Ankita Mallick
Portfolio of selected works
2015-2020 B. Arch | SPA Delhi | 2020
CONTENTS
| 10th
RE-DEVELOPMENT OF THE COMMUNITY CENTRE PRECINCT
URBAN DESIGN | 9th SEMESTER
THE CARERS’ INSTITUTE
INSTITUTION BUILDING | 5th SEMESTER
A PEOPLE’S PLACE: BRIDGING COMMUNITIES ON CANAL
PUBLIC PLACE | 4th SEMESTER
WORKING DRAWINGS
BUILDING CONSTRUCTION | 7th SEMESTER
INTERNSHIP WORKS
SUKANYA & ASSOCIATES | 8th SEMESTER
02 CURRICULUM VITAE 03 1. 04 2. 11 3. 15 4. 19 22 30 5. 6. 7.
MELA
ARCH THESIS
SEMESTER
MILAN
B.
Ankita Mallick ABOUT ME
CURRICULUM VITAE
I am a 23 year old recent graduate architect from the School of Planning and Architecture, New Delhi, residing in Delhi. For me, architecture is a combination of creativity and thorough project research and analysis. By exploring the requirements and experience, I tend to design adaptively to culture and context.
EDUCATION
Bachelor of Architecture, SPA Delhi First Class | 2020
CBSE XII, Queens’ Valley School, Delhi 92% | 2015
WORK EXPERIENCE
Internship | Sukanya and Associates, Kolkata January 2019 - July 2019
RESEARCH WORK
Thesis | Multi-functionality of Exhibition Halls | 2020 | Individual
WORKSHOPS & EXHIBITIONS
CBSE X, Apeejay School, Delhi 9.2 CGPA | 2013 Introduction to Urban Design AUDA, 2020
Contribution: Conceptual, Production of video
Link: https://youtu.be/hN4Zwe_KbUA
Sustainability Sensitizing Workshop IDE, 2017
Streets of Pondicherry, Urban Study Studio Exhibition, 4th Semester 2017
COMPETITIONS
NASA Landscape Trophy Inter-School
Sacred Spaces in Urban Context Rethinking future
SKILLS
Seminar | Language, Energy, Planning and Architecture | 2019 | Group Collaboration
Dissertation | Gender Inclusive Design for Working women in Urban Context | 2018 | Individual
PUBLISHED WORK
Documentation & Study | Shahjahanabad Group Collaboration | 3rd Semester, 2016|
Documentation & Study | Dauhla Village Study Group Collaboration | 3rd Semester, 2016|
Documentation | Step Wells of Bundi, Rajasthan Group Collaboration | 2nd Semester, 2015|
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SOFTWARES COMPETENCIES LANGUAGES
Revit Sketchup Illustrator Photoshop Rhino Design Planning Observation Research Analysis
Premiere Pro After Affects Lumion MS Office
English | IELTS 7.5 Hindi | Native Bengali | Native
AutoCad
Indesign
Grasshopper
Milan Mela: A
Multi-Functional Exhibition & Event
Centre, Kolkata, India
04 01
https://youtu.be/_A8GFJS3B_s
Link:
Link to Walkthrough:
Vehicular entrance of the complex (Softwares: Revit & Lumion)
Milan Mela: A Multi-Functional Exhibition & Event Centre, Kolkata, India
Academic Project: B. Arch Thesis
5th Year | 10th Semester
Individual
Guides: Prof. Sambuddha Sen
Prof. Sushil Aggarwal
Visiting Professor
Site Area: 74,500 sqm.
Total Built-Up Area: 83,200 sqm.
BRIEF DESCRIPTION
The thesis explored the possibility of a multifunctional Exhibition & Event Centre in the urban city of Kolkata. The Centre can conduct an international level Trade Fair and also a small-scale Exhibition. More to the multifunctional aspect the Centre also strengthens the local crafts-men’s & businesses’ market prospects by providing spaces to showcase their goods and services, and also provide a forum for foreign exporters to see their potential.
The concept was to create a center which becomes an active public place where people can meet and take part in various events. Hence, the name ‘Milan Mela’, which translates literally into ‘A Fair where everyone meets.’
The design strategy was to utilize and take advantage of the site as efficiently as possible. Along with designing a different typology to induce multi-functionality in every way possible.
LIMITATIONS
• The site has acute angles, hence leaves dead spaces at the edges.
• The water table is very high, also the soil is soft type, construction of basement for parking is not feasible.
ZONING DIAGRAM
The temporary functions includes the exhibition halls and the spaces required for their services. And the cultural part includes the auditorium and the open spaces.
This is the only edge visible from the main road. The public activity should be visible from this edge to make this an attractive place for public. The permanent functions are kept closer to the entry so that everybody has the same experience and all the shops get equal opportunities.
The site is located strategically in the newer part of kolkata, still well connected to the main city. The location is in proximity to two major parts of the city. It is connected via major vehicular networks with public transport services like buses and metro line. It is near the wetlands, so the water table is high.
1. JW Marriott Hotel
2. ITC Shonar Bangla Hotel
3. Upcoming Metro Station on an intersection of major primary roads.
4. Science City: A major public place of the city
5. Maa Flyover: This Flyover connects the busy parts of the city
6. At the moment this is an empty plot.
7. Local Tanneries, workshops and residences of the labours and workers.
Prevalent winds are from South direction from the Bay of Bengal.
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166M TEMPORARYFUNCTIONS/ CU L T U LAR TEMPORARYFUNCTIONS/ CU L T U LAR PERMANENTFUNCTIO N S TNENAMREPNOITCNUF S OPEN SPACE/ GATHERING
TRANSITION SPACE E N T R A N C E VACANT
RESIDENTIAL VACANT PLOT ITC HOTELS SCIENCE CITY
METRO STOP A TRANSITION SPACE BETWEEN THE ENTRANCE AND THE PERMANENT FUNCTIONS MAIN ROAD 157 M SIDE ROAD 351 M
West face, massing such that least surface area on this edge.
165M
SPACE/ INTERSECTION OF THE THREE MAIN COMPONENTS.
PLOT
WORKSHOPS
INFORMATION
SITE
1 2
3 4 5 6 7 7 SITE
CONCEPT DIAGRAM
The trucks dock under the halls on the ground floor and there are storage spaces. The goods are brought to the halls via service lifts.
The space in front of the halls
A spill over for halls as a function and not just an access for the halls. The walls of the halls are sliding folding partitions. So that the space becomes a main focal point.
EXHIBITION HALLS
FUNCTIONAL DISPOSITION
Shops/ Kiosks
Circulation
Halls Auditorium
Car Parking
Mass aligned to the site edges increase the use of the area in an efficient way. The open space points towards the central plaza, making it a focal point.
If required the exhibition spaces can be separated from rest of the functions or vice versa. The functions of the halls can spill over on to the whole complex, it is possible due to the series of open public spaces.
MULTI- FUNCTIONAL OPEN SPACE
PERMANENT EXHIBITION
The shortest edge faces the front side of the site. So, the entrance is kept wide and open so that the public activity happening inside can be seen from the flyover.
MASSING DIAGRAMS
CILBUP ECAPS
AUDITORIUM
NEPO
The Auditorium is a 1500 seater total but it can be divided into two halls. There are total 6 entrances to the hall on three levels.
There is a separate entry to the hall and from the central plaza as well.
MAXIMUM UTILIZATION OF SITE
Mass edges aligned with the site edges. This maximizes the site utilization because the site has a non- orthogonal shape.
FOCAL POINT: CENTRAL PLAZA HALLS & CENTRAL PLAZA SETBACKS & SPACES AROUND CENTRAL AXIS
Front edges pushed back to provide access to the building and spaces for services.
Central axis created for public interaction and activity and so that it is visible from the Maa flyover as well.
The central plaza is the junction of the three major components of the project, the shape responds to the function. There are two major focal points of the centre.
FINAL DESIGN
The halls are placed in such way to create a focal point of its own so that more functions can take place irrespective of the central plaza.
All the open spaces have a canopy on it, to provide shade from sun and rain so that the open spaces can be used throughout the year.
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ENTRY ENTRY DOCK DOCK ENTRY ENTRY LOUNGE
Service Cores
ENTRY LEVEL PLAN +6.5M VIEWS
PARKING LEVEL PLAN +0.5M
TYPICAL PLAN (+10.7M, 14.9M)
THIRD FLOOR PLAN +19.1M
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Drop off Entry Lounge Parking Entry Parking Exit Service Dock 1 1 1 1 1 2 2 2 2 3 4 4 3 3 3 3 3 3 3 5 5 1 4 4 5 2 2 3 3 5 7 7 7 7 9 10 6 8 Drop off at lower level Double height-ed Entry Lounge Permanent Exhibition Showroom Pop-Up Shops VIP Entrance & Admin /office Central Plaza Exhibition Hall Multi-functional Open Space Auditorium Pre-Function Lobby Auditorium Showroom Permanent Exhibition Showroom Exhibition Hall Below Service Area Below Auditorium Below Showroom Permanent Exhibition Showroom Exhibition Hall Below Service Area Below Auditorium service floor 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 1. 2. 3. 4. 5. 1. 2. 3. 4. 5. 1. 2. 3. 4. 5.
Total Parking: 487 110M 63.5M 137 M 93.8 M 123 M 0 5 15 30 60M 0 5 15 30 60M 0 5 15 30 60M 0 5 15 30 60M
View from the entrance on the main road. (Software: Revit, Lumion) View of the East Elevation with vertical louvers to reduce heat radiation. (Software: Revit, Lumion)
SECTION AA’
The section cuts through the whole complex. It shows the drop off, public plaza, the auditorium and the back drop off as well.
SECTION BB’
This section cuts through the open space in front of the halls and the central plaza, showing the open public place which can be used for some function when required. This increases the variety of events that can take place.
SECTIONS CC’
This section cuts through the halls, showing the relationship between the halls and the space in front of them. This open space can become the focal point and the halls can be used as sitting space or the extension space or vice versa.
08 0 5 15 30 60M 0 5 15 30 60M 0 5 15 30 60M
SECTION KEY A’ A B’ B C’ C
09 VIEWS
1. View from the flyover showing the pedesrian entry. (Software: Revit, Lumion)
3. View of drop off at night. (Software: Revit, Lumion)
2. View of the Drop off. (Software: Revit, Lumion)
4. Temporary stalls in the central plaza. (Software: Revit, Lumion)
010
VIEWS
5. The Central axis with Pop-Up Shops. (Software: Revit, Lumion)
7. The Central plaza with an event in progress. (Software: Revit, Lumion)
6. The Central plaza with an event happening. (Software: Revit, Lumion)
8. Space in front of halls used as fashion show stage. (Software: Revit, Lumion)
Re-development of the Community Centre Precinct Janakpuri, Delhi, India
Academic Project: Urban Design
5th Year | 9th Semester
Group Work (4 Members)
Contribution: Concepts, Master plan, Residential design
Guide: Prof.
Rahoul Singh Visiting Professor
Site Area: 1,32,000 sqm.
Total Built-Up Area: 2,58,000 sqm.
BRIEF DESCRIPTION
The project is a part of the existing expansion plan of the Master Plan for Delhi 2021. The main objective of the plan and the project was to increase the population holding capacity of the existing urban limits. This was done through careful mixing of different typologies of housing with other uses to ensure optimization of FAR as well as residential density, re-development and re-densification of low-density areas in the earlier master plan periods by enhancing existing FAR by 50%.
The design strategy was to design a precinct which is self-sustainable in a way that the residents do not need to go far for basic necessities. The precinct has old cultural identity which we tried to maintain and accentuate activity around it more.
SITE & PRECINCT
This was a group collaboration, I was involved in research and analysis of the project along with formulation of the Master Plan and designing of Residential towers and production work of the project.
CONSTRAINTS
• The central green of the site was to be reserved and nothing could be built on it.
• The neighborhood has low density housing.
DESIGN INTERVENTION
02 11
The Fatehnagar village has mixed use function, it has residential also service providers for services like, automobile service, electric item seller, mechanics etc.
The presence of three places of worship makes it a very busy affair because many people come here on holidays, and also becomes a busy place during wedding season as well.
The Shiv Temple usually have functions always going on, so the park is always occupied by the residents, making it safe for children to play in the park.
The central public plaza is made around the existing lord Shiva statue and temple. It is also the intersection of the axes created.
Illustration
by
and
made
author, Software: Sketchup
Illustrator
Illustration made by author, Software: Sketchup and Illustrator
PRECINCT LEVEL INTERVENTIONS
IDENTIFICATION OF VISUAL AXES
Visual axes have been fixed allowing visibility of the temple from the religious node and surrounding roads.
SITE LEVEL INTERVENTIONS
RETAIL, HOSPITALITY AND BUSINESS CENTRE
These three components are zoned on the primary road edge to have maximum footfall and attention from the public.
Retail caters to the needs of the neighborhood with entertainment, daily needs and recreational activities.
The Hotel caters to the cultural and festive needs of the neighborhood. The Business center provides opportunities for all, it has co-working spaces and also has a vocational training center for the youth.
COMMUNITY LIVING
The residential was designed in a way to promote healthy community living. Each residential tower has a mix of different typologies of units. In addition to this each cluster has exclusive open spaces for children and senior citizens. There are social infrastructures too such as orphanage along with a school for them.
URBAN CONNECTIONS AND ACTIVITY NODES
Physical axes have been identified to connect metro and the surrounding schools to the site. Activity nodes have been identified along the axes around the temple.
PUBLIC SAFETY
The ground level of the precinct has public spaces and functions which will make the ground level active at all times of the day, this connects all the residential towers with continuous retail corridor. This corridor is open to the neighborhood as well. There are few exclusive spaces just for the residents such as lounges, clubs, crèches etc.
SOCIAL INCLUSION
First three floors of each residential towers have EWS (Economically Weaker Section) units, these units are mandatory as per the bye-laws. They are 1 BHK units with approx. area of 35 sqm., we have integrated them in each tower to increase social inclusion in the two societies and sensitize them to each other. This promotes upliftment of the social standards of the low income group.
MASSING STRATEGY
Massing is done giving the main road edge to the public buildings and housing has been arranged providing private green spaces
From the fourth floor the towers have 3BHK, 2BHK and Compact 2BHK units with areas 120msq, 115 sqm and 90 sqm respectively. Each tower has achieved 60% floor plate efficiency.
The first three levels are for EWS housing units which is 1BHK with 40sqm. Each floor has 8 units and common spaces.
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Exclusive green spaces for residential other than central green The green spaces can be looked at from the housing units, increasing security. Retail and Public activities on the ground level making it an active public corridor.
Illustration made by author, Software: Sketchup and Photoshop
Illustration made by author, Software: Sketchup and Photoshop
Illustration made by author, Software: Sketchup and Photoshop
TYPICAL SECTION
I was involved in planning and designing the master plan of the project along with designing the residential towers. I designed the towers with three types of residential units i.e. 2BHK, compact 2BHK, and EWS units for the respective towers. The challenge while designing the towers was to create well-functioning, efficient units to suit the middle-class economy and also designing the EWS units under those units. The EWS unit floor-plate is designed with open spaces, they can be used by the residents for recreational purposes, as in the traditional rural houses each house has open verandah for recreation, this makes them feel at home.
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SITE SECTION
MASTER PLAN
PUBLIC SPACES Plan rendered by author, Software: Photoshop Section drafted and rendered by author, Software: AutoCad, Photoshop
TYPICAL HOUSING PLANS
TYPICAL UNIT PLANS
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Plans designed, drafted and rendered by author, Software: AutoCad, Photoshop 93M 100M 23M 25M
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This is an aerial view of the scheme showing the central green with the lord Shiva statue and housing around it. (Model and Render by Author, Software: Sketchup, Lumion)
This is the inner edge of the retail corridor facing the open green of the residential. (Model and Render by Author, Software: Sketchup, Lumion)
These activity nodes have seating for the public. Various cultural and community activities can take place here. (Model and Render by Author, Software: Sketchup, Lumion)
This shows the visual connections created along the site edges, to integrate the neighborhood with the precinct. (Model and Render by Author, Software: Sketchup, Lumion)
This is the public corridor on the primary road with retail, hotel and business centre. This edge has bus stops and last mile connectors to the metro station. (Model and Render by Author, Software: Sketchup, Lumion)
This the central public plaza with the existing temple and lord Shiva Statue, in the centre. (Model and Render by Author, Software: Sketchup, Lumion)
The Carers’ Institute
SMVDU Nursing College
Katra, Jammu, J&K, India
Academic Project: Institution Building
3rd Year | 5th Semester Individual
Guide: Prof. Ranjana Mital Professor, Head of Department
Site Area: 13,523 sqm.
Total Built-Up Area: 15,600 sqm.
BRIEF DESCRIPTION
The project was to design a nursing college in Katra, Jammu. The site lies within a 5-minute walk from an established super-specialty hospital. The institution belongs to a larger university, but the campus is far from the site.
The site is on a west-facing hill surrounded by a lush green cover. The key idea was to keep the built in such a way that the beauty of the site is not disrupted. To accomplish this, the vertical height was reduced and a series of terraces were built to create a seamless green landscape with planters at the edge.
By taking into account the site limitations and understanding of the students’ curriculum and specifications, the design evolved.
LIMITATIONS
• The site hill slope is 1:2 which is considered steep
• The hill faces west, so the sun movement should be considered while designing.
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03
(Software: Revit, Lumion)
CONCEPT DIAGRAMS
The real challenge in this project was the site itself, a west facing 1:2 sloped hill. The lush green covered hills around made the site perfect for a learning environment.
The college needs to be built near a hospital because working in hospital regularly is a part of the curriculum. This was the major reason why this site was chosen because it is near to the SMVD Hospital. The photograph below is the view from the site.
UNDERSTANDING THE CURRICULUM & SPACE REQUIREMENTS
HORIZONTAL LAYOUT OF THE BUILDING TERRACE FORM FOLLOWING SLOPE MINIMUM SURFACE AREA TOWARDS WEST ALTERNATING SPACES
The building layout is more horizontal so that there is less physical exertion on the senior students as well who have to go to the hospital for duties everyday.
The building form follows the slope of the hill. Therefore, the mass has terraces. This helps in rain water harvesting which can be stored and reused.
To reduce the heat gain in the classrooms. The classrooms are oriented parallel and perpendicularly to the axis. The perpendicular ones have their shortest face towards the west and the parallel ones let light enter into the corridors.
In every level the rooms are organized in an alternating manner. Due to this a series of alternative open spaces are formed. These open spaces can be used by the students for studying and as well as for recreation.
17 88M 78M 12M
INSTITUTE SPACES
I NST I T U T E S P A C E S I TSN I T U T E S P A C E S
SEITIVITCA/ESRUOC
COURSE/ACTIVITIES ETUTITSNI SECAPS
SEITIVITCA/ESRUOC
COURSE/ACTIVITIES LIBRARY
Library is placed near the student zones. Duty schedules for students are collected here.
Car park on the upper most level on the road.
First year has the most theory lessons.
Seniors have regular duties at the hospital.
Each lab has sitting space for theory as well.
A multi- purpose hall is required. Other events happen at the campus.
THEORY CLASSROOMS PRACTICAL CULTURAL HOSPITAL
SITE INFORMATION
Senior year has more practical classes than theory.
CAR PARKING
ADMINISTRATION
Photograph Source: Author
Base Image: Google Earth
MOVEMENT DIAGRAM
The main access road is the only vehicular connection to the site. The same road continues down for future construction on the hill. To minimize fuel consumption the car parking is zoned on the upper level.
FUNCTIONAL DISPOSITION
The Uppermost level is for administrative offices and car parking. The First level is for seniors i.e. the 3rd year and 4th year students. They need to be close to the admin for duty schedules. The second level is for juniors i.e. 1st year and 2nd year. They have more theory subjects and they do not have to go outside college during the day. The last level has common spaces such as multi-purpose hall, conference room, cafeteria, library and common rooms.
SUSTAINABLE APPROACH
There are four staircases, two at the two ends and two at the centre. There are four lifts as well. The staircases are well lit and easily accessible by all students.
PERSPECTIVE SECTION
Large Flat open terraces acts as catchment area and the water is collected in the tank under the multi-purpose hall. The land dug out will be reused for filling the land under the cantilever part of the last level. Reducing the need of extra material for construction.
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Administration Senior Level Junior level Cultural/ Common (Software: Revit, Sketchup, Photoshop)
ENTRY LEVEL LVL 0.0M
The entry level plan has Administration office with reception, accounts office, principal and vice principle’s office along with their secretaries. There is a conference room as well for meetings.
FIRST LEVEL LVL -4M (TYPICAL)
The first level has academic spaces. There are several lecture rooms and practical laboratories with faculty spaces. The arrangement of the rooms creates series of open spaces which can be used by students for outdoor learning or just as recreational space.
THIRD LVL -12M
The third level has gathering spaces of the institute. The multi-purpose hall, cafeteria, conference room can be rented to the outside facilities as well, the kitchen can be used for those events as well. And girls’ and boys’ common room and library is on this level as well.
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Students studying in the open spaces. (Softwares: Revit, Lumion)
View of the central Open Space. (Softwares: Revit, Lumion)
View showing the use of vertical louvers. (Softwares: Revit, Lumion)
Front elevation of the institute. (Softwares: Revit, Lumion)
CAR PARKING ADMINISTRATION TEACHERS’ ROOM PRACTICAL LABS
MULTI-PURPOSE HALL LECTURE ROOM
CONFERENCE
STUDENT
LIBRARY 68M 23M 26M 26M 68M 68M 68M 68M 68M
MULTI-PURPOSE HALL
ROOM
REST ROOM
A People’s Place: Bridging Communities on Canal
Pondicherry, Tamil Nadu, India
Academic Project: Cultural Public Place
2nd Year | 4th Semester
Individual
Guide: Prof. Parul Kiri Roy Assistant Professor
Site Area: 1100 sqm.
Total Built-Up Area: 1160 sqm.
BRIEF DESCRIPTION
Pondicherry is an old French town which was physically separated from the Tamil town by a canal. The project was to design a peoples’ place in Pondicherry where people from both the towns can come and participate in various functions. The place provides workshop for local craftsmen to showcase their production process and sell their products at the same place. This makes the local people more interested towards them. This place can also become a tourist attraction.
The site strategically lies on the canal, therefore, it is on the edge of both the towns. It is ironical that the project brings people together where the canal was the physical barrier between them.
The traditional building typologies from both the towns were used to bring familiarity in the place so that it blends with the existing context. The restaurants are zoned on the upper level to attract people to go on the upper level as well. The design integrates with the nearby park and makes a part of it.
The strategy was to create an experience which unites people and showcase their culture and arts at a common place.
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04
(Software: Revit, Lumion)
HISTORICAL RELEVANCE CONCEPT
Pondicherry was a French colonial town which was separated socially as well as physically by the Grand Canal and the towns were called the white and the black town. The white town was the house to the superior French people and the black town was house to the Indians.
The basic building typology in the white town was that there was no setback from the pedestrian path. On the contrary of what it feels standing outside the house, the French houses are open and spacious from the inside. Whereas, the Tamil houses in the Tamil town are totally different from the former. They have setback from the street with a spacious front porch for people on the street to sit on and socialize.
The concept of the design was to remove the barrier between these two towns and the experience of that place should be such that it is not alien to either of the towns. For achieving this, the two very different typologies of the French and Tamil houses were used.
PERSPECTIVE SECTION
The OAT is designed such that people sitting in any direction can see the performance properly.
The OAT connects the first floor to the ground floor and the stage is 2M below the ground level. So, people on the ground floor also see the cultural program.
The clear difference between the two towns can also be seen in the architecture of the respective towns. Which was studied while conducting the street study in Pondicherry by our studio.
21 CEILING LEVEL +6.6M FIRST LEVEL +3.6M GROUND LEVEL 0.0M CANAL LEVEL -2M 14M WIDE RIGHT OF WAY 7.8M WIDE EXHIBITION ROOM CANAL STAGE PUBLIC PLAZA PARK TAMIL TOWN FRENCH TOWN
No setback and the building rises up straight from the footpath (French house Typology)
Open Entrance with setback from the footpath (Tamil House Typology)
(Software: Revit, Sketchup, Illustrator, Photoshop)
(Software: Sketchup, Illustrator, Photoshop)
EXPLODED PLANS & VIEWS
The
GROUND FLOOR FUNCTIONS
Craft Workshops: People can see the process of production of the crafts and then buy.
Shops: Sell regular required material
Public Toilets
Canal is kept open in some areas, so that cool air from the canal can provide cooling during hot months.
(Software: Revit, Illustrator, Photoshop)
FIRST FLOOR FUNCTIONS
Craft Workshops
Eateries with eating space:
People can sit, eat and at the same time enjoy the performance in the Open Air Theatre (OAT).
Yoga centre: It is placed away from the noise producing workshops facing the green park.
This
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This is the view of the street from the Tamil town. The street can be turned into a pedestrian zone on Sundays bringing more people to spend time at the centre. (Software: Revit, Lumion)
The OAT can be used as just sitting space and is also an extended sitting space for the eateries too. (Software: Revit, Lumion)
This is the view from when you enter from the Tamil town side. The canal is visible as a feature and not as separation. (Software: Revit, Lumion)
The stage of the OAT is at a lower level so that people at the ground level can see the event. (Software: Revit, Lumion)
plaza has sitting spaces and connection to the park. It can be used for various open markets and local vendors can sell their product here. (Software: Revit, Lumion)
view shows various local vendors selling their product and also crafts people working on their product. (Software: Revit, Lumion)
WORKING DRAWINGS
4th Year | 7th Semester Individual
BRIEF DESCRIPTION
This was undertaken as a part of the building construction studio, where we made working drawings of the previous semester final design, which in our case was a mixed-use high rise office building in Gurugram, Haryana.
23 +400 +1000 +1000 +400 -2100 -2100 -600 -600 +1000 +1600 +1100 +1000 +400 +400 +400 +1600 +400 +1000 +1600 +1600 +1600 +1000 +1000 +1000 +1000 +1000 +1000 +1000 +1000 SLOPE 1:10 SLOPE 1:10 +400 SLOPE 1:10 SLOPE 1:10 SLOPE 1:10 SLOPE 1:10 UP UP UP UP UP DN DN DN 16000 6000 17610 15000 6000 6000 DN UP +1000 +1600 +1000 +1600 +1000 +1600 HARDSCAPE GRASS GRASS GRASS GRASS GRASS GRASS +1100 GRASS +1100 GRASS +1100 GRASS +1100 GRASS +1100 GRASS +1100 GRASS +1100 GRASS GRASS GRASS +1100 GRASS +1100 GRASS 700 1400 1100 1400 1100 1400 2470 1400 1100 1400 1100 1400 2470 700 4500 4900 1 2 3 4 5 6 7 8 9 A B C E H K L N D J M G 9800 8000 1000 8000 1000 15020 1200 4320 220780 5310 780 1420 8000 1000 1750 1800 8020 2200 3390 2650 3420 2200 8020 1800 1750 4500 4500 4500 4500 4500 4500 4500 4500 9000 9000 4500 4500 1070 13860 1070 4500 4500 9000 4500 4500 230 230 3000 1000 1050 1230 3400 2400 1000 3500 1000 8000 1000 8000 1000 8000 1000 3500 1000 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G2 G2 G2 G2 G3 G3 G3 W1 W1 W2 G2 G2 G2 D2 D2 D2 D2 D2 D2 D1 D1 D1 D1 D1 D1 D1 D2 D2 1000 1050 4750 2200 2500 1500 2000 1500 2500 1000 1050 4750 2200 1000 1890 115 2200 4800 8000 TOILET PH TOILET ELECTRIC ROOM T= 300 R= 150 W= 2000 LIFT LOBBY LIFT SHAFT 2200 2030 AHU ROOM TOILET AHU ROOM 6085 X 4050 ELECTRIC ROOM 6085 X 4040 LIFT LOBBY T= 300 R= 150 W= 2000 T= 300 R= 150 W= 2000 T= 300 R= 150 W= 2000 +1600 +350 +1600 +1600 +350 +1585 +1585 +1585 +350 +1600 +1600 +350 +1600 +1600 LIFT SHAFT 2200 2030 LIFT SHAFT 2200 2030 LIFT SHAFT 2200 2030 LIFT SHAFT 2200 2030 LIFT SHAFT 2200 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 880 10000 3500 1000 8000 1000 3500 10000 1000 8000 1000 3500 1000 1000 3500 1000 8000 1000 7420 115 1970 230 3500 UP UP UP UP UP UP UP R16200 R16200 D2 D2 1 UP 1 UP 1 UP 1 2 3 4 6 UP 4520 2200 1970 930 2200 930 1970 2200 D1 D1 D1 PH TOILET TOILET TOILET W3 W3 -1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 -18 -19 -1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 -18 -19 -2 -4 -5 -6 -7 -8 -9 -10 -11 -13 -15 -16 -17 -18 -19 -2 -4 -5 -6 -7 -8 -9 -10 -11 -13 -15 -17 -18 -19 T3 15 T1 15 C1 14 T2 15 NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL DRAWINGS. 3. ANY DISCREPENCY SHALL BE BROUGHT TO THE NOTICE OF THE AUTHOR IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. GRID LINES PASSING THROUGH CENTRE OF COLUMN UNLESS NOTED OTHERWISE S. NO. TYPE SIZE SILL LVL LINTEL LVL HEIGHT NOS. REMARKS SCHEDULE OF OPENINGS DRAWING NO. REVISION SCALE 1 100 6/18 DATE 26/12/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION TYPICAL PLAN 2 DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY D1 1050 2100 2100 10 D2 2200 2100 2100 10 G1 8000 3900 3900 10 G2 3500 3900 3900 G3 8000 3900 3900 W1 1800 900 1200 2100 W2 2650 900 1200 2100 1 W3 1500 900 1200 2100 ISSUED TO REVISION 05
24 +1000 +400 -2100 -2100 +1600 +1600 +1000 +1000 +400 SLOPE 1:10 SLOPE 1:10 SLOPE 1:10 UP DN DN 17610 15000 6000 +1000 +1600 +1000 +1600 +1000 +1600 HARDSCAPE +1100 GRASS +1100 GRASS GRASS 1 2 3 4 5 6 7 8 9 A B C E H K D J G 9800 8000 1000 8000 1000 15020 1200 4320 220 1500 3860 1750 1800 8020 2200 3390 2650 3420 2200 8020 1800 1750 4500 4500 4500 4500 4500 4500 4500 4500 9000 9000 4500 4500 1070 13860 1070 4500 4500 9000 230 230 3000 1000 1050 1230 3400 2400 1000 3500 1000 8000 1000 8000 1000 8000 1000 3500 1000 G1 G1 G1 G1 G1 G1 G2 G2 G3 G3 W1 W1 W2 G2 G2 G2 D2 D2 D2 D2 D2 D2 D1 D1 D1 D1 D1 D1 D1 D1 D2 D2 1000 1050 4750 2200 2500 1500 2000 1000 1050 4750 2200 1000 1890 115 2200 TOILET PH TOILET ELECTRIC ROOM T= 300 R= 150 W= 2000 LIFT LOBBY LIFT SHAFT 2200 x 2030 AHU ROOM TOILET AHU ROOM 6085 X 4050 PH TOILET TOILET ELECTRIC ROOM 6085 X 4040 LIFT LOBBY T= 300 R= 150 W= 2000 T= 300 R= 150 W= 2000 T= 300 R= 150 W= 2000 +1600 +3550 +1600 +3550 +1585 +1585 +3550 +1600 +1600 +3550 +1600 +1600 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 LIFT SHAFT 2200 x 2030 880 10000 3500 1000 8000 1000 3500 10000 7420 115 1970 230 3500 UP UP UP UP UP UP R16200 R16200 D2 D2 W3 2 3 4 5 6 7 8 9 10 11 12 15 14 13 16 17 18 19 20 21 22 23 24 25 26 UP 2 3 4 5 6 7 8 9 10 11 12 15 14 13 16 17 18 19 20 21 22 23 24 25 26 UP 1 2 3 4 5 6 7 8 9 10 11 12 15 14 13 16 17 18 19 20 21 22 23 24 25 26 UP 1 2 3 4 5 6 7 8 9 10 11 12 15 14 13 16 17 18 19 20 21 22 23 24 25 26 UP 4520 2200 1970 930 2200 930 1970 1000 2200 NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL DRAWINGS. 3. ANY DISCREPANCY SHALL BE BROUGHT TO THE NOTICE OF THE AUTHOR IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. GRID LINES PASSING THROUGH CENTER OF COLUMN UNLESS NOTED OTHERWISE. S. NO.TYPE SIZE SILL LVL LINTEL LVLHEIGHT NOS. REMARKS SCHEDULE OF OPENINGS DRAWING NO. REVISION SCALE 1 100 5A/18 DATE 20/11/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION GROUND FLOOR PLAN- PART 1/2 DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY D1 1050 0 2100 1 2100 10 D2 2200 0 2100 2 2100 10 G1 8000 0 3900 3 3900 10 G2 3500 0 3900 4 3900 5 G3 8000 0 3900 5 3900 3 W1 1800 900 1200 6 2100 2 W2 2650 900 1200 7 2100 1 W3 1500 900 1200 8 2100 2
25 1 2 3 4 5 6 7 8 9 A B C H K L J G 9000 9000 1070 13860 1070 4500 4500 9000 4500 4500 4500 4500 4500 4500 4500 4500 E D 9000 B1 B1 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B2 B3 B3 B4 B4 B4 B4 B5 B5 B5 B5 B6 B6 B6 B6 B6 B6 B6 B6 B7 B7 B7 B8 B8 B9 B9 B9 B9 B9 B9 B9 B9 B9 B9 B9 B9 B10 B10 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B11 B12 B12 B12 B12 B11 B11 B11 B11 B13 B13 B13 B13 NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL DRAWINGS. 3. ANY DISCREPANCY SHALL BE BROUGHT TO THE NOTICE OF THE AUTHOR IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. GRID LINES PASSING THROUGH CENTER OF COLUMN UNLESS NOTED OTHERWISE. DRAWING NO. REVISION SCALE 1 100 6A/18 DATE 20/11/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION GROUND FLOOR PLAN- PART 1/2 DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY FRAMING PLAN S. NO. NAME TYPE LENGTH BREADTH DEPTH NOS. REMARKS B1 PRIMARY 800 1 400 10 B2 SECONDARY 2 10 B3 3 10 B4 4 B5 5 B6 6 B7 7 1 B9 9 800 400 800 400 800 400 800 400 800 400 800 400 800 400 800 400 800 400 800 400 SECONDARY SECONDARY PRIMARY PRIMARY PRIMARY SECONDARY SECONDARY SECONDARY B10 10 B11 11 B12 12 B8 8 2 800 400 SECONDARY PRIMARY 5 3 5
DETAIL T1 DETAIL T2 DETAIL T3
26 8 9 2 1 A B 4500 4500 230 170 2440 500 170 230 1000 1000 30 1000 30 1000 30 1000 560 440 560 440 560 440 560 440 560 2070 1050 1720 230 170 3800 700 170 230 1000 30 1000 30 1000 30 620 50 600 50 670 50 710 2070 1050 1720 220 560 440 560 440 560 440 560 440 2600 1800 9000 115 1970 230 D1 D1 D1 W3 W3 K L 1 3 1000 1000 1000 990 340 680 650 320 30 1000 30 1000 30 1000 310 1000 30 1000 30 1000 30 1000 30 1000 300 1790 990 1000 1000 1000 500 880 800 880 1380 1630 5390 8 9 2 1 A B FT FT FT FT FT FT FT FT FT FT FT FT FT FT FT FT 115 1970 230 D1 D1 D1 W3 W3 1 3 K L D1 D1 D1 D1 D1 D1 W1 W1 W1 W1 SCALE: 1:20 SECTION THROUGH THE PLUMBING SHAFT 10 THK 300 x 300 VITRIFIED/ (CONFORMING TO IS 15622: GROUP- B a) (1:4:8) FLOOR TRAP CONFORMING TO IS 15778 10 THK 300x300 VITRIFIED/ PRESSED CERAMIC TILES (CONFORMING TO IS 15622: GROUP- B a) LAID USING 12 THK PLASTER OF 1:3 CEMENT MORTAR LIGHT WIEGHT FILLER MATERIALS P TRAP PLUG 6L/ 3L DUAL FLUSH WATER CISTERN TRAP COMMODE/ WESTERN TYPE WATER CLOSET 75 DIA CPVC WASTE WATER PIPE CONFORMING TO IS 15778 200 200 FLUSHING CISTERN 230 TH.BRICK WALL 12 mm THK. PLASTER EUROPEAN TYPE WATER CLOSET TO MAIN SOIL PIPE, grad 1:20 CEMENT FILLET 280 MM CINDER FILLING WATERPROOFING 125 MM R.C.C. SLAB WATER SEAL MARBLE FLOOR TILES 200 X 200 X 20, FIXED USING CEMENT SLURRY ONTO BASE MORTAR 200 X100 MM CERAMIC TILES CEMENT FILLET 75 MM P.C.C SUB FLOOR BASE MORTAR (1:6 LAID 20 MM thk ACRYLIC BASED WATER PROOFING @ 15-25 SQ.M /LT 2 COATS TYPICAL WATER CLOSET DETAIL SCALE 1:5 NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL DRAWINGS. 3. ANY DISCREPENCY SHALL BE BROUGHT TO THE NOTICE OF THE AUTHOR IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. GRID LINES PASSING THROUGH CENTRE OF COLUMN UNLESS NOTED OTHERWISE S. NO. TYPE SIZE SILL LVL LINTEL LVL HEIGHT NOS. REMARKS SCHEDULE OF OPENINGS DRAWING NO. REVISION SCALE 1 100 14/18 DATE 26/12/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION TOILETS DETAIL DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY D1 1050 2100 2100 10 W1 1800 900 1200 2100 W3 1500 900 1200 2100 ISSUED TO REVISION
A A' SECTION AA'
27 B A C D H K L N F J M E G 9000 9000 9000 1070 6930 6930 1070 4500 4500 9000 4500 4500 GROUND FLOOR +1000 MUMPTY LEVEL +51400 TERRACE +48400 LEVEL 12 +44500 LEVEL 11 +40600 LEVEL 10 +36700 LEVEL 9 +32800 LEVEL 8 +28900 LEVEL 7 +25000 LEVEL 6 +21100 LEVEL 5 +17200 LEVEL 4 +13300 LEVEL 3 +9400 LEVEL 2 +5500 PLINTH LEVEL +1600 3000 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 TERRACE +48400 LEVEL 12 +44500 LEVEL 11 +40600 LEVEL 10 +36700 LEVEL 9 +32800 LEVEL 8 +28900 LEVEL 7 +25000 LEVEL 6 +21100 LEVEL 5 +17200 LEVEL 4 +13300 LEVEL 3 +9400 LEVEL 2 +5500 LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY LIFT LOBBY OFFICE SPACE OFFICE SPACE RETAIL SPACE RETAIL SPACE RETAIL SPACE RETAIL SPACE RETAIL SPACE RETAIL SPACE RETAIL SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE OFFICE SPACE 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 600 4000 3900 3900 3900 11420 3900 3900 3900 3900 LIFT ROOM 150MM ROOF SLAB 70MM GLASS WOOL 50MM PRECAST SLAB 20MM FOAM CONCRETE 100MM BRICK BAT COBA 20MM MORTAR 25MM KOTA STONE TILE 150MM ROOF SLAB 70MM GLASS WOOL 50MM PRECAST SLAB 20MM FOAM CONCRETE 100MM BRICK BAT COBA 20MM MORTAR 25MM KOTA STONE TILE 20mm BITUMEN FINISH 500mm FOAM CONCRETE 300mm RCC SLAB 40mm TAPECRETE 100mm PCC(1:4:6) TIE BEAM (500 x 700) 115mm THK BRICK WALL RCC RETAINING WALL 40mm TAPECRETE RETAINING BRICK WALL +51400 NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL DRAWINGS. 3. ANY DISCREPENCY SHALL BE BROUGHT TO THE NOTICE OF THE AUTHOR IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. GRID LINES PASSING THROUGH CENTRE OF COLUMN UNLESS NOTED OTHERWISE DRAWING NO. REVISION SCALE 1 100 15/18 DATE 26/11/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION SECTION DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY ISSUED TO REVISION A A'
28 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D1 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 D2 TOILET TOILET LIFT LOBBY MACHINE ROOM TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY TOILET TOILET LIFT LOBBY LIFT LOBBY 450 100MM PCC 1:2:4 2 COURSES OF TAPECRETE (W.P) 75MM PCC 300x600MM TIE BEAM WATER PROOFING MATERIAL RETAINING WALL 200MM FLOOR SLAB 300MM RAFT SLAB GROUND FLOOR +1000 MUMPTY LEVEL +51400 TERRACE +48400 LEVEL 12 +44500 LEVEL 11 +40600 LEVEL 10 +36700 LEVEL 9 +32800 LEVEL 8 +28900 LEVEL 7 +25000 LEVEL 6 +21100 LEVEL 5 +17200 LEVEL 4 +13300 LEVEL 3 +9400 LEVEL +5500 PLINTH LEVEL +1600 LVL LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL LVL + LVL 3600 7500 11400 15300 19200 23100 27000 30900 34800 38700 42600 46500 4700 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 3900 1950 3600 7500 11400 15300 19200 23100 27000 30900 34800 38700 42600 46500 150MM ROOF SLAB 70MM GLASS WOOL 50MM PRECAST SLAB 20MM FOAM CONCRETE 100MM BRICK BAT COBA 20MM MORTAR 25MM KOTA STONE TILE 3 4 5 6 7 8 9 1 2 NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL AND STRUCTURAL DRAWINGS 3. AMBIGUITY DISCREPENCY OR OMISSION SHALL BE BROUGHT TO THE NOTICE OF THE CONSULTANT IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. EXTERNAL WALLS ARE 230MM BRICK WALLS. 6. GRID LINES PASSING THROUGH CENTRE OF COLUMN UNLESS NOTED OTHERWISE DRAWING NO. REVISION SCALE 1 100 16/18 DATE 26/12/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION SECTION 2 DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY A A'
29 A C B D H K N L J M E G GROUND FLOOR +1000 MUMPTY LEVEL +51400 TERRACE +48400 LEVEL 12 +44500 LEVEL 11 +40600 LEVEL 10 +36700 LEVEL 9 +32800 LEVEL 8 +28900 LEVEL 7 +25000 LEVEL 6 +21100 LEVEL 5 +17200 LEVEL 4 +13300 LEVEL 3 +9400 LEVEL 2 +5500 PLINTH LEVEL +1600 GROUND FLOOR +1000 MUMPTY LEVEL +51400 TERRACE +48400 LEVEL 12 +44500 LEVEL 11 +40600 LEVEL 10 +36700 LEVEL 9 +32800 LEVEL 8 +28900 LEVEL 7 +25000 LEVEL 6 +21100 LEVEL 5 +17200 LEVEL 4 +13300 LEVEL 3 +9400 LEVEL 2 +5500 PLINTH LEVEL +1600 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G1 G2 G1 G2 G1 G2 G1 G2 G1 G2 G1 G2 G1 G2 9000 9000 9000 1070 13860 1070 4500 4500 9000 4500 4500 D2 G3 G3 G3 G3 F NOTES 1. ALL DIMENSIONS ARE IN MM UNLESS SPECIFIED OTHERWISE 2. ALL DIMENSIONS SHALL BE CHECKED AND CORELATED WITH THE RELEVANT ARCHITECTURAL DRAWINGS. 3. ANY DISCREPENCY SHALL BE BROUGHT TO THE NOTICE OF THE AUTHOR IMMEDIATELY BEFORE COMMENCING THE WORK. 4. DRAWING IS TO BE READ AND NOT MEASURED. 5. GRID LINES PASSING THROUGH CENTRE OF COLUMN UNLESS NOTED OTHERWISE DRAWING NO. REVISION SCALE 1 100 17/18 DATE 26/11/2018 ANKITA MALLICK IV TH YEAR B. ARCH SECTION B SCHOOL OF PLANNING AND ARCHITECTURE BUILDING CONSTRUCTION ELEVATION DATE NO. ISSUED TO PURPOSE BY DATE NO. REVISION BY ISSUED TO REVISION A A'
INTERNSHIP WORKS
4th Year | 8th Semester
Individual
BRIEF DESCRIPTION
I did a 6 month long internship in Kolkata at Sukanya & Associates. I was involved in a variety of projects, ranging from luxury residential building to mixed use housing, large scale township and also Interior design of a studio workspace.
30 06
31 LUXURY RESIDENCE,
2D plans, Presentation Drawings, 3D Model
BANGLADESH
32 LUXURY RESIDENCE,
2D plans, Presentation Drawings, 3D Model
BANGLADESH
MIXED-USE RESIDENTIAL TOWER, BANGLADESH
33
2D plans, Presentation Drawings, 3D Model
MIXED-USE RESIDENTIAL TOWER, BANGLADESH
34
2D plans, Presentation Drawings, 3D Model
Reception Area
LEATHER WORKSHOP, KOLKATA
Design, 2D plans, Presentation Drawings, 3D Model
Waiting Area, Studio
35
Workspace, Studio
LEATHER WORKSHOP, KOLKATA
Design, 2D plans, Presentation Drawings, 3D Model
Manager’s Office, Studio
36
37 RESIDENCE BUNGLOW, U.P. 2D plans, Presentation Drawings, 3D Model
38 OFFICE COMPLEX, JAIPUR Revision design, 2D plans, 3D Model
39 OFFICE COMPLEX, JAIPUR Revision design, 2D plans, 3D Model
Thank you! Ankita Mallick ankitamallick1297@gmail.com