Undergraduate Architecture Portfolio 2018-2022

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2018 - 2022 SELECTED WORKS 1
PORTFOLIO |

KRISHNA PATEL

Date of Birth : 29 - 07 - 2000

Mobile no : +91 8928451569

Email i : krishnapatell2920@gmail.com

Languages : English, Hindi, Gujarati, Marathi

EDUCATION

NMIMS Balwant Sheth School of Architecture Bachelor of Architecture

Chatrabhuj Narsee Memorial School ISC (Science)

Chatrabhuj Narsee Memorial School ICSE

COMPETITIONS and EXHIBITIONS

The Dharavi Project, ArchDais Honorable Mention

15 Minute City, The Charette Participation

Solar Decathlon India Top 6 in Educational Division

Thesis Bazaar Annual exhibit at NMIMS BSSA

Street Installation, Kala Ghoda Participation

Emergent Behavior in Nature Installation

Mini Max Pavilion, BSSA Honorable Mention

Architectural Illustration, BSSA Participation

Redesign Play, Esquisse Participation

PROFESSIONAL WORK

TA Working Drawing 3rd Year Studio, BSSA

Teaching Assistant to Ar.Ajith Prabhu,Ar.Arti Daga,Ar.Shishir Sawant

Hello!

I am an aspiring architect and currently a 5th year student at Balwant Sheth School of Architecture in Mumbai, India.

This is a collection of projects and extra curricular work that reflect my passion for architecture and design. The projects included are a product of research, observation and visualizations studies varying from small scale projects to large scale urban inserts.

I am working currently on my ongoing thesis project titled “Re -Thinking Social Spaces in Urban Conditions”

TRIP DOCUMENTATION and PUBLICATION

Movement Through Space

Featured in the BSSA Editorial Newsletter 2020 Aurangabad, Maharashtra College Publication

Jodhpur and Pushkar, Rajasthan Measure Drawing of Pushkar Ghats Fontainhas, Goa Site Documentation

Ahemdabad, Gujarat Adalaj Stepwell, IIM Ahemdabad, NID, Sarkhej Roza, Sabarmati Ashram

SOFTWARE PROFICIENCY

Adobe Photoshop, Adobe Illustrator, Adobe Indesign Autodesk AutoCad, McNeel Rhinoceros, Autodesk Sketchbook, Procreate, Vray, Microsoft Suite, QGIS

Sketchup, Autodesk 3Ds Max, Autodesk Revit, Grasshopper, Adobe Lightroom, Cinema 4D, Adobe After Effects, Lumion,

Model making, Laser cutting, 3D Printing, Hand Drafting, Printmaking, Illustration, Fabrication (wood/steel), Handcut models, IMovie

INTERESTS

Software modelling, Rendering, Visualizing Photography, Video editing, Illustrations, Lego Cricket, Football, Badminton

2018 - 2023 2016 - 2018 2003 - 2016 2021 2021 2022 2022 2022 2019 2021 2022 2018 2020 2018 2019 2022 2022 Work Graphics Sports 2022 Advance Basic Other
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THESIS

LEARNING CENTRE

4 5657 22 38 6 405054 30 14
going thesis titled : Re - Thinking Social Spaces in Urban Conditons Exploration of geographic information systems for map making Exploration of geographic information systems for map making
th Year design studio focusing on Mass housing
rd Year design studio based in Vile Parle (east), Mumbai
rd Year design studio based on reviving the abandoned watson hotel Series of competitons taken part during the Architecture course Series of competitons taken part during the Architecture course Model making skills and material exploration 4th Year design studio based on designing a digital market interface + art gallery
rd Year design studio based on designing a public institute and performing centre
On
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QGISGRAPHICS HOUSING FOR NOMAD ECO - ESCAPE
COMPETITIONSWORKING DRAWINGSMODEL MAKING REPOSITORY
A PLUGIN INTERVENTION
SELECTED WORKS 3

RE THINKING URBAN

Semester 9 | Year 5

Design Dissertation

Mentor : Mr. Rajeev Thakker

Site : Lower Parel, Mumbai

Concept : Re - activating dead spaces

| The purpose of this dissertation is to break down an existing system into its component processes. Urban Voids have the power to significantly enhance the area and strengthen the urban fabric of the city.

| Reclaiming the empty areas through intervention could alter how people view them, improving the comfort and imageability of shared places, the concept of multipurpose public spaces acting as thoroughfares rather than as discrete units in the urban fabric is central to my research. It discusses the informalities and public life that occur in common areas, everyday areas, and spaces in-between that promote social interaction.

| These in-between spaces serve as ambiguous, adaptable, and transient public domains. They can serve as a link between various services, spawning new communities that aid in altering and energising any vacant or abandoned place in the city.

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PLUGIN INTERVENTION

Semester 5 | Year 3

Brief : Hybrid Centre

Mentor : Mr. Atrey Chhaya, Ms. Pranali Patel

Site : Watsons Hotel, Mumbai

| The ideas below were taken from Jacques Tati’s 1958 French film Mon Oncle. The focus of the movie is on Monsieur Hulot, a socially awkward character, and his struggle against postwar France’s passion with modern architecture, mechanical efficiency, and materialism.

| An understanding of the built environment that was present within the frame was first provided through a series of pictures. Examples of these drawings aid in the formulation of parameters of how different types of interaction leads to change in plane depending on how the routes are pathways people take through the building and plaza. The movement might be fast or slow based on the attractor nodes where in the public circulation the movement is often overlapped with other functions whereas private circulation accounts more intimate movements.

| The Watson Hotel was taken into consideration as a prospective intervention site because of its dilapidated condition and potential for a variety of programmatic purposes. By utilizing the language of illustrations and the Watson’s existing grid system, a concept was created that stayed within the set parameters.

| This process generated an unique hybrid work space on one plot that featured variety of programmes such as commercial offices, workshops, learning studios and an arcade arena

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| NODE
Activity mapping of flexible informal stalls with flexible physical elements where each stall acts as a node at varying scales at different time intervals.
Instances of these drawings help in formulating the parameters of how various forms of interaction cause changes in the plane depending on the pathways that people follow through the structure and plaza. 1.1 Hulos morning Activity1.2 Exchange of goods 2.1 Hulos interaction with the vendors | neighbors conflict | school kids coming up for help 2.2 Circulation from Hulos house to communicating with the people on the way and getting engaged with the commuters near the plaza and having a session at the hotel 1.3 Informal stalls being setup1.4 Midnight gathering + Entertainment 1 point attractor2 point attractor3 point attractor4 point attractor5 point attractor6 point attractor 8
ATTRACTOR
| MOVEMENT THROUGH PLANE

| Portraying every area of the building in an skeletal system to reveal every architectural component and to show the inner spaces in great detail. these drawings aid in the formulation of parameters that are later utilised to iteratively create various design forms.

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PLAN AT LVL +16.5M

PLAN AT LVL +16.5M

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PLAN AT LVL +10.5M 11

SETION THROUGH THE VOID

SETION THROUGH STUDIO AND WORKSHOP

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2. Studio view
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1. View from workshop passage

LEARNING CENTRE 03

Semester 6 | Year 3

Brief : Transitional Space

Mentor : Mr. Hemant Purohit

Site : Grant Road, Mumbai

| Re-creating a section of the well-known Lamington road which is one of the largest wholesale and retail market in electronics goods in Mumbai, which is located near Grant Road station

| The approach aims to reconsider how learning environments are made by moving away from the concept of formal teaching methods and toward a system where learning is more about knowledge exchange in informal situations.

| The insert serves as a catalyst for idea generation, exchange, and experimentation, involving the community and fostering the development of fresh skills and viewpoints from people of all ages.

| It offers itself as an open, transparent space where visitors can dig in and share ideas: a true hub of creativity and innovation where the design creates a harmonic connection between people, sports, and learning.

| The external shared spaces are treated in a way that layers informal social and educational spaces at different levels based on the convergence of many purposes in order to create an environment that promotes interaction. The form provides spaces where professionals and design students collaborate, fostering engaging sessions, workshops. These rooms offer spacious settings with maximum natural light and ventilation.

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Jehangir Street

The existing street consists of wide range of products sold including live painting and pottery

The current market is defined by the interface of the market and its user experience, meaning the way a user interacts with the commodity, person or the context

These commodities provide us with tangible, intangible, visual or physical experience of the activity happening in market

Jehangir Art Gallery

It acts as an open street where all the displays are viewed on a continuous loop

The 550 feet of hanging wall space in the auditorium and exhibition gallery acts as a projection zone for a particular VR show

The venue’s lighting and acoustics were constructed in a way that it may also be utilised for concerts.

| CASE STUDY
seating
and
Digital Screens VR
Pivoted Frames Info Desk + Setup Fabric Screen 40 50 LIVE SKETCH JUST FOR 100 PAINT ON LEAF PLAN
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Raised platform for
Inviting roof
staircase
Projected room
FRONT ELEVATIONSECTION

3.1 3.2 3.3 3.4 | CONCEPT

1.1 1.2 1.3 1.4

| SITE ANALYSIS - EDGE CONDITIONS

• Congestion

• Forced Circulation

• Movement restricted due to temporary

• goods kept on the street

2.1 2.2 2.3 2.4

4.1 4.2 4.3 4.4 Placement of attractor points at varying scales Voids for visual connect Ramps and main Spline

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Opening up the edge
• Influx of people due to stalls
| Plan at First Floor Level | Plan at Second Floor Level| Plan At Ground Level 18

Open Terrace + Gig

Semi - Private Library + Gallery

| Section through
and Plaza | EXPLODED AXONOMETRIC
Informal Markets
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Learning Hub Market + Plazas+ Screens

Terrace Court + Entertainment Learning Pods + Plaza

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Informal Market/Stalls Street
View
gallery 2. Lounge view 1. Plaza view 21
| Section through Public Court and Leraning Pods3.
from display

NOMAD HOUSING

Semester 8 | Year 4

Brief : Mass Housing

Mentor : Ms. Dipal Chhaya

Site : BKC, Mumbai

| This proposal also criticises the existing work environ ments. It is a hybrid housing and working concept that enables regeneration and flexibility at all scales, including the macro, meso, and micro. The future interactions be tween technology, people, and nature are included in this concept.

| The creative hubs and working spaces for digital no mads are examples of flexible future proofed office, be cause the design can fit more staff or more servers based on unexpected needs. These free plan designed flexible spaces and equipment allow individuals and groups to share ideas anywhere and anytime.

| The site and building orientation have been carefully con sidered, taking into account environmental and comfort needs, so that the majority of flats face the main court and simultaneously allocate the greatest views from their balconies, towards it.

| Each apartment has simple structural solutions that may be quickly tailored to suit specific requirements. Size, exposure, and layout vary amongst the homes, making each unique: from studios to spacious family homes and two-story penthouses

| The strong demand for a park-like setting mostly stems from the need to pedestrianise the area, which will make it safer for locals to promenade, play and ride bikes.

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Working conditions are changing as a result of advances in technology, emerging entrepreneurship, and networking. When it comes to a business site like BKC which acts as a commercial hub.It serves as an excellent influx point for aspiring entrepreneurs and new firms. As a result, the concept was to create a Live | Work Community with gradients of social interchange and heirarchy of work conditions, allowing for more sustainale living

| HYBRID HOUSING
| CONCEPT | SITE ANALYSIS | DECK HOUSING 1. Site Location and road network 3. Addition of greens4. Zoning 2. Primary and Secondary street mapping PLAN 1.02.03.0 1.1 1.2.3.4. 2.13.1 SECTION Proposed site Mangroves Open SpaceCommercial | User Narrative 24
| UNIT CONFIGURATION 1 BHK - 45 SQ.M 1 BHK - 50 SQ.M2 BHK - 75 SQ.M CONF. ROOM - 40 SQ.M OFFICE - 50 SQ.MSTUDIO APT - 75 SQ.M STUDIO APT - 45 SQ.M STUDIO APT - 60 SQ.M OFFICE - 60 SQ.M 25
| Section through the Entrance Plaza
Plan
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|
At Ground Level
| EXPLODED AXONOMETRIC 27
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| Section
Public Court 29
through

X

Semester 7 | Year 4

Brief : Hybrid Centre

Mentor : Mr. Sohil Soni, Ms. Pranali Patel

Site : Irla Market, Mumbai

| A large variety of products are currently available and are sold to the thousands of commuters that pass by the location every day. The user experience of the market, which refers to how a user interacts with a commodity, person, or setting, defines the current market.

| This idea, which aims to revive and redesign the ex sisting irla market for the coming future through the lens of digital interface, aims to be flexible and adapt able system with regard to time, behaviour, and place.

| The insert serves as a catalyst for idea-sharing and the exploration or play of many elements, including the neighbourhood and fostering the development of new skills and ideas among all age groups.

| The levels and entrance plazas distribute customers throughout levels, maintaining a steady stream of cus tomers to the stores while simultaneously slowing down the pathways to the entry/exit points. A healthy link be tween people, the environment, and the media is created by the design.

REPOSITORY +
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Fig 1.1

Forced circulation with no pause movements due to self generated activities causing congestion

Fig 2.1Fig 2.2 Fig 2.3

| CHARACTER MAPPING

| MARKET STUDY
KitchenKitchen/ Loading Semi-PublicPublic AC DiningOutdoor Dining Footpath FOODFRONT STAFF BACK STAFFGUEST
Functioning of the hotel durning post and pre Covid time
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Classification of programme Organisation of programme Fig 1.2

| MARKET vs APP

| SITE ANALYSIS
Fig 3.1 Activity and movement mapping | Transport vehicles loading and unloading products Fig 3.2 Activity and movement mapping | Transport vehicles loading and unloading products SEED PLANTING IN CULTIVATION BAGS LOADING IN VERTICAL GREENHOUSE TRANSPORT THROUGH A PULLEY SYSTEM ADDING FERTILIZERS ADDING CO2 33
1. Influx Points 2. Opening up the edge 3. Circulation 4. Digital Interface Looping 5. Programme Division 6. Interdependency of Programme - Connection from SV road to Irla market - Leveling up the edges- Seamless Connectivity- Street penetration at several levels of programme | CONCEPT | FORM DEVELOPMENT 34
| Section Through the Void |
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Plan At Ground Level
| Section Through the Primary Public Court
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| Section Through the Digital Workshop and Handloom Market

| Plaza view

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ECO ESCAPSE

Brief : Ecology Renewal

Mentor : Ms. Nilambree Vaidya

| The proposed eco park aims to use both natural and aesthetic aspects to treat people’s spirits, minds, and physical well-being by using plants and other materials with distinctive textures, colours, fragrances, and tastes.

| The system is a natural healing environment, i.e. a natural world integrated into the contemporary built environment. It is planted with vibrant florals that attract butterflies, landscaped with a natural palette of indigeous plants, and incorporates natural light, vegetation, nature views, and other experiences.

Semester 6 | Year 3 38

Site : Vile Parle, Mumbai 06
| It acknowledges how crucially dependent our ties with the natural world are for maintaining human physical and mental health.
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URBAN

Our approach to creating an ideal neighbourhood took into account four im portant factors: safety, walkability, balance, and sustainability. The focus was on establishing a self-sufficient neighbourhood that was also well connected to its surroun dings. Housing, commercial areas, healthcare. and recreational centres are all accessible within a 400-meter radius. The inclusion of electric charging stations, rental bikes and cycles, and bus lanes results in a more integrated and efficient public transportation system.

From the micro building level to the macro neighbourhood level, each unit includes provisions for urban farming. Large open areas help to balance the city’s density while also enabling ecological connectivity at numerous sites.

REVIVE

The “15-minute city” is an approach to urban design that aims to improve people’s quality of life by creating cities where everything a resident needs can be reached within 15 minutes by foot, bike or public transit. This concept puts an emphasis on careful planning at the neighbourhood level, giving each district the features it needs to support a full life – including jobs, food, recreation, green space, housing, healthcare facilities, small businesses and more. And importantly, it’s a full life that doesn’t require a car.

Site
| 1.5 sq.km
Vashi, Mumbai
PROJECT BRIEF |
Team Members : Krishna Patel, Ronak Shukle, Shraddha Parikh,Yug Shah
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15 Minute City | TheCharette
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PLUG - HOOD

Site Dharavi, Mumbai | 2000 sq.m

The intend of this proposal is to deconstruct the existing system into its processes and to reassemble it into a self organised and negotiable state, leaving it to programatically grow with respect to time, space and behaviour where the proposed units could have the ability to mutate and be reused. The negotiation of the 3x3 module ensures the inclusion of every individual/couple/group to have an independent identityandoffersflexibilityintermsof growththenearfuture.Themainideaalsorevolvesaroundhow circulation spaceslikecorridors,verticallinks,terracesorworkshopsetccouldbeusedtoconnectvaried programsacrossdifferentlevelsandmaintainingvisualconnectthroughoutalongwiththeunitspluggedin.

The ground floor has been designed for the transit public and locals to dive in as it functions as a self generative zone where pop up stalls or exhibitions could be set up or could serve as main performance space surrounded by practise rooms. In terms of the plugged in modules, the cluster generates through collective decision making and has the ability to grow, de-grow or modify itself with respect to the required needs of the individuals.

Dharavi Project | ArchDais

PROJECT BRIEF |

The aim of the competition is to use architecture as a tool to enable social upliftment and arrive at changes that will actually have a catalytic impact on Dharavi.

It is imperative that the design learns form the efficiency and resourcefulness that the people of Dharavi exhibit. It should be able to act as an icon for the people living there and the rest of the city and should help the people realise their short and long term goals. The design must be scalable, moldable and flexible in use and must remain in use at all times.

PERIPHERALVEGITATION

PLUG - IN - UNITS

EXPLODED AXONOMETRIC CIRCULATION
SECTION BB’
Team Members : Krishna Patel, Shruti Patel
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GROUND FLOOR PLANAXONOMETRIC UNIT FLEXIBILITY SECTION AA’ WORKSELL AREA-36SQ.M WORKSELL AREA-9SQ.M LIVE|SELL AREA-18SQ.M WORKRECREATE AREA-18SQ.M WORK|RECREATE AREA-18SQ.M WORK|SELL AREA-18SQ.M LIVE|SELL AREA-18SQ.M WORK AREA-9SQ.M LIVEWORK|SELL LIVE|WORK|SELL WORK|SELLLIVE|WORK WORKSELL AREA-42SQ.M FIRST FLOOR PLAN CONNECTORTOMETRO SECOND FLOOR PLAN BASEMENT PLAN A A’ B B’ 43

PATCH

- DE

Mini Max | BSSA

PROJECT BRIEF |

Public spaces are ceaselessly evolving in order to foster an element of social engagement, interaction and activity. The main goal of this project is to create a tangible space in an urban context using minimum resources and producing a maximum experience; with people from all walks of life interacting with each other. We intend to follow and impart the concept of the three M’s: Materiality, Mechanism and Maximum Expression. The project ideates in becoming a series of installations in different parts of the city that explore how the public reacts to temporary installations in public context.

PATCH DE |

There’s a new wave of a revolution embarking upon us, it’s led by the younger stems of society. Progressively, people are acknowledging and appreciating the importance of a sustainable way of living. Thrifting comes up from a larger concept of upcycling. Different corners in the pavilion offer different configurations of interaction; be it in the form of DIY (Do-It-Yourself), illusional volumes or simply crowd-sourcing art on the panels. Our primary material is upcycled and recycled denim obtained from local sources.

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Team Members : Janvi Mangukiya, Krishna Patel, Nikhil Kannan,Prerna Kejriwal, Shloka Mashru
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Site Colaba, Mumbai | 16 sq.m
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Typology : Educational Building Mentor : Ms. Dhanashree Sawant

A group of 15 students, were a part of the Solar Decathlon India Competion, in the Educational Division. With Shri Vile Parle Kelavani Mandal (SVKM) as the project partner, the aim was to design an ICSE School for students in Kindergarten to 12th Grade in Kharghar, Navi Mumbai. The competition covered 10 topics including Energy Performance, Water Performance, Engineering Operations, Resilience, Innovation, Architec- tural Design, Health and Well Being, Affordability, Scalability and Market Potential and Communication. The Energy Performance Index achieved was 27.08 kWh/m2/yr, an overall reduction of 58.75% from the initial base case simulations. Additionally, the water demand was reduced by 60% from 45 lpcd to 18.3

Team Members : Anish Pariani, Jeffin Jacob, Keenan Pereira, Krishna Patel, Mihika Vadagama, NitikaAnand, Ronak Shukle, Saie Wable, Shohreh Sadequin Shraddha Parikh, Varshil Shah, Yug Shah,

MASSING ITERATIONS

January 1. 1.Identifyingissuesonsite 1.Sitelocationandtransportroutes 2.Builtusediversitymap3.Targetareauserdensity 2.Plotrestrictions 4.Creatingmassinaccordancewith winddirection 3.Creationof courtyard 5.Combatingsoundandradiationon southandwetfacade 6.Designof Kineticfacade 2. 3. FORM
ITERATIONS
SITE ANALYSIS
WIND ANALYSIS
4. May November
DECATHLON 10
SOLAR -
4000 sq.m 46
Site Kharghar, Navi Mumbai |

CLASSROOM OPTIMIZATION

Agrocrete as a Partitioning system: Thermal Conductivity = 0.4 W/mK Embodied Carbon = - 0.2 kgCO2/kg Water Absorption = 10 - 20 %

3 M wide Corridor on the South and the West sides of the building, which acts as a buffer from the harsh sunlight and the loud noises from the highway.

Classroom Energy Optimization Strategies

750 mm wide chajja, located at 2900 mm from the surface finish of the slab, acting as the shading device of the classroom, which, in turn, reduces the cooling load of the building.

Windows facing the North so that maximum diffused sunlight enters the classroom from the central courtyard.

WWR = 40

Lights are responsive to lux levels of the classroom, thus decreasing the lighting load of the building

Shadow Analysis with Proposal

FACADE ITERATION
Type 1 Type 1
Type 2Type 3Type 4Type 5Type 6Type 7Type 8 EUI Simulations for Windows with Shading Devices in a Classroom Module Horizontal and Vertical Projections
EUI = 85.4 WWR = 60 EUI = 85.4EUI = 85.4EUI = 85.4 Type 6Type 1Type 8
Shadow Analysis with Proposal Iteration with Windows on Southern facade and Corridor on Northern Facade
FLOOR PLANS Floor Plan at Ground LevelFloor Plan at Second FloorTypical Beam Layout 47
Final Reversal of Classroom Position with Windows on Northern facade and corridor on Southern Facade
30°C 25°C 25°C 30°C 27°C GENERAL DATA INPUT IN ACTIVITY WITH PROPER DATA OF THE HOLIDAY SCHEDULE ADDED SCHEDULE OCCUPANCY OF THE HOURLY DATA ADDED. Base Case Holidays were taken as non- operational hours which decreased a significant amount of loads School working hours were taken as 8am to 4pm WINDOWS CHANGED TO 40% WITH 1.25M STILL LIGHTING DATA ALTERED TO DATA OF HVAC SYSTEM WITH HOURLY SCHEDULE PER DAY DESIGN CASE ADDED DETAILED HVAC SYSTEMS WITH GENERAL SCHEDULE OF OCCUPATION PER HOUR Openings Alterations for efficiency Sensor -based lighting installed to optimise wattage usage Altering HVAC Specs Out of the operational hours, only those which required external cooling (as per IMAC) were taken into consideration 96.382.6863.527.0830.339.153.3 Using energy efficient and low flow fixtures which can function during shortages Elevated Plinth Voids present on South West and North East to channel wind into courtyard Reusing harvested rainwater and treated water, thus reducing overall water demand Flexible spaces which can be used as resilience shelters in case of calamities or pandemics Provision of Solar PVs generating energy which can be used incase of power cuts or during emergencies Emergency systems and easily readable escape routes providing visual connections for a quick and safe getaway in case of Fire. Green Roofs Bamboo Fins Operable Windows Cinder Blocks RCC Structure AAC Blocks Process of reduction of energy performance from Base to Design case Section through facade Reduction of indoor tempreature through passive and active strategies Strategies to create resilience against calamities 48

In order to make their buildings green, the most common choice is adopting green live walls. However, live walls can only sustain in specific climates under specific conditions. For the facade, the idea was to create a sustainable system, that inculcates the bene- fits of green walls while also addressing the industrial and noise pollution due to the sites surrounding context (Industries in Taloja and main road).

Made of cinder blocks, this parapet not only purifies air, and adds an element of green, but also promotes the habit of gardening among young children who shall be encouraged to take care of the plants outside their classroom.

CLASSROOM +
MODULES INNOVATION WIND DIRECTION PARAMETERS FOR ORIENTATION RADIATION Components of Planter Wall Section through Green Blocks Axonometric view of Kinetic facade KINETIC FACADE Section through breakout space fenestrationStates of Breakout Blinds State of the fins and corresponding average annual flux Fig. 1 Fig. 2 Colour Variation on Facade using Flowers BAMBOO LOUVRE WITH END PIVOT HANDLE AND LOCK 25 MM DIA. MS STEEL RAILING MARBLE PLATFORM CINDLE BLOCK PLANTER WITH DRIP IRRIGATION 2250 250 EQ EQ EQ 375 600 CONCRETEBLOCKSOLID MARBLEPLATFORM 100MMSOIL 50MMGRAVEL WATERINLETPIPE DRAINPIPE OVERFLOWPIPE CONCRETEBLOCKSOLID CINDERBLOCKPLANTER
PASSAGE
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Mentor : Ms. Pournima

Shishir Sawant Site : Goa | Working drawings for a design project from the fourth semester were generated in the studio. A study of various construction processes and associated technical drawings led to the creation of drawings such as laying out plans, foundation plans, centre line plans, etc.

C11 C15 C14 C27 C26 C7 C8 C9 C10 C5 C6 C12 C16 C18 C23 C29 C1 C2 C3 C4 C13 C17 C19 C20 C21 C22 C24 C25 C28 STANDARD FOUNDATION 1900 1600 1500 1200 1200 1500 AMPHITHEATRE AND STEPS BELOW C25 C19 C24 C31 C28 C23 C30 C27 C22 C29 C26 C21 A' B' D' E' G' 1 2 C1 C2 11 9 6 2 C3 C4 C4 C31 C29 C31 C30 C29 C22 C21 1' C20 4700 7120 9065 11850 150 C19 C18 C17 C16 C15 C1 C7 11965 C2 C8 9760 7460 3570 C15 8460 C11 8410 C3 5320 5380 C5 C9 C14 C6 C10 A 115 200 C4 C17 C13 3 C5 1 C1 C2 C3 5 10 4 C6 C10 C7 C8 C9 C11 C14 C12 C13 C19 C18 C17 C16 C15 7 8 C23 C24 C25 C26 C27 C28 C26 C27 C28 C23 C24 C25 C22 C21 1' C20 3 C5 4 C6 5 C10 6 C7 C8 C9 C11 7 C12 8 9 C13 10 C14 115 200 1345 1380
115 200 1345 1380
B C D E F G H K L 3' 2' 4' 5' 5' 4' 3' 2' 11 2895 2945 C12 C16 I J C20 F' 10520 C18 C' 5890 10890 10865 9590 7190 6060 2645 135 135 5410 8000 7315 C30 WORKING DWG 11Semester 6, 8 | Year 3, 4 Brief :
FOUNDATION PLAN 50
3430 3465 6045 6620 6655 7890 9560
3430 3465 6045 6620 6655 7890
Hybrid Centre
Raje, Mr.
DISPLAY/SCREENING RECEPTION -0.15M -0.30M GALLERY -0.60M GALLERY LIBRARY -0.45M +0.30M SHOP -0.90M +0.30M -0.60M TOILETS UP UP STALLS MALE WASHROOM FEMALE WASHROOM C11 C15 C14 WITH SKYLIGHT 8 CUT OUT TILL LVL 2 CUTOUT COVERED 3 6 2 1 9 4 7 5 C27 C26 C7 C8 C9 C10 C5 C6 C12 C16 C18 C23 C29 C30 C31 C1 C2 C3 C4 +0.0M 1 2 3 4 5 6 7 8 9 10 C13 C17 C19 C20 C21 C22 C24 C25 C28 W1 W4 W3 D4 D3 -0.60M D1 D3 W2 -0.45M W3 W6 W7 D1 D2 D2 D4 3120 2050 3500 1700 2350 3010 1000 3065 2735 2075 V1 V1 6775 W5 C1 W1 F2 D1 3015 1800 7000 3745 7230 WITH SKYLIGHT CUTOUT COVERED -0.30M RS1 6890 7675 2000 2500 DOWN -0.45M -0.45M ENTRY 6 STEPS 3 3580 DOWN ENTRY 1 STEPS 1 4300 1800 6210 2000 1500 2775 3500 DOWN RAMP ENTRY 3 +0.15M UP STEPS 1 ENTRY 4 UP STEPS 2 ENTRY 5 1650 +0.15M 3510 +0.15M DOWN ENTRY2STEPS2 1890 3310 3350 3510 2770 2990 1460 SHOPS 3450 1953 7006 WITH SKYLIGHT CUTOUT COVERED 1980 1000 +1.05M 2570 2000 STAIRCASE 1 STAIRCASE 2 DUCT 892 2550 1160 1290 1310 4190 2020 W1 C1 F1 S1 W1 C1 F1 S1 GATE 1(MOTORIZED)3900 x 2200 ETFE PANELS GATE 2(MOTORIZED) 2500 x 2200 ETFE PANELS OP3 W1 C1 F3 S1 RS2 RS3 OP1 OP2 OP4 OP6 OP5 OP3 READING ROOM IN IN W1 C1 F3 S1 W1 C1 F3 S1 W1 C1 F1 S1 W1 C1 F1 S1 AMPHITHEATRE CUTOUT COVERED WITH PARGOLATILL LVL 2 TILL LVL 2 TILL LVL 1 TILL LVL 2 W1 C1 F3 S1 PLAN AT GROUND LVL AT +1.65M 150 STEPS SCHEDULE TYPE TREAD L x B (mm) RISER (mm) NO. STEPS 1 2 LVL DIFFERENCE (mm) 150 4000 x 300 1000 x 300 STAIRCASE SCHEDULE TYPE TREAD L x B (mm) RISER (mm) NO. STAIRCASE 1 STAIRCASE 2 150 150 10 1000 x 300 FF HT. (mm) 3000 OPENING SCHEDULE 1890 x 3000 TYPE MEASUREMENT L x B (mm) OP 1 NO. OP 2 01 2350 3000 01 OP NO. TYPE DESCRIPTION DOOR WINDOW SCHEDULE D = DOOR W = WINDOW V = VENTILATOR SILL (mm) MEASUREMENT L x B (mm) OP 3 1000 x 2200 1700 x 3000 02 STEPS 2 STEPS 3 150 150 2 1800 x 300 2000 x 300 300 1 450 2 750 x 2200 30MM THK LAMINATE FINISH FLUSH DOOR, SINGLE SWING. 600 x 2200 40MM THK POLISHED TEAKWOOD FRAME WITH LAMINATE FINISH FLUSH DOOR, SINGLE SWING. 2 D1 D2 W4 2 D3 1300 x 2200 2 D4 30MM THK LAMINATE FINISH FLUSH DOOR, SINGLE SWING. 40MM THK LAMINATE FINISH FLUSH DOOR, SINGLE SWING. 1100 x 1300 1 W1 800 1200 x 800 ALUMINUM FRAME WITH 8MM THICK TRANSPARENT SLIDING GLASS WINDOW. 1 W2 1500 2000 x 1500 2 W3 800 1000 x 1500 2 450 ALUMINUM FRAME WITH FIXED LOUVERED GLASS WINDOW. 2000 x 1500 1 W6 800 600 x 1000 1500 2 V1 WOODEN FRAME WITH 8MM THICK TRANSPARENT GLASS WINDOW. WOODEN FRAME WITH 8MM THICK TRANSPARENT GLASS WINDOW. ALUMINUM FRAME WITH FIXED LOUVERED GLASS WINDOW. ALUMINUM FRAME WITH 8MM THICK TRANSPARENT SLIDING GLASS WINDOW. 1 800 x 1500 W7 800 WOODEN FRAME WITH 8MM THICK TRANSPARENT GLASS WINDOW. 1 12MM THK GLASS PANEL WITH MULLIONS W5 2200 x 2000 450 10 3000 2075 x 3000 TYPE MEASUREMENT L x B (mm) OP 4 NO. OP 5 01 1850 x 2550 01 OP 6 1600 x 2550 01 ROLLING SHUTTER TYPE MEASUREMENT L x B (mm) NO. TYPE MEASUREMENT L x B (mm) NO. RS 1850 x 2350 01 2000 x 2350 RS 1 RS 2 RS 3 01 1600 x 2350 01 NOTE: THE ROLLING SHUTTERS WILL BE ROLLED BACKWARDS IN THE SHUTTER BOARD, SO THAT WE CAN PLACE THEM BEHIND THE BEAMS AND THEY ARE NOT VISIBLE ON THE EXTERIOR FACE OF THE SHOPS INSIDE THE MARKET. F1 W1 W2 C1 NEERU FINISHED PLASTERED AND PAINTED. NEERU FINISHED PLASTERED AND PAINTED. COARSE FINISHED PLASTERED AND PAINTED. S1 D1 150MM HIGH MATCHING THE FLOOR FINISH. KOTA BLUE POLISHED STONE 600 x 600 MM. 35MM THICK FULL HEIGHT DADO FINISH. F2 MOSAIC TILES TABLE FOR FINISHES : W WALL; C CEILING, F - FLOORING, D DADO F3 POLISHED MARBLE. W2 C1 F1 S1 51
BATHROOM BATHROOM V1 D3 -0.45M -0.60M +0.15M +0.30M +0.30M G.L +3.0M +9.0M +6.0M TERRACE CONCRETE COPING CAFETERIA M.S. RAILING CONCRETE COPING +3.75M +1.05M 3200 3300 CONCRETE COPING 3000 3000 3000 400 3550 2800 1500 1900 3050 3500 3600 1220 D3 READING ROOM READING ROOM READING ROOM SHOPS SHOPS LEVEL 1 +4.05M LEVEL 2 +7.05M LEVEL 3 600 +9.05M OVERHEAD SINTEX TANK 2500x2000x1200 +0.15M W2 W1 W1 V1 W5 +0.0M PLINTH LEVEL +3.75M +6.75M +0.0M ALUMINUM FINS INCLINED SKYLIGHT DISPLAY/SCREENING READING PODS READING PODS LEVEL 1 G.L 15 MM THICK PLASTER 15MM THICK PLASTER STONE FRAME 50X26 BATTEN 20MM PLY INSIDE 230 MM THICK BRICK WALL OUTSIDE 25 MM THICK PLASTER 18 MM THICK GRANITE 40 MM THICK WOOD FRAME A' +1.05M +4.05M +7.05M WC FL SC DB SC TPH WC SC WC DB TPH NT WC SC WC DB TPH WC SC 4058,45 4509,38 WB TP TP WB TP SD SD SD SD 2254,69 2254,69 2254,69 2254,69 WB TP TP WB TP SD SD SD SD TD TD TD TD TD TD TD TD 2254,69 2254,69 2254,69 2254,69 2254,69 2254,69 2254,69 2254,69 HD NT HF HF FL HF HF FL HF NT NT NT NT NT NT 6000 14486,39 7200 7600 HD V2 V1 V1 V1 4000 2705,63 C D1 D1 D3 HF 4396,65 2500 4396,65 2500 2254,69 2254,69 2254,69 732,77 850 850 MI1 700 700 676,41 700 676,41 700 676,41 150 150 1750 1750 2592,9 ENTRY/EXITENTRY/EXIT 900 900 338,2 2254,69 1600 2254,69 1600 WB SD TP 10MM THK PLYWOOD COUNTER 15MM THK GRANITE STONE GLULAM M25 MS BOLTS M20 MS STUDS WASHBASIN(DURAVIT) 300X300X10MM MS PLATE M20 STUDS DOMESTIC WATER PIPE 20MM SCREED CASING LATEX THINSET MORTAR HF DB WC 200 THK BRICK BAT COBA 15 THK PLASTER 15 THK PLASTER 230MM THK BRICK WALL 300X300X12 CERAMIC MATT TILE DADO FINISH 300X300X12 VITRIFIED ANTI SKID CERAMIC TILES 20MM SCREED 200 THK BRICK BAT COBA 150 THK RCC SLAB 1:3:6 8MM THK POLYCARBONATE SHEET 150 THK RCC SLAB 1:3:6 15MM THK INT PLASTER 1:6 15MM THK PLASTER 15MM PLASTER 300X300X12 CERAMIC MATT TILE DADO FINISH 20MM SCREED 20MM THK PLYWOOD 15MM THK GRANITE STONE 50MM THK GRP BOARD F SECTION THROUGH VOID TOILET DETAIL WASH BASIN DETAIL PLAN DETAIL AT A SECTIONTHROUGHWC 52
2300,53 195,1 281,5 1960 630
2975 +
M GROUND LEVEL FR 50
FR 35 FR 45 FR 35 FR 10 FR 10
MS
130X70X10 MS ANGLE CLEAT ROUND WELDED TO I SECTION M1O MS BOLTS 150X150X25 MS BOX SECTION 550X150X25 MS I SECTION 150X150X25 MS BASE PLATE 150X280X25 MS PLATE DIA 200 SERVICE DUCT CAFE +0.15M 5MWIDEALIBHAIPREMJIROAD (0,0) POINT (0,0) REFERENCE POINTROAD (x,y) OWN PLOTBOUNDARYLINE +0.0M +0.0M +0.0M +0.15M +0.0M +0.15M +0.0M +0.15M OWN +0.0M +0.15M 2 3 4 5 6 8 9 10 11 12 13 14 15 S2A (C32-229,A6-170) C/W 50MM BOLTS 2 3 6 16 17 75x25MM U STEEL SECTION +0.0M +1.2M +2.55M +1.2M +2.55M +0.0M 3 4 7 152° 112° 170° 125° 2870 1990 705 3901 +1.2M +2.55M +0.0M 180 325 660 605 750 1263 1030 1175 1320 1455 1595 2468 2667 2020 2160 2300 2605 920 980 30 MM DIA STAINLESS STEEL HANDRAIL 5 THK GFRP BOARD 10 THK GRANITE STONE A A' B' B C C' + 0.0 M GROUND LEVEL 15MM DIA HOLLOW STAINLESS STEEL HANDRAIL SUPPORT 20 30MM DIA HOLLOW STAINLESS STEEL HANDRAIL 60MM DIA X 3MM STAINLESS STEELPLATE 15MM GFRP BOARD C/W 50MM BOLTS HANDRAIL DETAILFRAMEWORK DETAIL STAIRCASE DETAIL AT A SECTION BB’ SECTION AA’ SECTION CC’ A 53
15MM GFRP BOARD LED FIXTURE 200X600MM MS I SECTION 20MM MARINE PLYWOOD 25MM THK GRANITE STONE (SUPPORT) LANDING + 2.25M 30MM DIA HOLLOW STAINLESS STEEL HANDRAIL
310,2 320
0.0
230,11
100x70x2mm MS CLEATS 150MM VEGETATION LAYER 1OMM POLYESTER FILTER MEMBRANE 20MM FINE GRAVEL 10MM POLYESTER SEAT SHEETING 20MM SCREED 150MM RCC SLAB 200X600 MS I SECTION 900X90X25 MS C SECTION M50 MS BOLT DIA 80MM 10THK WASHER M50 MS NUT 2MM EPOXY RESIN COATING 8MM THK POLYCARBONATE SHEET FLORESCENT TUBE
SUSPENSION WIRES ANCHORED IN CONCRET CEILING 150X500X25 MS STEEL SECTION 10MM GFRP BOARD ON CHANNELSECTIONS 25MM COMPOSITE SCREED 150MM THK RCC SLAB 27° 153° 2100X800X25MM THK GI BASE PLATE M30 MS ANCHOR BOLTS/DIA 80-10MMTHK WASHER
Mentor : Ms. Dipal Chhaya, Ms. Disha Saigal, Mr. Kartik Gala MODEL MAKING 12 Semester 4, 8 | Year 2 & 4 54
Laser cut pieces, Sunboard, Laser cut mount board, Lego blocks, POP

MODEL MAKING

POP for contouring, Sunboard frames, Laser cut frames,Wire mesh for surface modulation

Semester 2 | Year 1

Mentor : Ms. Dipal Chhaya

Site : Oval Maidan, Mumbai

55

QGIS SEM 9 | YR 3 MentorKshitij Mahashabde Team : Archit, Khushi, Krishna, Ronak

Generating surface DEMs on QGIS and exploring their geographic and oceanography conditions for map making.

QGIS 13 56
GRAPHICS 14 Rendering
57
Techniques
krishnapatell2920@gmail.com +91 8928451569 58

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