Centre for Coral Reef Conservation and Research , Final year Architectural Thesis

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

“The ambition for this project is to create a beacon for environmental awareness – A centre of hope, learning and wonder.”

Conservation of coral reef Solving global and local problem in single project.

N JAFFAR SATHIK 811916251014 Guided by , Ar MULLAIMANALAN M.A.M SCHOOL OF ARCHITECTURE , TRICHY , INDIA

WHY Coral Reef Conservation ........?

WHERE are Coral Reef Location.........?

Healthy coral reefs are among the most biologically diverse, culturally significant, and economically valuable ecosystems on Earth. They provide billions of dollars in food, jobs, recreational opportunities, coastal protection, and other important goods and services to people around the world.

Coral reefs are found in more than 100 countries around the world. Most reefs are located between the Tropics of Cancer and Capricorn, in the Pacific Ocean, the Indian Ocean, the Caribbean Sea, the Red Sea, and the Persian Gulf. Corals are also found farther from the equator in places where warm currents flow out of the tropics, such as in Florida and southern Japan. Worldwide, coral reefs cover an estimated 110,000 square miles (284,300 square kilometers).

Coral reefs face an increasing number of threats, including pollution, unsustainable fishing practices, and global climate change. According to the Word Resource Institute, more than 60 percent of the world’s reefs are under threat from local stressors, like fishing and land-based pollution. That number jumps to 75 percent when local threats to reefs are combined with the threat of thermal stress from a changing climate. As a result, in the U.S. 22 species of coral are now listed as threatened under the Endangered Species Act. Given their incredible value, it is now more important than ever to address and reverse the threats impacting coral reef ecosystems.

THE MODERNISATION As modernization is taking place throughout the whole world it has been clearly visible that how it has worked in global context as metropolitan cities are developing day to day because of which global temperature raising is happening which is making the scenario even more worse.

The cities around the world are experiencing different ways of living. The growth and the development of cities along with various social changes have enormously increased the complexity.

Coral reef locations around the world

CRISIS IN

CORAL LIFE

Coral bleaching events have been increasing in frequency and severity over time.

THE EFFECTS

Conservation status of the world’s reef building coral

CORAL DISAPPEARANCE

1% Critically endangered 3% Endangered 20% Near threatened 23% Vulnerable 30% Least concern 18% Stable

FOOD SUPPLY

1 billion people rely on coral reefs for the food they provide.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

ECONOMIC IMPACT

Reefs generate $36 billion dollars and create millions of jobs in the tourism sector alone.

NATURAL PROTECTION

Healthy corals protect our coastlines from tsunamis, hurricanes, and floods.

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WHY in Gulf of Mannar .....?

454.67

8.25

130

SITE LOCATIONS - Sea Salt harvesting, Keela Arasadi, Tuticorin,Tamil Nadu - Vaan island ,Gulf of mannar

58.83

36.7

SITE 64.04

Two islands in the Gulf of Mannar islands have drowned. The state government and two institutes now have a plan to keep 19 others from facing a similar fate.

399.47

According to the SDMRI, the Vaan island shrunk from 16 hectares in 1986 to 2.5 hectares in 2014.

In 2017, the SDMRI released another statement: that Vaan island had grown by 2.24 hectares in the low tide and by 1.8 hectares on average between December 2015 and August 2016. The intervention was working.

74.97 29.52

SITE - 1 SITE - 1

The reefs are the marine eco systems that maintain the balance of the oceans, land and sea life Sea Salt harvesting, Keela Arasadi, Tuticorin,Tamil Nadu that depend on the sea for living.

Coordinates : 8.83830, 78.21027 Coral reef are one of the part of marine biodiversity if it lost the whole marine biodiversity will affect.

ISLAND

SITE - 2

5

64.8

30

Depth of the water in that area is about 3M to 4 M.

SITE

Vaan island ,Gulf of mannar Coordinates : 8.83830, 78.21027

VHAN ISLAN

Map showing distribution of coral reef around Vaan Island

ISLAND

(CC- Coral Cover, DCA- Dead Coral with Algae and DC-Dead Coral)

The ground vegetation has halophytic herbs, creepers and grasses. About ¼ area of this island has 85

already become submerged due to the removal of coral reefs. The heavy biotic interference due

64.

30

to its nearness to Tuticorin town and nearby villages and frequent fires caused by fisherman is the main reason for degradation of this islands biodiversity. There are a few depressions on this island and the mangrove species are absent. The open area of this island has been planted with Thesp-

SITE

esia, Pungan, Neem, Delonix alata with 35% survival.

Coral Cover (CC) and Dead Coral with Algae (DCA) -3.05 Km2 and Dead Coral (DC) - 1.77Km2.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

Distance between Site 1 & site 2 - 0.47 km

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

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CONCEPT Design

FUNCTION

FREE FLOW

AESTHETIC

FLOW & CONNECTIVITY

Admin Entry

Staff residence

Admin

Reception

Bio Bank

Exibition Cafe Gift shop

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

Play area

SITE - 2 Island Energy & Engine room

Scuba Training

Auditorium

Public Entry

SITE - 1 Sea shore

Boat house

Main lab

Aquarium

FLOW BETWEEN THE SITES

Training labs

Class room

Main lab

Boat house

Boat house

Cultivation platform

Students Entry

Satellite platform

Canteen

Lab & Observatory Hostel

Satellite platform

Sleeping units

Hostel Entry

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

4/22

Satellite Platform Satellite Platform

SITE -1 Sea Salt harvesting, Keela Arasadi, Tuticorin,Tamil Nadu

SITE -2 Vaan island ,Gulf of mannar

0.47 Km

Satellite Platform

Satellite Platform

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

Satellite Platform

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

5/22

CORAL PLATFORM

LAB & OBSERVATORY SLEEPING PODS

BIO ROCK

MINERAL ACCRETION TECHNOLOGY CORAL PLATFORM

• Also called ‘Biorock Technology’, it is a method that applies safe, low voltage electrical currents through seawater, causing dissolved minerals to crystallize on structures, growing into a white limestone (CaCo3) similar to that which naturally makes up coral reefs and tropical white sand beaches.

• Biorock, also known as Seacrete or Seament, refers to the substance formed by electro-accumulation of minerals dissolved in seawater.

• The formed material has a strength similar to concrete. It can be used to make robust artificial reefs on which corals grow at very rapid rates.

• Fragments of broken corals are tied to the biorock structure, where they are able to grow at least four to six times faster than their actual growth as they need not spend their energy in building their own calcium carbonate skeletons.

• The technology also helps corals, including the highly sensitive branching corals, to counter the threats posed by global warming.

SCUBA DIVING PLATFORM

PLAN

0

1

2

4

WORKING • The technology works by passing a small amount of electrical current through electrodes in the water.

• When a positively charged anode and negatively charged cathode are placed on the seafloor, with an electric current flowing between them, calcium ions combine with carbonate ions and adhere to the structure (cathode).

This results in calcium carbonate formation (CaCo3).

• Coral larvae adhere to the CaCO3 and grow quickly.

• Biorock projects can be powered by a wide range of electrical sources including renewable energy like windmills, photovoltaic solar panels and tidal current generators. This enables their construction in areas where conventional electric power is unavailable.

• The mineral accretion process was first developed by architect Wolf Hilbertz in 1976 in order to provide alternative construction materials. He and Tom Goreau of the Global Coral Reef Alliance later developed its use for reef restoration and shore protection.

LAB

OBSERVATORY BIO ROCK

USE OF TECHNOLOGY IN INDIA • A biorock structure was installed one nautical mile off the `Mithapur coast in the Gulf of Kachchh on 19th January, 2020. The scientists have used solar panels for power in this case.

• The calcification (conversion into calcium carbonate) has started but real success will come when attached and new organisms (corals) start grow faster.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

SECTION

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

6/22

SITE - 2 CONCEPT

Bio Rock

+

Scuba Zone

Bio Rock Coral platform

Boat Area Mangroves

Combining the most sable shape in an unstable surface

Resulting stable coral platform in the surface of the ocean

PLAN

CULTIVATION PLATFORM

Shows the process & idea about cultivation platform

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

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TOTAL PLOT COVERAGE – 15243 SQ M TOTAL BUILT UP AREA – 27023.66 SQ M PERMISSIBLE FSI INSTITUTION ZONE

PUBLIC ZONE

ACHIEVED FSI

-

2 .75

TOTAL SITE AREA - 55463.02 SQ M 3 4

12

13

6

2

5 1

14

15

9 7

10

11

1

1

1 16

12

1

17

2

3

1

9

5 11

1 16

Exoskeleton & the Skin

1

ENTRY

2 3 4

AQUARIUM & EXIBITION

5

AUDITORIUM

6

GREEN BELT TO SEPATARE THE PUBLIC AND INSTITUTIONAL ZONE

7

WALK WAY AT THE HEIGHT OF 4M WHICH CONNECTS ALL THE MAIN BUILDI

8

SERVICES

9

HOSTAL FOR 350 STUDENTS

BIO BANK & MAIN LAB ADMIN BLOCK

10

CANTEEN

11

GYM

12 13 14

RESIDENSIAL AREA

15

SCUBA TRAINING

16

BOAT HOUSE LEADS TO THE SITE 2

M.A.M SCHOOL OF ARCHITECTURE

Concrete structure

Green & vegetation that controls air flow

Connectivity b\w the buildings

GAME ZONE INSTITUTION

SITE PLAN & MASTER PLAN

JAFFAR SATHIK N 811916251014

Walk way at 4 m height

EXPLODED VIEWS

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

8/22

AQUARIUM , LAB, EXHIBITION & BIO BANK AQUARIUM , LAB , EXHIBITION & BIO BANK

A’

Aquarium building consist of 4 wings .

Three wings has divided into 3 Aquarium, • Costal • Deep sea • Mangrove

BIO BANK 500 SQ M

The 4th wing serves the purpose of services & café kitchen Exhibition is in the 1 floor which holds the awareness posters, real coral bleaches specimens and dead specimens there.

The main lab and the bio bank are located in first bio bank building The Bio bank will aim to keep alive and nurture over 800 to 1000 species of the world’s hard corals.

First floor of the building has a people viewing area from the people can indirectly view the process.

First of the bio bank building and the exhibition is connected through a walk wa ,below that 60 to 70 setting were provide for the café .

Bio bank and main lab are directly connected, so it can easily viewed and maintained

QUARANTINE 20 SQ M

DRY LAB 50 SQ M

TOILET 50SQ M

WET LAB 230 SQ M

OPERATIONAL STAFF OFFICE 43 SQ M STORAGE 20 SQ M

ADMIN

LIFE SUPPORT & MECHANICAL ROOM 90 SQ M

DIRECTOR OFFICE 20 SQ M

GIFT SHOP 40sq m JANITOR

TOILET

TOILET

CAFE

SERVING AREA

MEDIA EDITING SUITE 20SQ M

KITCHEN 10SQ M AHU 15sq m

AQ TA UARIU NK M

+.5M LVL

ADMIN

TICKETING

COUNT

ER

LIFE

SUPP OR

T

STORAGE 10sq m SERVER ROOM 25sq m

+.15M LVL

GROUND FLOOR

QUARANTINE

Y

TR EN

AQUARIUM 800 sq m

+.3M LVL

INFORMA

TION DES

AQUARIUM TANK

K

A’ AQUARIUM 800 sq m

AQUARIUM 800 sq m

QU

ARA

QU

ARA

NTIN

E

Built up area for Aquarium - 2167.26 Sq m Ground floor -1083.63 Sq m First floor -1083.63 Sq m Built up area for Main lab –2860 Sq m Ground floor -1430 Sq m First floor -1430 Sq m

AQUARIUM TANK

NTIN

E

AQUARIUM TANK

LIFE SUPPOR

T

BOARD ROOM

A

EXHIBITION 350 sq M

ELECTRICAL ROOM 33 sq M

EQUIPMENT SERVICE 43 Sq M

AHU 40 sq M

FEMALE TOILET 25 sq M

MALE TOILET 25 sq M

+4M LVL

LV SWITCH ROOM

EXHIBITION 900 sq M

FIRST FLOOR

EXHIBITION 900 sq M

ENTRY

EXHIBITION 900 sq M

View toward Aquarium,cafe & Bio bank A JAFFAR SATHIK N 811916251014

0 1

2

4

6

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

M.A.M SCHOOL OF ARCHITECTURE

FLOOR PLAN at 1 : 350

CENTRE FOR CORAL REEF

Guided By Ar MULLAI MANALAN M.A.M School of Architecture Trichy , Tamil nadu , India

9/22

AQUARIUM , LAB , EXHIBITION FLOW& BIO BANK

A’

People flow

BIO BANK 500 SQ M

+7.5m

QUARANTINE 20 SQ M

Staff flow

DRY LAB 50 SQ M

+4m

TOILET 50SQ M

WET LAB 230 SQ M

b

Main la OPERATIONAL STAFF OFFICE 43 SQ M

+.5m GL

STORAGE 20 SQ M

ADMIN

LIFE SUPPORT & MECHANICAL ROOM 90 SQ M

DIRECTOR OFFICE 20 SQ M

GIFT SHOP 40sq m JANITOR

TOILET

TOILET

n

Exibitio

CAFE

um

Aquari

SERVING AREA

MEDIA EDITING SUITE 20SQ M

KITCHEN 10SQ M AHU 15sq m

AQ TA UARIU NK M

+.5M LVL

GROUNG FLOOR

ADMIN

TICKETING

COUNT

ER

LIFE

SUPP OR

T

STORAGE 10sq m SERVER ROOM 25sq m

+.15M LVL

SECTION AA’

GROUND FLOOR

QUARANTINE

Y

TR EN

AQUARIUM 800 sq m

+.3M LVL

INFORMA

TION DES

AQUARIUM TANK

K

A’

AQUARIUM 800 sq m

AQUARIUM 800 sq m

QU

ARA

QU

ARA

NTIN

E

AQUARIUM TANK

NTIN

E

AQUARIUM TANK

LIFE SUPPOR

T

BOARD ROOM

A

EXHIBITION 350 sq M

ELECTRICAL ROOM 33 sq M

EQUIPMENT SERVICE 43 Sq M

AHU 40 sq M

FEMALE TOILET 25 sq M

MALE TOILET 25 sq M

+4M LVL

LV SWITCH ROOM

EXHIBITION 900 sq M

FIRST FLOOR

FIRST FLOOR

EXHIBITION 900 sq M

INTERIOR

EXHIBITION 900 sq M

Glimpse of Bio bank 0 1

2

4

6

A

JAFFAR SATHIK N 811916251014

FLOOR PLAN M.A.M SCHOOL OF ARCHITECTURE CENTRE FOR CORAL REEF CONSERVATION RESEARCH

at 1 : 350

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

Guided By Ar MULLAI MANALAN M.A.M School of Architecture Trichy , Tamil nadu , India

1

10/22

AERIAL VIEW

For the whole concervation centre

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

11/22

ADMIN BLOCK

LOCK

R CORAL REEF ON RESEARCH

VICE PRINCIPAL ROOM 60sq m

PRINCIPAL ROOM 60sq m TOILET 50SQM

TOILET 50SQM

+2.6M LVL

ACCOUNT OFFICE 150sq m

ADMIN OFFICE 150sq m

B’ 00M LVL

+.5M LVL

ENTRY

B

GROUND FLOOR

PEDESTRIAN WALKWAY

Shows the intraction between the people at 4m height.

CONFERENCE ROOM 55 sq m

CONFERENCE ROOM 55 sq m

STAFF DINING

BUILT UP AREA FOR ADMIN BLOCK -

+4M LVL +4M LVL

1550 Sq m

+4M LVL

+2.6M LVL

VICE CHANCELOR ROOM 150 sq m

B’

DIRECTOR ROOM 150sq m

GROUND FLOOR -

775 Sq m

FIRST FLOOR -

775 Sq m

• Admin block has the feature of courtyard building which helps to drive the air into the building.

• Admin block manage and maintain the both public zone & the institutional zone.

STORE ROOM 30 sq m

+4M LVL

+4M LVL

B

2

4

+7.5m

• The pedestrian walkway at the height 4m connects the admin block at the centre of the site location.

+4m

• Flow of the pedestrian which from inside of the block to register The specimens from the site 2 (coral platform) & to control the flow of unwanted entries in to main lab and bionbank.

FIRST FLOOR 0 1

• This block has a separate car parking for the people who are working there & for the people visiting there office.

SECTION BB’

GL

6

JAFFAR SATHIK N 811916251014

M.A.M SCHOOL FLOOR PLAN at OF1ARCHITECTURE : 225

+.5m

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

Guided By Ar MULLAI MANALAN M.A.M School of Architecture Trichy , Tamil nadu , India

2

12/22

AUDITORIUM

DITORIUM DITORIUM

ROOM 2 15 sq m

ROOM 1 15 sq m

C’

ROOM 2 15 sq m

ROOM 1 15 sq m STAGE +.6M

STAGE +.6M

SEATING AREA FOR 400 PEOPLE 300 Sq M

SEATING AREA FOR 400 PEOPLE 300 Sq M

C

SERVICES 27 sq m

SERVICES 27 sq m

SERVICES 27 sq m

SERVICES 27 sq m

TOILET 45 Sq M

TOILET 45 Sq M

TOILET 45 Sq M

TOILET 45 Sq M

GROUND FLOOR GROUND FLOOR

ADMINSTRATION ENTRANCE

Shows the green barrier which seperates residencial zone form others.

ROOM 3 20 sq m

ROOM 4 20 sq m

ROOM 3 20 sq m

ROOM 4 20 sq m

C’

STAGE

STAGE SEATING AREA FOR 400 PEOPLE 300 Sq M

SEATING AREA FOR 400 PEOPLE 300 Sq M

BUILD UP AREA FOR AUDITORIUM –

1380 Sq m

GROUND FLOOR -

690 Sq m

FIRST FLOOR -

690 Sq m

SECTION CC’

• Auditorium is a closed structure with a capacity of 420 seating’s.

C

• Students, researches, admin people & common public can also have the access to auditorium ground level and from the pedestrian walkway level.

STORE ROOM 10SQ M STORE ROOM 10SQ M

STORE ROOM 10SQ M

PROJECTOR ROOM

FIRST FLOOR

STORE ROOM 10SQ M

PROJECTOR ROOM

• Auditorium has 4 room, 2 of them in the ground floor& 2 of them in them in the ground floor.

FIRST FLOOR

• There is a separate entry for guest with a waiting lounge.

+8.5m +5.5m +4m +.3m GL

• It has a separate car parking in front.

FLOOR PLAN at 1 : 150 CENTRE FOR CORAL REEF FLOOR PLAN CONSERVATION RESEARCH JAFFAR SATHIK N THOOTHUKUDI ,TAMILCORAL NADU , INDIA CENTRE FOR REEF CONSERVATION RESEARCH 811916251014 THOOTHUKUDI ,TAMIL NADU , INDIA

at 1 : 150

M.A.M SCHOOL OF ARCHITECTURE

0 1

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Guided By Ar MULLAI MANALAN M.A.M School of Architecture Guided

By Ar MULLAI MANALAN Trichy , Tamil nadu , India M.A.M School of Architecture Trichy , Tamil nadu , India

3 3 CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

13/22

INSTITUTION ENTRANCE

View from entry towards the institution.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

14/22

INSTITUTION SCUBA TRAINING

UTION & SCUBA NING

TOILET 45 SQ M

TOILET 45 SQ M

CLASS ROOM 40 Sq M

TOILET 45 SQ M

TOILET 45 SQ M

CLASS ROOM 40 Sq M

CLASS ROOM 45 Sq M

CLASS ROOM 45 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

EQUIPMENT STORAGE 40 Sq M

EQUIPMENT STORAGE 40 Sq M

CLASS ROOM 40 Sq M

SCUBA ADMIN 40 Sq M CLASS ROOM 40 Sq M

SCUBA ADMIN 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M DEEP SWIMMING POOL 160 SQ M STAFF ROOM 40Sq m

STAFF ROOM 40Sq m

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

DEEP SWIMMING POOL 160 SQ M

0 M LVL +.5 M LVL

0 M LVL

TOILET & CHANGE 45 SQ M

+.5 M LVL

ADMIN 60 Sq M

ADMIN 60 Sq M

ENTRY

TOILET & CHANGE 45 SQ M

TOILET & CHANGE 45 SQ M TOILET & CHANGE 45 SQ M

+.5 M LVL

ENTRY

STUDENT LOUNGE 85 SQ M +.5 M LVL

STUDENT LOUNGE 85 SQ M ELECTRICAL ROOM

ELECTRICAL ROOM

CLASS ROOM 40 Sq M

SALLOW SWIMMING POOL 360 Sq M CLASS ROOM 40 Sq M

G POOL

D’

CLASS ROOM 45 Sq M

CLASS ROOM 45 Sq M CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

GROUND FLOOR GROUND FLOOR

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

CLASS ROOM 40 Sq M

LIBRARY & READING AREA 90 Sq m

CLASS ROOM LIBRARY & READING AREA 90 Sq m

CLASS ROOM

D

VIEW TOWARDS BAY OF BENGAL

Shows the intraction between the people at 4m height.

TOILET 45 SQ M

TOILET 45 SQ M

TOILET 45 SQ M STORAGE

TOILET 45 SQ M STORAGE TRAINING LAB 50 Sq m

TRAINING LAB 50 Sq m TRAINING LAB 50 Sq m

TRAINING LAB 50 Sq m

TRAINING LAB 50 Sq m TRAINING LAB 50 Sq m

TRAINING LAB 50 Sq m TRAINING TRAINING LAB LAB 50 Sq m 50 Sq m

BUILD UP AREA FOR THE INSTITUTION –

3092.7 Sq m

GROUND FLOOR -

1546.35 Sq m

FIRST FLOOR -

1546.35 Sq m

TRAINING LAB 50 Sq m

TRAINING LAB 50 Sq m

BUILD UP AREA FOR THE SCUBA DIVING TRAINING – 1025.61 sq m

TRAINING LAB 50 Sq m

LAB 120 Sq m

LAB 120 Sq m

• Institution has 15 classroom, 7 training labs & it also have a separate lounge for the students and staffs.

FACULTY ROOM 150 Sq m FACULTY ROOM 150 Sq m

CANTEEN 55 sq m

CANTEEN 55 sq m

D’

SEMINAR HALL 150 Sq m

SEMINAR HALL 150 Sq m SEMINAR HALL 150 Sq m

• Each classroom holds the capacity 25 to 30 students, total 350 to 400 students can study in this institute.

• This scuba training centre has 2 different type of swimming one is deep & another is shallow.

SEMINAR HALL 150 Sq m

FIRST FLOOR FIRST FLOOR

• The depth of deep swimming pool is 2m and the depth of shallow swimming pool is 1 m.

• This training centre holds the 20 to 30 students at a time with 4 to 6 trainers.

D

• Two wheeler & four wheeler parking’s are provide in the frontage of the institution building.

01

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

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4

+7.5m +4m +.3m GL

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CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

15/22

HOSTEL & GYM

Show exterior skin of a building.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

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HOSTEL

HOSTEL

6

5

7

4 3

8

2 1

CANTEEN

GYM

16

17

9

15

14 13 12

10 11

GROUND FLOOR

23

24

22

25

21 20

HOSTEL & GYM

26

19

Shows the intraction between the people.

18

SERVICES

GYM

33

34

27

32

33

BUILT UP AREA FOR SINGLE FLOOR IN A HOSTEL –

1560 Sq m

BUILT UP AREA FOR THREE FLOORS IN A HOSTEL –

4680.5 Sq m

32 30

28 29

FIRST FLOOR

BUILT UP AREA FOR THE GYM -

562 Sq m

BUILT UP AREA FOR THE CANTEEN -

812 Sq m

• This hostel has 52 rooms; they are equally separated for both male and female.

40

41

39

• Area of the each room is about approximately 50 Sq m.

42

38 37

• Each holds the capacity of about 6 students. Bunk beds ware used in order to use the space of the effectively.

43

36

• Hostel provides only two wheeler parking at the back side of the hostel building.

35

• Canteen, laundry 7 other services are provided at the mid island building which is connected through the bridge from the first floor & in the ground floor.

52

51

50

44 49 48 47

• Gym is located at the end of hostel which has two floor, which is also connected through the bridge from the first floor.

45 46

SECOND FLOOR

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

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CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

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PEDESTRIAN WALKWAY

Shows connectivity between pay zone & institution.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

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RESIDENCE

DIRECTOR 's RESIDENCE

RESIDENTIAL ZONE

BUILT UP AREA FOR SINGLE APARTMENT –

KITCH

EN

101 Sq m

BUILT UP AREA FOR SINGLE FLOOR –

BED ROO M 2

1750 Sq m

BUILT UP AREA FOR ALL THE THREE FLOORS –

KITCHEN

BED ROOM 1 TOILET

STORE ROOM

4770 Sq m

DIN IN ROO G M

TOIL

• Total 36 2bhk apartments are there in the apartment building.

DINING ROOM

ET

KIT C

LIVING ROOM

BED ROO

RO STO OM RE

HE N

• Apartment for the staffs are calculated in the ratio of 1:12.

M1

• Each 2bhk apartment holds a single car parking in the ground surface.

LIVIN G ROO M

R O O LIV M ING

EN

BED ROO M 2

STORE ROOM DIN IN ROO G M

ROOM LIVING

LET

TOI

KITCH

2 ROOM BED

2 ROO BED M

2BHK MODULE

TOILET

• All the basic amenities were provide within the residential complex.

ESIDENCE

GROUND FLOOR

ROO BED M 1

RO O DIN M ING

• This apartment building has 3 service core surround by four 2bhk apartments .

KITCHEN BED ROO M3

TOILET

TOILE

T

M1

LIVIN G ROO M

BE RO D OM 2

ET

2

LIV RO ING OM

TO IL DIN RO ING OM

1

BE RO D OM

STO RO RE OM

EN CH KIT OM RO ORE ST

1

KITC HEN

T

ILE

DINING ROOM

M O RO D BE

KITCHEN

T

CENTRE FOR CORAL REEF CONSERVATION RESEARCH

G IN M LIV O RO

T

Guided By Ar MULLAI MANALAN

ILE

TO

M.A.M School of Architecture Trichy , Tamil nadu , India

HEN

N

BED ROOM 2

T

BED M 1 O RO

2 OM RO BED

EN

KITCH

ILE

• The whole residential zone is surrounded by green belt in order to provide privacy & sound restriction from the play zone.

KITC

ROOM STORE

LIV OM RO

E OR ST OM RO

TO

1 D BE OM RO

S RO TOR O E M

ET

TOIL M ROO G IN DIN

M O RO D E

1

TYPICAL FLOOR PLANS FOR ABOVE 2 FLOORS 01

M.A.M SCHOOL OF ARCHITECTURE

2

4

0

6

CENTRE FOR CORAL REEF CONSERVATION RESEARCH

1

2

4

19/22

TUTICORIN

G IN M LIV O RO

JAFFAR SATHIK N 811916251014

10

M O G RO VIN LI

T ILE

TOILET

G IN DIN OM RO

M ROO G LIVIN

DINING ROOM

1

G LIVIN ROOM

2 RO BE O D M

RE STO M ROO

C

EN

CH

KIT

ING residence for the higher officials • This residential zone has 3 separate staff DIN OM with 4 bedrooms and other facilities. RO ING

BED 1 ROOM

KIT

966 SQ M

FLOOR PLAN at 1 : 75

BED ROO M 2

TO

BUILD UP AREA FOR THREE RESIDENCES – THOOTHUKUDI ,TAMIL NADU , INDIA

OM RO BED

HE

322 SQ M

TOILET

LIVING ROOM

D BE OM RO 2

BUILD UP AREA FOR SINGLE RESIDENCE –

BED ROOM 1

TO

STORE ROOM

M O G RO ININ D

N

M O G RO IN LIV

HE

BED M 1 O RO

R LIV OO IN M G

ILE

TC

RO O NI M NG

DI

ING LIV OM RO

TO

ING DIN OM RO

E OR ST OM RO

BED M O RO 2

ROO M1 BED

T

ILE

TO

KI

2 RO BE O D M

M O RO ED B

T

EN

ROOM STORE

ROO LIVIN M G

ILE

CH

KITCHEN

2 ROOM BED

TOILET

ROOM STORE

KITCHEN

T

TO

KIT

FIRST FLOOR

TOILE

R LIV OO IN M G

ROO M DINING

ROOM 1 BED

ROOM DINING

1

BED M O RO 2

RO O STO M RE

N

HE

C

KIT

RO DIN O IN M G

RO BE O D M

M O E RO OR ST

1

HEN

RO O LIV M ING M O E RO OR ST

RO BE O D M

KITC

ET

TOIL

ROOM LIVING

BED ROO M2

2 ROOM BED

2 ROO BED M

ROO BED M 1

RO O DIN M ING

ROOM 1 BED

RO STO OM RE

EN

CH

ROOM DINING

KIT BED ROO

RESIDENTIAL ZONE View from residencial zone entrance.

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

20/22

SITE ELEVATIONS

FRONT ELEVATION ELEVATION FRONT

BACK ELEVATION BACK ELEVATION

RIGHT ELEVATION RIGHT ELEVATION

LEFTELEVATION ELEVATION LEFT

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH

ELEVATION at 1 : 1000

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

Guided By Ar MULLAI MANALAN M.A.M School of Architecture Trichy , Tamil nadu , India

21/22

7

SITE SECTIONS

LABS CLASS ROOM

Scuba

+9m +7.5m +4m

Exibitition Aquarium Services

Shop

GL

-2.5m

SITE SECTION AA’

Biobank

services

Exibitition Aquarium Services

+9m +7.5m +4m

GL

-2.5m

SITE SECTION BB’

JAFFAR SATHIK N 811916251014 M.A.M SCHOOL OF ARCHITECTURE

CENTRE FOR CORAL REEF CONSERVATION RESEARCH TUTICORIN

22/22