SUKANYA CHATTERJEE Architect | Urban & Regional Planner Durgapur, West Bengal, India
+91 - 8768515337 sukanya.mili@gmail.com linkedin.com/in/sukanya-chatterjee
EDUCATION
OTHER ACADEMIC PROJECTS
2018 Jul – 2020 Jul
2012 Jul – 2017 Jun
School of Planning and Architecture, Bhopal Master of Planning (Urban and Regional) GPA 8.53 – Thesis in top 3 theses in class Thesis Title: Environment-Behaviour Relationships and urban planning: Pedestrian Behaviour in urban spaces - A case study of New Market area, Kolkata Omdayal Group of Institutions, Maulana Abul Kalam Azad University of Technology, West Bengal Bachelor of Architecture GPA 8.16 – University Rank 2
WORK EXPERIENCE 2018 Jul – 2020 Jun
Silver Medal, University Rank 2 in B.Arch.
2010
Rank 1 in School CBSE Secondary Examination, GPA 10. 00 Full Scholarship for 2 Years by Steel Authority of India, Durgapur CONFERENCE PARTICIPATION Paper presentation Sukanya Chatterjee. “Nudge Theory in Urban Planning Public Policy” (Secondary Research) - ICUSE 2020 1st International Conference of Urban Sciences Engineering By Centre of Urban Science & Engineering, IIT Bombay, Mumbai, India Abstract Published in Book of Abstracts, ICUSE 2020 (p. 50) Mumbai Sheth Publishing House ISBN No 978-93-89063-91-2
2015 Jul
2019 Jan - May
Regional Plan for Ganjam District, Orissa, India – As part of Academic Studio – MURP 2020, in collaboration with GIZ
2020 Jul - Dec
Developmental Plan for Madurai City, Tamil Nadu, India - As part of Academic Studio – MURP Class of 2020
GATE Scholar School of Planning and Architecture, Bhopal
Junior Architect Sanjoy Paul and Associates, Durgapur Design, working drawing & site execution of various residential and institutional projects in Durgapur area, West Bengal AWARDS & SCHOLARSHIPS 2018 Jul – 2020 Jun GATE Stipend Graduate Aptitude Test In Engineering (GATE) - Architecture and Planning 2018 – All India Rank 200
2020 Feb
Sub-Regional Plan for Coimbatore District, Tamil Nadu, India – As part of Academic Studio – MURP Class of 2020, in collaboration with GIZ (Deutsche Gesellschaft für Internationale Zusammenarbeit)
PROFESSIONAL AFFILIATIONS
2017 Aug – 2018 Mar
2017
2018 Jul - Dec
Organizing Committee Member Architect of the Times, Organized by Omdayal Group of Institutions, Howrah, India
Council of Architecture, India – Registered Architect LANGUAGES
English, Bengali, Hindi
SOFTWARE SKILLS
• Mapping And Geospatial Analysis : ArcGIS, QGIS • Data Analysis and Visualisation : IBM SPSS, Microsoft Excel • Design : AutoCAD, Revit, Adobe Illustrator
• 3D Modelling & Visualisation : Google Sketchup + V Ray • Presentation : Adobe Photoshop, Adobe InDesign, Prezi • Programming: C++
East Kolkata Wetlands Interpretation Centre, EKW Architectural Thesis - 2017
THE EAST KOLKATA WETLANDS The East Calcutta Wetlands (22 0 27’ N 88 0 27’ E), are a complex of natural and human-made wetlands lying east of the city of Calcutta (Kolkata), West Bengal in India. The wetlands cover 125 square kilometers, and include salt marshes and salt meadows, as well as sewage farms and settling ponds. The wetlands are used to treat Kolkata's sewage, and the nutrients contained in the waste water sustain fish farms and agriculture. The name East Calcutta Wetlands was coined by Dr. Dhrubajyoti Ghosh, who reached this incredible but neglected part of the city searching the answer to a question: What exactly happens to the city sewage? These natural water bodies which were known just as fisheries provided the answer. Devised by local fishermen and farmers, these wetlands served, in effect, as the natural sewage treatment plant for the city. The East Kolkata Wetlands host the largest sewage fed aquaculture in the world.. The EKW were designated a "wetland of international importance" under the Ramsar Convention on August 19, 2002..
Image by Stephanie Carlisle
East Kolkata Wetland Interpretation Center
The East Kolkata Wetlands
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WHY AN INTERPRETATION CENTER? Need of the project – The East Kolkata wetlands was declared a RAMSAR site in 2002. This made the
Aim of the project- The aim is to interpret and develop a educative
125 km square area exclusive and untouchable. However, unlike other Wetlands of National Importance, the EKW survives on because of its wise-use model. The people there is integral for its functioning. Thus isolating the wetlands of human interventions is not a solution. But, this also came as a challenge. With the growing need of urbanization, these stabilized fringes of the city are encroached upon. Land is being stolen and political interferences makes it difficult to intervene. It is high time for people to know what does these wetlands do and how their absence might effect us, so that as responsible citizens, illegal land buying and selling can stop. With this educating purpose in mind, the KOLKATA ENVIRONMENTAL IMPROVEMENT PROJECT suggested a wetland interpretation center depicting the wise use scenario of these rich biodiversity areas. They also planned to develop eco-forestry with the local population. This proposal came in 2006 but sadly no action has been taken to actually develop the project.
center for the wetlands taking into consideration its adjoin precinct and wiseuse model for checking ways of wetland encroachment through careful planning and innovative and sensitive approach.
Present Scenario- Now, the current government proposes a 400 acre park but environmentalists fear that these will attract a lot of population and in turn disturb the land use pattern.
Objectives•
Utilizing the terrain of the land in a functional way taking into consideration of its sensitive ambience • To maintain the essence of the wetlands while developing, i.e., to create a center that would not only educate but also, in itself be a model. • To ensure that the center is not only for the people outside the wetlands, but also for the people living there. • To change the ‘tabooed’ notion of the wetlands, making a design such that it will change the notion of the people’s idea ‘a garbage dump’, to something which is there protecting us. This necessary change in paradigm is crucial for its survival. • To strongly address the current urban pressure of development of real estate in the wetlands.
Architectural Scope• Firstly to understand the complexities of the wetlands and the sociological impact of the people. • To make an environment that is both educational as well as leisurely so that people can spend some time as well. • To make interventions such that this center becomes a model, i.e., the not disturb the existing land conditions of the site will probably be the biggest challenge of the site. • Supportive commercial facilities for an attempt at revenue generation for maintaining the center. • To take into consideration the marshy nature of the land and other environmental issues. • To take the performative landscape into account and demonstrating it in the center.
LimitationsExcessive crowd can pose a problem and thus limiting the center is necessary. Keeping in mind the sensitive nature of the landscape, understanding fully what is good and what is bad and limiting that is quite difficult. The nature of the site calls for sensitive building approaches and hence construction can pose a serious issue.
Scale of the projectImages from the KEIP website and Times of India
The site planning is restricted to 28 acres of the land. The wetland complex is restricted to only the primary aim of developing it as an educative center.
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SITE ANALYSIS 1. 2. 3. 4. 5.
Connectivity
6. 7. 8. 9.
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Proposed Site area – 26 acres.
Existing Pedestrian Pathway Bridge
Hydrology
Farmlands – Used in Garbage Farming Clarifiers – Not in Working Condition Natural Ponds Shallow Ponds – Used for fish cultivation SWF Canal – Bisects the Site from the highway Bantala Lock Gate – Only Access to the site Rear End Marshes Internal Pathways Minor Channels
Site is located at the southernmost tip of the wetlands, just above Basanti highway and Bantala lock gate.. Proximity- 7 km or 14 min drive from Science City Climate- Hot and Humid Climate like Kolkata. Though due to the presence of a lot of water bodies, microclimate is relatively cooler than the city. Locale- The Site is surrounded by fisheries in the north, east and west. Bantala bazar in the south. The SWF canal runs grazing the site parallelly the Kolkata- Malancha Highway.
Existing Pond Existing Canal
7 4 3 2 9
4 2
9
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Strengths Location- The site is placed in such tactfully that it provides the a peep of the wise use nature of the wetlands. The site is located very close to the Bantala Fresh market which is the hub for selling and transportation of various fresh goods, thus providing a perfect example for the wise use. Also, the site is located just besides the SWF canal, and the Bantala regulator Gate which in fact is the important threshold distributing the water flow. Also the site incorporates various large water bodies providing ample opportunities for a interesting design.
Weaknesses The soil condition of the site is such unpredictable that it is almost impossible to guess the load the soil be able to take without doing a demographic survey first. Also, being so close to the SWF channel is associated with foul smell which could be a healthy environment issue.
Opportunities Being so close to the market, the 1. 2. 3. 4. 5.
View from the periphery road View of the circular ponds Behind marshes Bantala regulator gate Water filtration ponds on the right 6. Connecting paths
site and its adjacent areas can be developed as a eco-tourism hub for wise use demonstration.
Threats As the site is extremely sensitive to any kind of changes, extreme caution should be taken to develop the site otherwise it may lead to a catastrophic event.
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CASE STUDY - BROCKHOLES NATURE RESERVE, UK The floating visitor centre offers a reassuring glimpse into a flood-proof future • Client: Lancashire Wildlife Trust • Architect: Adam Khan Architects • Structural Engineer: Price & Myers • Sector: Commercial • Date of completion: May 2011 • Gross internal area of the centre: 1440m2 of buildings sit on a 2400m2, 2m deep concrete pontoon. • Focus- Quarry turned floodplain, composed of pools, reed beds and woodlands. The total area is 67 hectares. • Climate- Temperate Maritime climate.
“you suddenly see a huddle of roofs above a lake, which look like a bronze-age settlement. The view recalls those meticulous yellow-brown reconstructions you get in old, earnest children's books, and you half expect to see men carrying spears and dead deer, and the smoke of a campfire.”
• • • • • •
Café Kitchen Servery Office Lobby Plant
• • • • • •
Shops Reception Exhibition Classroom Conference Breakout
The idea is to introduce people to nature who don't see enough of it. Its buildings serve the usual needs of such places – cafe, shop, information – but also host a large education space and a series of conference rooms that will be rented out to generate income. Naturally, in such a place, they have to be scrupulously environmental, and so they are designed to achieve the "outstanding" category in the official measure of such things. Achieved using a highly performing fabric - insulation and air-tightness - and entirely natural ventilation, combining automated and intuitive user controls. The structure uses pre-fabricated larch timber frames with SIP panels acting as a stressed skin. With the diagonal arrangement this allows the lightening of the frame exploited to create a spatial net with a strong vertical rhythm. Subtle adjustments of the frame geometry gives a gentle vitality.
Deep-coloured acoustic sprayed insulation gives the calm quiet of a haybarn. Rough-sawn oak and frameless glazing are used flush to create a haptic marquetry and watery reflections. The tall roofs of rough split oak shakes change colour with the daily weather. The building fabric, shape and construction are intensively coordinated to achieve the high level of performance but the work also interrogates wider issues of sustainability –adaptability, longevity, craft, finesse, pleasure and delight.
APPROACH Brockholes sits on a concrete raft, made buoyant by hollow chambers, held by four steel posts to stop it drifting across the lake. This is the building's way of dealing with flooding, to which the site is prone. It can rise up to three meters, which would only be necessary in a catastrophe, but will regularly go up and down by 400mm over a year.
CAFE
VIEW FROM OUSIDE
INSIDE OPEN SPACES
VISITORS VILLAGE
BIRD HIDES
VIEW FROM PARKIN G LOT
CAFE
SKYLIGHT
GULAM WOOD STRUCT URE
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CASE STUDY – HONG KONG WETLAND CENTER VIEW FROM THE WETLAND
The Hong Kong Wetland Park is on a 61 hectare site on the north-eastern edge of Tin Shui Wai, New Territories, Hong Kong. The Park is envisaged as a prime example of harmony with nature, environmental practice and sustainable development; unique to Hong Kong; seeking to provide equally for the very varied functions of conservation, tourism, education and recreation.
VIEW FROM THE WETLAND
ENTRY
AERIAL VIEW
Location : Tin Shui Wai, Hong Kong Type : Leisure and Cultural Completion Year : 2005 Client : Agriculture, Fisheries and Conservation Department, HKSAR Site Area : 610,000 sq. m GFA : 10,000 sq. m Architect : Architectural Services Department
Integrated with the natural setting of a park, the structures of the buildings are purposely designed with landscape roof, timber cladding and multiple layers of shades. The Visitor Centre has a footprint of approximately 10,000m2 consists of three major Galleries, Resource Centre, Office, Cafe, Shop, Play area and Toilets. The Satellite Building and three Bird Hides are situated in the external area. All display unique functions conveying wetland messages.
Green Concepts 1.
Hong Kong has a monsoon-influenced subtropical climate. It is mild for more than half the year. There are mild, relatively dry winters, and hot, humid, and wet summers.
Green Roof and orientation of the building allow the Visitor Centre envelope to achieve energy efficiency performance of approximately 16W/m2. 2. With the sizeable land of the park, a Geothermal Heat Pump Hybrid Air-conditioning system is adopted at the Visitor Centre to save energy. 3. Natural lighting by means of skylights at Atrium (north light) and external toilets. External artificial lighting is minimized to reduce power consumption. Natural ventilation is implemented by means of high level windows at the Satellite Building. 4. Circulation ramps are built throughout G/F and 1/F galleries at the Visitor Centre to cater for disabled visitors and minimize the use of mechanical lifts. 5. Low capacity, 6-liter water closets are used to reduce water consumption at all toilets. Satellite Building has been designed to collect rainwater for flushing. Recycling of the lake water for a water feature saves water consumption. 6. Re-cycled Chinese bricks have been used as a brick wall on the south aspect of the Visitor Centre & Ticket Office to mitigate the effects of solar gain to the building. Timber fenders have been re-used in the freshwater marshes to serve as resting posts for habitats. 7. Sustainable timber from identified renewable sources is used throughout the whole project as vertical and horizontal louvers to provide shades for buildings and external landscape works. 8. The total amount of structural concrete used containing recycled aggregates or PFA as partial cement replacement amounts to about 75% of the total concrete volume. 9. Existing materials and plants at the Phase 1 site are reused or transplanted in the Phase 2 works. The existing Phase 1 Visitor Center would be converted into a new Ticket Office. 10. Predominantly native plant species which require less maintenance and water consumption are used for landscaping work.
ENTERNAL SEMI SHADED TOILETS
LINE WALKWAY
METAL STAIRS
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CENTRAL ATRIUM WITH RECYCLED CHINESE BRICK WALL
CASE STUDY- CENTRAL NATIONAL HERBARIUM • No. of samples in CNH – About 2 million samples. • They conduct research on Medical Significance of plants • They also have ethnobotanical gallery. • The lobbies are purposefully used for display • The sample storage areas are fully air conditioned and humidity controlled. They employ special humidity panels. • The mounting section contains a hydraulic press along with other equipment.
Entrance lobby, Ground Floor
CASE STUDY OBSERVATIONS
Lobby First Floor
Façade of CNH Lobby Second Floor
Lobby Third Floor
Storage facility, sample storage in AC halls
AV room, Ground Floor
Fire equipment, corridor, Ground floor
Mounting room and equipment
• The brief for the visitor facilities was that they should be an exemplar of sustainable design and be able to cater for up to 250,000 visitors. • In Brockholes nature reserve, the architect has shown extraordinary measures to keep the building as less intruding as possible. As the building is located in floodplains and soil which is not capable enough to take heavy loads, he has created a floating platform and anchored it. Also the platform allows water to pass from it and thus it doesn’t disturb the inherent terrain. • The final design consisted of 5 barn-like buildings on a 2,400 square meter floating pontoon. When water levels rise, the pontoon floats up then falls again as the flood recedes, effectively making the buildings flood proof. • Measures has been taken to make the building Green, thus the ecological impact is less. • Placement of skylight windows in the center has reduced the need for artificial lighting. • Use of materials native to the area and technology customized for this particular situation along with the contemporary adaptation of the native barn architecture shows the best of both worlds. • Access is via two drawbridges which are lifted at night creating total security. • In addition to the flood risk management solutions, the centre building is designed to minimize energy demands through innovative ventilation and solar shading blinds and high performance double glazing. • The added benefit of this design is that visitors feel much closer to nature as the building nestles in the lake amongst the reed beds. • It has also developed a distinctive marketing plan. The exhibition and conference are up for hire and thus for thepark maintenance. • generate The Hongrevenue Kong Wetland have extensive building facilities and attracts lakhs of visitors each year. • The site was upgraded from a mitigation area which was originally a compensation for the wetland lost due to the development of a new town. The project commenced in 2000 & the Park was opened to the public in 2006. • The master planning of Hong Kong Wetland Park has enabled the Park to achieve its goals in providing conservation, education and tourism services on the wetlands and adding value to the adjacent wetland of international importance. • The Hong Kong Wetland Park runs extensive education programs for a wide range of visitors. Nature lovers, students, teacher, families, corporate people visit there. Thus they have employed extensive programs and thus engaged a large number of people to make an elaborate system. • The center is designed with green concepts in mind. The living roof and almost no visibility from the outside helps in making the building camouflaged to the environment. • The extensive through and through atrium provides with ample daylight thus reducing energy consumption. • The site is planned with bird hides, pools, reed bed etc. to create ideal conditions for trails.
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SL. NO.
WETLAND CENTRE
TYPE OF WETLAND
AREA OF WETLAND (in Hectares)
SITE AREA (in Hectares)
BUILDING FOORTPRINT AREA
BUILDING AREA (in sqm)
NO. OF VISITORS PER YEAR
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WWT London Wetland Centre, UK
Unused Victorian Reservoirs
30
30
3000
3000
170,000
2
Hunter Wetland Centre, Australia
Mangroves, brackish & freshwater swamps, saltmarsh, Casuarina forest, mudflats, beaches and rock walls.
45
45
1800
1800
-
3
Hong Kong Wetland Park, China
Swamps and Reedbeds
64
64
5000
10,000
4
Brockholes Nature Reserve, UK
Flood plains and Reedbeds
67
67
1440
5
Sungei Buloh Wetland Reserve, Singapore
Mangrove swamp, mudflats, ponds & rainforest
202
202
6
WWT Slimbridge Wetland Centre
Flooded Pasturelands, Reedbeds and salt marshes
325
7
Xixi National Wetland Park, China
6 Main water channels with Swamps
1150
8
Azraq Wetland Reserve, Jordan
Desert Oasis
1200
9
Suncheon Bay International Wetland Centre, South Korea
Reedbeds
2700
10
Jeungdo Tidal-Flat Ecological Centre, South Korea
Mudflats
11
Ganghwa Tidal-Flat Centre, South Korea
Mudflats
MAIN SPACES
MAIN ACTIVITIES & BUILDING TYPE
STRUCTURE & MATERIALS
Visitor’s Centre, Exhibition & Display, Observatory, Lecture theatre, Shop, Restaurant, Café
Commercial Exhibitions, Fairs, conferences
Classrooms or students
Institutional School
500,000
Galleries ranging from 250-1200 sqm, Resource Centre, Office, Café, Shop, Play Area, Animal Centre
Commercial & Recreational Conferences & Trails
Pulverized Fuel Ash (PFA)used as a partial cement replacement, recycled crushed concrete for hardcore and subbase materials, recycled bricks and timber, glazed skylight & facade
2400
100,000
Exhibition Area, Classroom, Conference, Café, Shop, Plant, Office
Educational Exhibitions & Trails and Conference Halls for hire
Timber Structure over Floating Hollow Concrete Pontoon
5250
5250
250,000
Visitors Centre, Labs, office, Multipurpose Hall
Educational Trails and Research Work
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2300
4600
300,000
Conference, Gift shop, Exhibition Areas, Children Play area, Café
Research Facility
Concrete Formed Base Supporting Timber Structure, Timber & Brick Cladding
-
4722
4722
-
Visitor’s Centre, Ecological Exhibition, Office, Meeting, Dining
Educational
local fast-growing material and recyclable material, green roof
1600
1600
-
Visitor’s Centre, Guestrooms, Workshops, Multifunctional Courtyards with Pergolas X 3
Recreational Workshops and Hotel Facility
Old Masonry Building Renovated and Extended outside Wetland Reserve
4.5
3400
9985
2,800,000
Thematic Theatres, Ecological hall, Multipurpose A/V room
Educational Exhibitions, Thematic Lectures
Wooden Façade, Green Roof
3130
3.43
4120
4120
1,000,000
Mudflat Exhibition Hall, Video Room, Office, Mudflat Study Room, Small Conference Room, Lounge, Grand Conference Room, Mudflat Research Room
Commercial and Research Facility, hire for conference
RCC Construction, Metal Frame Structure
10500
1.3
2100
2100
200,000
Information room, Multipurpose room, aquarium, café, eco-shop, observation decks, special exhibition rooms, rest rooms, resource centre
Recreational
Iron Framed Structure
CONCEPT BUBBLE DIAGRAM
PRIMARY ZONING
VISITOR’S ZONE
OBSERVATION AREAS ADMINISTRATIVE BLOCK
Form evolution
– Since the dysfunctional clarifiers form a strong geometrical reference points, Centralized or Radial organisations come naturally. However, since the design aims at connecting people to nature, movement across the site was necessary. So though central, form was broken down to accommodate different blocks and also encourage people to move about.
Grid organizations establish a stable set of field or reference points and lines in space with which the spaces of a grid can share a common relationship.
DISPLAY/GALLERY SEMINAR ROOMS CAFETERIA RECEPTION
MINI MARKET PARKING
0FFICE SEMINAR
CONFERENCE ROOM
HERBARIUM
HERBARIUM OFFICE AUDIO VISUAL ROOMS ARCHIVE
LOBBY
LOBBY
GALLERY
A/V RECEPTION
CAFETERIA
TICKET COUNTER SHOP
INFORMAL SPACES TRAILS AND WALKS NURSERY FARMLANDS WASTE TREATMENT AREAS
BIRD SANCTUARY REEDBEDS FISH PONDS BIRD HIDES
TICKET COUNTER
Use of windows at different levels Stilting allows nature to flow with minimum obstruction. allows for daylight to flow around Also, framework structural systems allows for free plan the building. Maximum light in an and free façade. Long windows ensure maximum daylight. enclosed space can be obtained by Thus following Le Corbusier’s five points of architecture. using butterfly trusses and clearstory windows.
Relationship of man with nature can be obtained with transition spaces seamlessly flowing in harmony with built environment.
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SITE PLAN
9
ADMINISTRATIVE BLOCK
SOUTH SIDE ELEVATION
EAST SIDE ELEVATION
GROUND FLOOR AREA AREA = 1134.2 SQM
SECTION AA’
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VISITOR’S BLOCK
SECTION AA’
EAST ELEVATION
GROUND FLOOR PLAN AREA= 704.28 SQM
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ADMISTRATIVE BLOCK
VISITOR’S BLOCK
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STRUCTURE VISITOR’S BLOCK COLUMN GRID
ADMIN BLOCK COLUMN GRID
HOLLOW CORE PRECASE SLAB WITH CONCRETE SCREEDING ON TOP.
FIRGURES SHOWING VARIOUS JOINERY DETAILS OF ISMB AND ISMC SECTIONS.
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SERVICES
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VIEWS
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Prominent Design Projects B.Arch. 2012-2017
REGIONAL ART AND CRAFT CENTRE
REGIONAL ART AND CRAFT CENTRE DESIGN APPROACH 1. Familiarizing with the project 2. Study site parameters 3. Case studies 1. Government art college 2. Swabhumi Kolkata 3. Jawahal Kala Kendra 4. Bharat bhavan 5. Dilli haat 4. Conceptual planning layout zoning 5. Detailed specification of the project in ref. to every design variable SOCIAL • Interaction space for craftsmen • Gallery spaces for promotion • Provide art education
PROJECT AIMED TO – • Uphold the art and craft of Bengal • Provide platform for masses to learn • Provide social learning and recreational spaces • Be a part of city life • Provide familiar comfortable spaces for the artisans
CULTURAL • To promote Bengali culture • Upliftment of Bengali forgotten craft
• • • •
PHYSICAL To provide adequate controlled environment Seminars and exhibitions For exchange of views and ides New tourist attraction
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REGIONAL ART AND CRAFT CENTRE • • • •
Nature Of Project – Public Access – Non Restrictive Location – Rajarhat Kolkata Daily Average Footfall - 700
In front of the site, the elevated tracks of metro rail passes, about 15 m in height.
Climatic inferences • Psychological active objective – to achieve physical comfort via cross ventilation • Use of openness and shading in proper way to achieve maximum comfort • To be oriented on e-w direction, to reduce solar heat gain • External spaces to use pergolas and screens • Use of louvers and overlapped boards for guided entry of light and air.
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B
C’
C A
MASSING OF THE WORKSHOP AREA
A’ B’
SECTION AA’
SECTION BB’
SECTION CC’
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REGIONAL ART AND CRAFT CENTRE O.A.T.
SHOPS
AUDITORIUM STUDIOS LOBBY GREEN COURT
MUSEUM
MAIN FUNCTIONS OF THE CENTRE
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