AN AUTODESK

BY ANBY AUTODESK AN STUDENT AUTODESK STUDENT VERSION STUDENT VERSION VERSION

1'-10"

PRODUCED PRODUCED BYPRODUCED AN AUTODESK

BY ANBY AUTODESK STUDENT STUDENT VERSION VERSION AN AUTODESK STUDENT VERSION

4"

2'-7"

1" 3'-92

71" 2 2'-0"

1 4'-141" 8'-62"

1'-4"

1" 8'-62

2'-0" 11"

23 4"

2'-0"

71" 2

1" 1'-104 4" 71" 2

3'-11" 10'-2"

2'-7"

3'-0"

1'-4"

63" 4 11 4'-1 "" 8'-642 1" 1'-104 4" 71" 2 11"

1'-3"

PRODUCED BY AN AUTODESK STUDENT VERSION

2'-7"

2'-6"

71" 2

1'-4"

11"

1" 1'-104 4" 71" 2

1" 1'-104 4" 71" 2 11"

71" 2

1" 8'-62 1" 1'-104 4" 71" 2 11"

71" 2

1'-3"

1'-6" 4'-5"

9'-21 4"

3'-9"

2'-1"

PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION

3'-9"

5'-2"

2'-7"

1'-4"

63" 4

1'-4"

3'-5"

1'-6" 11"

5"

1" 9'-52

1" 9'-52

PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION

5'-5"

4'-3"

2'-4"

3'-2"

71 2"

1" 7'-32

1'-3"

SOUTH WALL - MASTER BEDROOM

1'-3

PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION PRODUCED BY PRODUCED AN AUTODESK

BY ANSTUDENT AUTODESK VERSION STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

RENDERS

RENDERS

06

INTERNSHIP PROJECT LOCATION : SECUNDERABAD, HYDERABAD TYPOLOGY : COMMERCIAL - ARCHITECTURE ARCHITECT : STUDIO 8 HATS PROJECT

: INTERNSHIP PROJECT PRODUCED BY AN AUTODESK STUDENT VERSION

WORKING DRAWINGS - ELEVATIONS PRODUCED BY AN AUTODESK STUDENT VERSION

GLASS

±0'-0"

DRG.NO

13'

2'

3'-6"

3'

7'

1'-3"

22'-0" LVL.(FIRST FLOOR SLAB TOP) BEAM BOTTOM LVL

3'

GLAZING

7'

MID LANDING

+3'-0"

11'-0" LVL.(GROUND FLOOR SLAB TOP) BEAM BOTTOM LVL

5'-3" 3'

3'

STONE CLADING

9"

MID LANDING 9"

4'

+1'-0"

A+7'-0" LVL. PUTTY

A+0'-0" lvl.

- 1'-6" LVL. - 1'-6" LVL.

421" TITLE:

+4'-0"

RAILING

STONE CLADING

A+7'-0" LVL.

A+0'-0" lvl.

- 1'-6" LVL.

PROJECT:

+3'-0"

11'

4'

9'

11'

3'

33'-0" LVL.(SECOND FLOOR SLAB TOP)

±0'-0"

10'

2'

BEAM BOTTOM LVL

6"

3'-4" 2'

11'-0" LVL.(GROUND FLOOR SLAB TOP)

2"

4'

4'

PUTTY FINISH

+4'-0"

MID LANDING +2'-9"

10'-6"

2'

BEAM BOTTOM LVL

2' +3'-0"

7' 2'

9'-6"

22'-0" LVL.(FIRST FLOOR SLAB TOP)

13'

+3'-6"

4'

7'

4'-721"

11'

2'

4'

1'

4'

27'-6"

6" 3'

11'

3'-6" 7' 6"

2'-1021"

1'

11'

12'-6"

13' 11'

4'

4'

4'

7'

PRODUCED BY AN AUTODESK STUDENT VERSION

6" Ø MS PIPE +4'-0"

4'-421"

CONSULTANTS

PRODUCED BY AN AUTODESK STUDENT VERSION

33'-0" LVL.(SECOND FLOOR SLAB TOP)

PUTTY FINISH

PRODUCED BY AN AUTODESK STUDENT VERSION

9"

6 20'

6"Ø MS PIPE

METAL BOX

STONE CLADING

5 20'

+4'-0"

10'-6"

GLASS

4 7'-9"

4'-421"

25'-6"

421"

3 6'-3"

2'

13'

2 5'-3"

13'-9"

2"x2" MS BOX 421"

1

5'-721"

D

9"

5'-9"

C

PRODUCED BY AN AUTODESK STUDENT VERSION

4'-421"

B

9"

A

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

WORKING DRAWINGS - FLOOR PLANS A

9"

2'

3'-9"

45'

3'-9"

3'-9"

2'

FRAME SECTION SIZE 4'0"X5"X2½" 7'0"X5"X2½"

NOS 8 8

8'-0"

FRAME SECTION SIZE 3'0"X4"X2½" 7'2"X4"X2½"

8

6'-0"

5'-3" 9"

EQ 8'

80' 60' 9"

EQ EQ EQ

4' 1'

1'

3'

5'

FIRST FLOOR PLAN

FFL CLIENT :

ROUGH OPINING

DRG.NO

INCRIDABLE INDIA PROJECTS

DATE SCALE

14-02-2018 N.T.S

D2-2'9"X7'0" - 4 N0S. FRAME SECTION SIZE 3'0"X4"X2½"

NOS 4

7'2"X4"X2½"

8

4'-0"

EQ

3'-0"

FFL

V1-3'0"X2'0"-2NOS

FFL W2-6'0"X4'0"-2 NOS

UPVC- WINDOW - (3 TRACK)

UPVC - WINDOW - (OPENABLE)

AS PER MODEL SIZE

AS PER MODEL SIZE 2'-0"

4'-0"

2'-0"

3'-0"

6'-0" EQ

4'-0"

EQ

W1-8'0"X4'0"-13 NOS

4'-0"

GLAZING

9" 45'

R O A D

8'-0"

FFL

NOS 4

W1

R O A D

3'-0"

ROUGH OPINING

D2-2'9"X7'0" - 4 N0S.

12'-3"

3'

5'

4'-0"

MD-3'6"X7'0" - 4 N0S.

1'

8' 9'-6"

150 Ø MS PIPE

FFL

3"

FFL

EQ

9" 5'-421"

GLAZING

GLAZING

3'-0"

3"

7'-0"

7'-0"

2'-9"

16'

421"

PRODUCED BY AN AUTODESK STUD

AN AUTODESK STUDENT VERSION

3"

8

5'

PRODUCED BY AN AUTODESK STUDENT VERSION

3"

421"

W3-4'0"X4'0"-3 NOS UPVC- WINDOW - (2 TRACK)

3'-0"

PRODUCED BY AN AUTODESK STUDENT VERSION

3'-6"

7'0"X5"X2½"

NOS 8

W1

1'

SECOND FLOOR PLAN

FRAME SECTION SIZE 4'0"X5"X2½"

W1

EQ

9'-9" 5'-3" 6'-3" 7'-9" 20'

R O A D

80' 60'

5

5'

421"

HALL 28'9"X19'3"

HALL 50'6"X42'6"

GLAZING

1'

1'

PRODUCED BY AN AUTODESK STUDENT VERSION 5'

MD-3'6"X7'0" - 4 N0S.

UP

WALL UP TO SKIRTING HT

11'-6"

FFL

5'0"X8'0"

13'

WALL UP TO SKIRTING HT

WORKING DRAWINGS - DOOR, WINDOW AND VENTILATOR DETAILS 3"

LOBBY 12'3"X6'3"

4'

5'-3"

8'

5'-3" EQ 8' EQ EQ

W1

3"

3"

GROUND FLOOR PLAN

W3

3'

WALL UP TO SKIRTING HT

7'-0"

R O A D

5'-3"

D2

PRODUCED BY AN AUTODESK STUDENT VERSION 4

6

7'-0"

4'

LIFT 5'X5'6"

GLAZING

6

PRODUCED BY AN AUTODESK STUDENT VERSION

45'

3'

D1

W1

6'-721"

LADIES TOILET 11'0"X4'6"

V

5'3" WIDE CORRIDOR

D2

PRODUCED BY AN AUTODESK STUDENT VERSION

3'

9"

15'-421"

2'-9"

GENTS TOILET 11'0"X4'6"

3

3'

W2

3"

W1

3'

W2

1'-6" 1'-6"

3" 4'

3'-421"

10'-421"

V1

421"

3'-6"

D 25'-6"

20'

3"

HALL 28'9"X19'3"

HALL 50'6"X42'6"

RAILING

3' 2'-9"

2

8'

5'-3" 9" 6'-3" 20'

GLAZING BALCONY

EQ W1

3'-421"

4'-421"

5'0"X8'0" UP

6"

5'-421"

6'-421"

D2

4'

6

5

1

5'-3"

WALL UP TO SKIRTING HT

GLAZING

W1

C 13'

V

D1

5'-3"

4'

W1

6'-4"

20'

EQ

5

W1

W1

6'-721"

LOBBY 12'3"X6'3"

1'

12'-121"

EQ

HALL 43'6"X39'3"

4

D2

5'3" WIDE CORRIDOR

20'

W1

GLAZING

R O A D

EQ

5'-3"

80'

8'

5'-3"

7'-9"

D1

W3

3'

5'-421"

20'

R O A D

7'-10"

4

LIFT 5'X5'6"

19'-121"

W1

V

3

60'

UP

LADIES TOILET 11'0"X4'6"

2

3'

7'-9"

5'0"X8'0"

W3

PRODUCED BY AN AUTODESK STUDENT VERSION

9" 7'-9"

6'-3"

PARKING 25'6"X19'3"

GENTS TOILET 11'0"X4'6"

EQ

5'-3"

9" 5'-3"

4'-6"

LOBBY 12'3"X11'6"

B 5'-9"

PRODUCED BY AN AUTODESK STUDENT VERSION

5'9"X4'6"

3

5'-421"

V1

V

1

LIFT 5'X5'6"

A

10'-421"

25'-6"

SHERABOARD

3' 2'-9"

PRODUCED BY AN AUTODESK STUDENT VERSION

5' D1

2

D

13'

PRODUCED BY AN AUTODESK STUDENT VERSION

15'-421"

15'-421"

STONE CLADING

1

C

5'-9"

SHERABOARD

15' WIDE DRIVE WAY

1'

B

5'-421"

1'

10'-421"

1'-6" 1'-6"

D 25'-6"

9" 11'-3"

C 13'

9"

B 5'-9"

9'-9"

A 5'-421"

V1-2'0"X3'0"-4NOS

07

INDUSTRIAL DESIGN TYPOLOGY

: FURNITURE AND PRODUCT DESIGN

PROJECT

: COMPETITION

COMPETITION : NASA- INDUSTRIAL DESIGN TROPHY 2019-2020 Context We’re at the cusp of major changes in the way we work, live, play and interact as social beings, brought about largely by technology which threatens to disrupt nearly every aspect of life as known to us. It has also created possibilities where none existed. As participants step out to discover ways in which to survive and thrive in this new world order, they’ll be constantly challenged to invent ways in which people, while being able to exploit the bounty that technology has to offer, manage to retain what makes them human and not become subservient to it. It will be interesting to see how they can impact their immediate environment in ways that not just seamlessly ties in space, objects, technology and interactions but also address the social context in which all of it exists.

08 ARTWORKS AND GRAPHIC DESIGN

K. Bhanu Teja bhanuteja.kbt@gmail.com +91 8328582069