Architectural Portfolio for internship | Gyana Ranjan B.

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C O N T E N T S cv

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Curriculum Vitae

Ashiyana

Residence at Kovai Mahalingapuram, Coimbatore,

Central Library

Tranquebar

Skill Development Training centre

Nit trichy

Destech 18, Thanjavur

Hudco 18, slum development

Hudco 19, Riverfront

Miscellaneous, art work, digital work, model making, render, ambience


GYA N A RAN JAN CURRI CULUM V I TA E grb01.nitt@gmail.com

+91 84809 29377

Bhubaneswar

Objective “To achieve achallenging position within a highly motivated team where skills and educational experience can be used to make elegant and truly revolutionary designs.”

SK IL L S

E DUC ATI ON

AutoCAD

B.Arch

REVIT SketchUp

3rd Year

2016 - Present

National Institute of Technology, Trichy 12th Grade

2015

Jawahar Navodaya Vidyalaya, Gurijang, Khurdha

Illustrator

10th Grade

Photoshop

Jawahar Navodaya Vidyalaya, Gurijang, Khurdha

InDesign

2013

Vray 3.6

E XPE R I E NCE

lumion 8

E-CELL NIT TRICHY

Rhino

2017 - 2018

Graphic Designer | Branding Entrepreneurship Club of NIT Trichy

MS Office Premiere Pro

L A NGUAGE

After Effects

English

Hindi

odia


PR O JE C TS FIRST YEAR Basic and Architectural Design

RESAURANT Chettinad Theme Based Restaurant

Basic Design Exersises

THIRD YEAR LIBRARY

HOSTEL ROOM REDESIGN On studio design

Central District Library

SECOND YEAR

FACADE DESIGN

RESIDENCE DESIGN

Liminal Space Design

A Client Specific Design

KIOSK DESIGN E-commorce and a tea shop

FIRST YEAR TRAINING CENTRE

PRIMARY SCHOOL

A Skill Development Training Centre

COU R S E S

COMPE T I T I ON S

Building Construction and Materials

DESTECH COMPETITION

Climate Responsive Architecture

Competition on Smart City

Landscape Architecture Surveying and Site Planning Water Supply and Drainage

Special Mention

HUDCO COMPETITION

2018

HUDCO COMPETITION

Jury’s Choice Award

Green Housing Project

Vibrant Riverfront Redevelopmnt

Design of R.C.C. Structures

ANDC COMPETITION

Lighting and Electrical Services

Liminal Space Design

Shortlisted

2019

Ac and Mechanical Services Architectural Working Drawings Estimation and Specification

Cricket

learning new softwares

E-CELL NIT TRICHY

Designer

Entrepreneurship Club of NIT Trichy

INT R E S TS Psychology

R OLES PRESIDENT

ASA 2019-20

Book reading

Architecture Student Association, NIT trichy

Travelling

Cultural festival of NIT Trichy

CORE

Nittfest 2017

2018

2019


PROJECT 1 cv


Ashiyana

Residence project

Brief – To design a residence for a family of four/six (grandparents included). The residence should be such that it should have a dedicated space designed based on the profession of the man/woman running the house.


SITE INFORMATION Location: Kovai Mahalingapuram, Coimbatore,

LEGENDS

Area: 2400 sq-ft (60ft X 40ft) Site description: A flat open site inside a colony, surrounded by residential buildings.

CONCEPT The building is designed as considering the climatic condition of area and user activity. As the client is a lawyer, Building has been designed to give a stress-free environment with an interactive living area.

1 Porch 2 Living Area 3 Dining Area 4 Bed room grand parents 5 Kitchen 6 Utility Area 7 Toilet (common) 8 Master Bed Room 9 Children Room 10 Toilet 11 Study Room 12 Work Station 13 Balcony

conceptual sketches

Grand parents Room

Kitchen

Master Bedroom

Grand parents Room

Kitchen

Master Bedroom

Living Room Living Room

Childrens Room

Dining Area Dining Area

Childrens Room

Study room Workout Room Workout Room

Study room

Sectio


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6 9 B

on plane AA’

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3

B’

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B’

11 1 12

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A’

Ground floor plan

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A’

First floor plan

Section plane BB’


exterior view of residence

render with lumion 8 and postprossecing with photoshop

inte


erior view of living space

render with vray and postprossecing by photoshop


D R A W I N G S

1

2

2

3

3

1

2

2

3

3

A

A

A

B

B

B

B

C

C

C

C

UP

UP

LEGEND: SOIL PIPE DRAIN PIPE

D1

UP

D

470

1270

D

D

SEVAGE PIPE

D INSPECTION CHAMBER

3965

INSPECTION CHAMBER

LEGEND:

PRODUCED BY AN AUTODESK STUDEN

A

W O R K I N G

1

Ground floor plan

INSPECTION CHEMBER

Key Plan K Scale - 1:20S

All dimensioA

Submitted By S

Fround floor plan GULLY TRAPE

Site DetailsS

Furniture layout - Residence

Tiruchirappalli, T

18.2 x 12.2 mete 1 222.96 square m 2

Center line C p

Key Plan Scale - 1:200

Sheet Size S -

All dimension in mts

Project Num P

Submitted By -

PRODUCED BY PRODUCED AN AUTODESK BY AN STUDENT AUTODESK VERSION STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

1

N

257

PRODUCED BY PRODUCED AN AUTODESK BY AN STUDENT AUTODESK VERSION STUDENT VERSION

Date - 15/03 D

GYANA RANJAN B. 101116019 VI Semester B.Arch NIT Trichy

Site Details -

Tiruchirappalli, Tamil Nadu

18.2 x 12.2 meters 222.96 square meters

Drawing Num D


NSTUDENT VERSION

N 14493

14493 13263

13263

LEGEND:

300

300

1602

1602

L

Marble Flooring Tiles Brick Wall Marble type 2

3700

UP

UP

10288

1050

10288 944

2642

2642

666

666

Wooden Flooring Tiles RCC

2550

300

300 327 1050

14493

10288 944 1050

2550

14493

Marble Flooring

327 1050

14693

14693

N

10288

10288

NT VERSION

3700

Floor plan finish - Residence Key Plan Scale - 1:200 LEGEND:

14180

All dimension in m Al

14180

0

D1

D1

1270

1129

1129

247 147 242 188 224 210 215 250 196 261 166311 132 350

247 147 242 188 224 210 215 250 196 261 166311 132 350

m DIA . Submitted By 1.5 - GYAN Sub

10111 VI Se

D1

EXHAUST

100

470

UP

UP

D1

D1

D1

D1

D1

405

9982

Ke

Sc LEG

9982 470 1270

100 9982

B.Arc WALL BRA

NIT T

CEILING L

Site Details -

1.5 M TUB

Si

SWITCH B Tiruchirappalli, Tamil Nad Tir GIZER

18.2 x 12.2 meters 18 15 AMP PL 222.96 square meters 22

WITH SWI

3965

5 AMP PLU

3965 5615

5615

SWI FLOOR PLANWITH WIT FL

Sheet Size - A2 Sh 2406

230

2406

14180

Date - 15/03/2019 Da 14180

Electrical layout - Residence

Project Number -Pro 1 Key Plan Key P Scale Scale - 1:200 Drawing NumberDra -5

Allindim All dimension

Subm Submitted By - GY

101 VI S B.A NIT

N

D Site Details Site -

Tiruchi Tiruchirappalli, Tamil N

18.2 x 18.2 x 12.2 meters 222.96 222.96 square meters


PROJECT 2 cv


DISTRICT CENTRAL LIBRARY Brief A public library in Tranquebar. The Library design should be an amalgamation of the Dutch architecture of Tranquebar with the modern library needs.


Site information LOCATION: BHUBANESWAR AREA: 2400 sqft (60ft X 40ft) SITE DESCRIPTION:

public libraries are ‘the local centre of information, making all kinds of knowledge and information readily available to its users on the basis of equality of access for all, regardless of age, race, sex, religion, nationality, language or social status. In a way, they are the libraries of the people, and this results in them being the frontline of all libraries which are most likely to be affected first by changes in information technology.

Concept The concept of the building depended on several facts. Major facts are site location, climate, and local requirements. The shape of the building was decided in considering of sun angle. Sea is an important character of the site. It plays with the mind to create calmness, which helps to increases the learning environment. so the maximum approach is taken to connect users to the environment.

BAY OF BENGAL

As the site is situated near to the Bay of Bengal and surrounded by Dutch style buildings. So design style and materials have been chosen according to that. Tall columns and courtyards are two of the principal style of Dutch architecture. stone and concrete materials are used extensively.

Site view

Sectional plane alon


ng EW side

conceptual sketches

SEA SIGHT


LEGENDS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

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Lobby Tourist area Periodic section Reference section civil service & ce section women & childrens sec. Text book section Documentation Section Book lending Reprographic section Technical Audio video section Computer section Binding section Browsing section Manager’s room Staff’s room PWD room Rest room Store room Courtyard Conference room

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10 20 4

SERVICE ENTRY

16 21

3

18

19

1

2

MAIN ENTRY

Ground floor plan

East Elevation


20

13

12

17

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22

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8

First floor plan

South Elevation

5


RENDER


interior view of library

3d render view of library


PROJECT 3 cv


SKILL DEVELOPMENT TRAINING CENTRE Brief Training center for skill development, exclusively for conducting various training programs for people involve in corporate, administration and academic activity.


Site information Site location- NIT Trichy, Trichy Tanjore road. Site Dimention - 85m X 85m (7225sqm) Builtup area- 3468sqm

Medium and Dense trees, Randomly placed around site. (10 high dense and big trees and rest are medium and low dense trees ).

Concept The conceptual development of this design starts from the site level. To save in situ vegetations, and to generate a unique learning environment, building blocks are connected to each other. So that the workflow of the training centre will be more efficient. Conjunctive Courtyards kept so that there will be a feeling of openness and the creation of a healthy environment. the courtyards can be used as an activity area and learning platform. The auditorium has been designed in such a way that, it can have access from both ground floor and first floor.

Laterite rocks are available around site. Soil is sandy alluvial soil. And beneath it there is a series of rock plate.

4

NEIGHBORHOOD PLACES

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1

7 3 2

1. 2. 3. 4. 5. 6. 7. 8.

Temple Guest house Iiit main building Staff quarter Girls hostel Nitt vehicle garage OHT (over headed tank) Directors residence

Section along NS side


To save vegetation on site blocks have been arranged such a way

Courtyard

consecutive courtyards to get openness and cool environment

Auditorium stage


MAIN ENTRY

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6

3

SERVICE ENTRY

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2

16 5 11

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13 17

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22 18 14

16

1

22

Legends 1.

Lobby with Reception Counter

6.

Staff toilet

2.

lounge space

7.

Workshop house

3.

Manager’s room

8.

Multipurpose open space

4.

Office room

9.

Audio Visual Room

5.

Trainer’s room

10. Cafeteria


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19

20 20

19

22

10

15

14

22

11. Courtyard

16. General Store

12. Conference Room

17. Kitchen

13. Library

18. Caretaker’s room

14. Dormitory (men and women)

19. Lecture Hall

15. Suites

20. aComputer Section



indoor view of first floor

outdoor entrance of hostel


indoor view of consecutive courtyards

Out door view of Training centre


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photoshoped image


cv

Thanjavur, a South Indian city from Tamil Nadu, is an important center of religion, heritage, culture, art and architecture. The city is an important agricultural center due to the Cauvery delta.Home to UNESCO World Heritage sites and ASI sites, it boasts various indigeneous arts and craftforms. Owing to its rich heritage, culture and unique craftworks, it is an important tourism center. The tertiary sector forms the backbone of its economy, with 92% of the total workforce.

DESTECH 17-18

PROJECT 4

THANJAVUR : TOWARDS TECHNOPOLIS

BRIEF

01

Envision a future where...the submission of planning application is streamlined and digitised and geared towards increasing transperency.

02

Envision a future where... authorities are able to forecast the effect that new and upcoming developments will have on quality of life for local communities and better plan for physical and social infrastructure through creative use of city data.

03

Envision a future where...we effectively engage with citizens to better plan our cities and use technology as an enabler of this process.

Award-special mention [ group work of 3 ]

P

An online portal in the City’s Intranet digitize the process and connect the approval, allowing quicker feedback to the proposal. This will help streamline the refinemen

Moreover, this digital platform will ma proved application transparent to p the public can partake in the plan issues. By taking the people into c holistic approach.

This platform also provides t mentation of the proposed ability to monitor and sc transparency will he the project imple duration to

P

SIG

For a smart city to function well, there should be awareness of the digital era and its features. This would encourage the citizens to advance technologically to the future. This can be done through a city development exhibition center. It will not only showcase the technology developed around the world, but also the development of the city

[People-Governm

@

... ?

Govern & Citize Particip

PGIS interface provides a platform for the pe their complaints, feedback and grievances message, text message or email. The system issues to the respective departments/ gov o ver, the system will show the progress in add input, providing transparency and liability. T and tourists alike.

Due to automation and mass production, the market for the traditional handicrafts of Thanjavur has declined; leaving the artisans searching for new jobs in and out of the city. The e-commerce Thanjavur artisan market portal could provide the necessary marketing platform to a larger consumer base locally or at a larger level. This not only gives the artisans employment in the onLike line era but also preserves the PGIS provides traditional arts. additional employment via call/help centers, IT sector, portal/platform managers, these e-commerce portals would also provide employment for deliverers, web designers, data and stock managers. Thanjavur Artisan Market

24x7

The city’s primary network system must be pedestrian and cycling paths, encouraging low carbon footprint, and promote use of buses and carpooling on major roads.

Employmen

An online employment hub to mediate between the customer and the service provider.

Major roads have regular road for motorized vehicles, track for cyclists and pedestrian pathways


Smart metering for electricity and water supply, will send data directly to local grid through wireless transmisunits water xx sion and display the bill on electricity xx smartphones in daily usage date xx-xx-xx basis/real time. Smart Meter will consume very less resources and encourage people to be more resource effective as well.

PGIS

ment Interactive System]

RO treatment plant to provide drinking water for the city.

for submission of planning applications will various officials and consultants for analysis and ks to make the needed changes/improvements

ake the process, the progress and the appublic and open to their feedbacks. Hence, nning decision by posting their opinions and consideration the application, now has a

the update on the progress of impled project, giving the citizens the crutinize its development. This elp in reducing any sleaze in ementation and time o do so.

server

nance en pation

The Future Smart City Has Household LAN service and WiFi at Public Spaces and its own Intranet Services.

eople to put forward via letter, voice call/ m will forward your official bodies.Moreodressing your problem/ This benefits the locals

PV Grid System -Supplies energy to loads at the point of generation -Exports power when there is excess energy -Allows the import of energy if there is a shortfall

Energy and Resource Efficiency

nt process for the final submission of the project.

Tourism 1. One way to increase the economic growth in tourist sector is to diversify the tourism services offered like- Heritage tourism, Agriculture tourism, Sericulture tourism, Craft tourism, etc. 2. Providing a heritage map with multi-lingual audio guide app, will ease the tourists and in stays, by bridging the language barriers and providing a sense of self-dependence. 3. Hosting Cultural and Arts festivals periodically in the city, will boost the popularity of the city as a tourist destination whilst promoting and propagating their traditional arts and crafts.

Health & Education

nt In Smart education, the classroom learning experience is enriched with technological-aided resources that caters to the intuition, curiosity and imagination of the students.

Tele medical care provides an online interface between patients and doctors/nurses for providing very basic checkup, consultation and getting appointments.

Transportation & Traffic Management Wireless sensor based vehicular parking system would save the time lost in finding a parking lot. Vehicular communication systems would effectively reduce accidents. And ambulances or fire brigades can use this system to alert all the vehicles on the road ahead of their arrival and hence the lane can be cleared.

Create an interface for various professionals and experts in various fields like biology, agriculture, urban developers, industrialists, engineers, economists, architects, and policy makers to work together to bring better progress towards sustainable development, economy and environment.

Hydro pneumatic pumping arrangement and Water mapping unit should be there in every home, to analyze their usages and wastage and help in providing the adequate supply according people’s living standards and HYDRO PNEUMATIC PUMP behaviors as per data collected over time.

mechanized underground drainage system

1. Create an interactive platform for all to come up with innovative ideas and solutions to tackle various aspects of development, wastes&pollution(to reduce, reuse or eradicate it). This platform will not only be to put forth ideas, but to bring people together to test it, and finally bring it to use in the city. Waste 2.A mechanized underground drainage system Management 3.Digitally Aided waste/garbage collection 4.Solid waste treatment 5.Establishing biogas plants would provide biogas as energy fuel and fertilizers for agriculture, upon which 7% of the economy depends on. An “SOS” GPS signal be made available to all, to provide the most efficient With help as quick the digSecurity as possible. itization of all the data & SOS and services, Surveillance the will be a rise in cybercrime. To root out their possibility, cybersecurity is to Accordbe enforced. ing to the 2011 cenTo maximize sus, half of the city’s streets on the security of had no lighting. Smart street lights The the city, the street will provide automated lighting whilst intelligent traffic lamps can be fitted with energy efficient. The brightness sensor will management system has human motion detection detect the level of daylight and on/off or dim vehicle detection for collecting and tracking video surthe LED lamps. The motion sensor on detecting real time data via monitoring of veillance cameras. human or vehicles will increase the brightness of the vehicular density and traffic flow the led lamps, and the analysis. They are communication module programed to change will transfer this data to the lights in response the nearby lamps as well. to the vehicular traffic Hence, it always appears to provide a smooth as though the streets flow, and are linked with emergency service vehicles are always lit. to ensure their faster service.

Provision of a real-time map, that shows the nearest bus services and the traffic in the roads.

D e s Te c h C h a l l e n g e 2 0 1 7 Name of University/ College Z603 -NATIONAL INSTITUTE OF TECHNOLOGY , TIRUCHIRAPPALLI

Reciever

public transportation

Name of Participants Daniel Selvaraj Pramod K L Gyana Ranjan


PROJECT 5

cv

Ekanta

Many Lives , One Lifestyle Objective To develop sustainable and affordable housing through quality design and use of green building materials and emerging construction methods that especially address the growing demand for affordable housing. Site-Sites in close vicinity to public transportation. chennai A Group Project



MIG

ZONING EWS + LIG

Building arranged in a manner to trap maximum wind with open space in the front

Building space divided into MIG apartments and EWS LIG mixed community.

Open space divided into Recreational and Commercial Space. Cinema Hall

College

Hospital Post Office

Protruding arrangment of the EWS and LIG community to catch more wind inside the lanes

EWS and LIG arranged in a mixed manner to enhance interaction . Central open space for leisure and community interaction

Hospital

School Police Station

11.5 km

4.7 km

15.8 KM

SITE Plan EWS LIG MIG Vehicular Path Pedestrian Path GREY WATER TREATMENT

BIOGAS PLANT

RAIN WATER HARVESTING

WATER TANK

2000: Emergence of slum Mettukuppam due to bifur of vendors at Koyambedu

SECURITY ROOM

TEMPLE OPEN GYM CUM PARK

PLAY AREA

PLAYGROUND

POND

AANGANWADI

GARBAGE COLLECTOR ELECTRICAL TRANSFORMER AND CONTROL UNIT

PRIMARY HEALTH CARE

Total EWS Modules = 42 Total LIG Modules = 42

RATION SHOP

COMMUNITY HALL

Total MIG Modules = 36 Total Households Built = 120

COMMERCIAL COMPLEX

2012: Development includ Residences and roadways noticed on north side of th


DINING

BEDROO

LIVING

BALCO

TOILET

LIVING

BEDROOM 1

BEDROOM

TOILET

WASH

BALCONY

BEDROOM

DINING

KITCHEN

ding s he site

BEDROOM

BEDROOM 2

at rcation

WASH

KITCHEN TOILET

HIG MODULE

2008: Expansion of slum Settlement towards West side of the site

2017: Drastic increase in the dwelling units onsite and expansion of roads on all sides of the site.

LIVING BALCONY

BATH

LIG MODULE

BEDROOM

MIG MODULE

BEDROOM


PROJECT 6 cv


VIBRANT RIVERFRONT The overarching design objective should be to engage with the river for enhanced activity and vitality that will create vibrant space for multiple activities including commerce and leisure without compromising the bio-diversity andother environmental concerns and would contribute to: •

 Easy access to the river

 City image and distinctive character as well as pride of the residents

 Space for play and other recreational activities for people across different age-groups including safe space for children and old people

 Improved aesthetics

 Add to economic vibrancy of the region by providing space and promoting diverse and appropriate commercial activities.

Award- Jury’s Choice A Group Project


SITE

CHRONOLOGICAL AND MORP LOGICAL DEVELOPMENT

SITE CONDITIONS

Annanagar (Right Bank) 95600m2, 2.53km Arumbakkam (Left Bank) 107600m2, 2.53km

Initial stage of the river, where navigation, trading and fishing were practised. Sewage Entry

Graveyard

ZONE 1

More settlements along the bank, width of the river reduced

Aminjikarai 107200m2, 2.89km Less Water

WHY 16kms?

Nungambakkam (Right Bank) 12700m2, 2.68km Chetpet(Left Bank) 36000m2, 2.68km

The entire stretch of 16 kms was chosen as part of the site as it falls under the corporation of Chennai, where the river gets most polluted. Moreover, for the effort to come to fruition, the entire stretch has to be acted upon so that the river does not get polluted anywhere.

Flora and Fauna

The Cooum meanders through all the major parts of the city, almost unnoticed. Due to extensive urbanisation as well as the reduction in the river’s width, it now lies at a much lower level than the rest of the city; and is barely visible from the road due to the dense building constructions around it. Owing to extensive pollution, the river is now known for its bad odour.

Settlements expanded with other developments as well

Despite the disastrous effects endured due to frequent flooding, and the diseases that inevitably follow, people continue to live in slums along the banks. Rented shops along the banks were clumsily constructed with insufficient space, and were unable to withstand the floods. Also, the shop owners were given a notice to vacate the space for construction of a new expressway.

Increased industrial discharge and decreased river width ceased water navigation

ZONE 2 Egmore 56300m2, 2.4km

Traffic

Under the Bridge

Domestic sewage alongwith factory discharge

Chintadripet 67000m2, 2.48km Park Town 212000m2, 3.06km

Highly polluted river with continued release of untreated sewage and factory effluents

Triplicane 35700m2, 1.11km

ZONE 3

Slums

Solid Waste


PHO-

EN

T

city’s connectivity.

NA AI

DRAINAG BLE E

SY T h e riverfront is the edge between the city and the river, and can be effectively used to collect surface runoff, treat it, and store it for non-potable uses. The buildings along the site will harvest rainwater. Bioretention tanks, swales, infiltration channels and treatment systems can harness surface runoff water. The water collected can be integrated with public amenities to enhance the liveliness of the space. Moreover the various plazas and amphitheatres are designed to act as catchment tanks during rains. This will also help in preventing damage caused by floods .

CIAL EQUIT Y SO

closer together.

M

BIO

TIC RECYC LIN T h e

developmental models in nature use wastes from one particular system as raw materials for another system, so that extra energy is not expended in processing wastes.Thus the systems develop a symbiotic dependence on each other and the wastes produced are recycled within the model. This is called Symbiotic

G

P e o p le from all over the country come to Chennai, in search of better jobs and better lives. Despite this diversity, the interactions between these people are minimal. Our riverfront design will act as a platform for cultural pluralism. It will be a place where different cultures are respected and explored with an open mind. The design thereby promotes secularism and acceptance, bringing people

SY

YC L

T h e entire stretch of the riverfront design will have a structured cycling track to increase mobility in a sustainable manner. With placement of cycle stands close to public transportation spots, people will be encouraged to cycle, as these are easier to navigate through the congested streets of Chennai. As the Cooum passes through many major areas, the cycling track increases the

SU ST

O

PM

B IC

TED DEV IEN EL

EM ST

E

OR

recycling.


Scale: 1:17000 Entry points

Landmarks and Amenities

Pedestrian Bridges

Transportation

Roadways

Existing Landuse

Proposed Expressway

Population Density

Z O N E

1 - Meditation Centre

1

5 - Food Street

CRZ Zone 4 - Commercial Complex

Sewage Outlets

2 - Cultural Centre

3 - Plaza


Z O N E

1 - Housing

2

Z O N E

5 - Light and Water Show

3

1 - Handicrafts Street

2 - Resort

6 - Sangam Pavilion

8 - Dock Restaurant

5 - Student Activity Centre


SUSTAINABLE URBAN DRAINAGE SYSTEMS • As a city that finds itself scarce of water very often, Chennai will benefit immensely if the surface runoff water collected from rooftops and roads is saved. • The city receives up to 1260 mm of rainfall every year, and yet most of it is let out into the river. • The emergence of the availability, quality, and sustainability of drinking water in Chennai is a serious concern for policymakers. By effectively capturing rainwater, the people of Chennai could satisfy most of their water demands.

• The river acts as a major channel to effectively carry the surface runoff water to the sea, but due to the pollutants present in the land, the quality of surface runoff water is affected as it joins the Cooum, further affecting the already polluted river. • A better stormwater drainage system throughout the city would help in navigating the water to the river without causing much damage to the riverfront.

Upper geotextile

Porous permeable layers

Max water level 20 year return period

During average rainfall in a monsoon

Permeable foundation

During dry periods

Perforated drainage pipe Lower geotextile Subgrade

Permeable Pavers

Water Channels

Catchment Tanks The tanks help in storing the surface run off water during rainfalls apart from acting as a plaza/ amphitheatre during dry seasons .

Maximum Water level Root Barrier Vegetation

Waterproof Membrane

Wetland top soil L

Filter Fabric Drainage Layer

Wetland Plants

Wetland Plants

Perforated Pipes that carry the surface run off water

Roof Deck

Green Roofs above building to

Rain Water Harvesting Tank

Minimum Water level

Pond liner

Substrate

make it more eco-friendly

1:3 side sloped grass to prevent erosion

Retention Pond

Excess water passes to the storm water drain

Outfall into the River

During monsoon periods


“Ask not what your country can do for you; ask what you can do for your country.� - John F. Kennedy

Civil responsibility is the cornerstone for any progressive development in society. This project aims to invoke this sense of responsibility in the citizens by directing attention to the problem, creating awareness, and through its very design. It will serve as an example of an efficient Utopian society, and this model can be duplicated in other places to further incorporate these values for better development. The development of a space such as the riverfront will put Chennai on the fast track to future positive developments in the city, elevating its status and well being.

More people will be encouraged to invest their time and energy in maintaining and improving the city for the better. Considering that Chennai’s rapid urbanisation was extremely short sighted, without proper breathing spaces in between the concrete structures, the development of the riverfront will be a refreshing place accessible to people from all walks of life. Including more green spaces in the city will increase the quality of living of the people, and improve the environment and ecology of the place.

Moreover, any major project such as this one, will also drastically improve the progress of the city, in an economical, and social way. With this design, Chennai will be put on the fast track to progress and it will rise in status to bigger heights in the country. With the current state of environmental degradation, it has become imperative to design positively impacting creations, rather than just self-sustaining ones. The renewal of Cooum and the riverfront project will serve as a beacon of hope for cities and rivers everywhere, helping the country progress environmentally, one river at a time.

AFTER

BEFORE

edited in Photoshop


A R T

W O R K

M I S C E L L A N E O U S

W O R K



D I G I T A L

M I S C E L L A N E O U S

Art work

Art work Art work

W O R K


Logo design

Art work

Minimal poster design


W O R K R E N D E R

M I S C E L L A N E O U S

promenade design

promenade night render

facade design

dynamic staircase

prom


menade night render


M O D E L

M A K I N G

M I S C E L L A N E O U S

M

W O R K


Model making studio work

Model making studio work

Block model of Training centre


T h a n k

y o u

grb01.nitt@gmail.com 8480929377


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