JITENDRA
FARKADE ARCHITECTURE PORTFOLIO 2012-19
WORK EXPERIENCE
Architect Hafeez Contractor
2017-18
(19 june - 20july)
Junior Architect
JITENDRA
- Redevelopment project MEHER (elite reside - Lodha Jogeshwari (6 residential towers (20fl - Vasantdada Patil college of Architecture (de - Wadhwa Arya Vidhya Mandir school (redesig - BITS GOA (G.F.C. are issued)
FARKADE ARCHITECT
jitendra.farkade123@gmail.com jitendra.farkade@iaac.net +91-9766339281
02 June Design Studio
2016
(1 june - 5 Dec)
Architecture Intern
jitendra-farkade-a5a691141/
- Eupolis Latur (Fashion Brand-Retail Design) - DeDecor (Pune, Surat) -Retail Design - Home Decor Noida (Home appliances Retail - Indore Residence, House 178 (Architectural D - Western Railway Headquaters (Tender Drawi
jeet_0901
SKILLS Rhinoceros Grasshopper
Design Consultant Architects
2015
(11 May - 1 August)
Architecture Intern
Vray
- Bungalow cum clinic, Baramati - Working Dra - Mukti Township - Architectural 3DModel - Parshuram Residential Building - Rendering - Satav Residence at Baramati - Elevation Des
Autocad Revit Sketchup Pro Lumion 9.5 Adobe Photoshop Adobe Indesign
LANGUAGE
Adobe Illustrator Adobe Premier Pro Flow Design
English
Processing-Java
IELTS score - Overall 7.5/9.0
Z- Suite
Hindi
Blender
Native Speaker
RhinoCam (CNC)
Marathi
All Plan
Mother Tongue
Computational Design Course - 120 hours (Rhino + Grasshopper ) Digital Fabrication Softwares - 120 hours (Z-Suite:3D Printing , RhinoCam:CNC, Processing: Aurdino)
EDUCATION Mumbai
2018-19
(01 Oct - 28june)
Institute for Advance Architecture Catalonia (IAAC)
Barcelona, Spain
Masters In Advance Architecture (MAA01)
ential project) fl.) in Mumbai) esign proposal) gn project)
- Completed masters with distiction (8.2 pointer) - Future House project got selected for Constromat Barcelona - Gained basic knoweledge of scripting and coding - Got accoustomed with Robots, CNC, Laser cutting machines Delhi
2012-17
(22 July - 20July)
Visvesvarya National Institute of Technology
Nagpur, India
Bachelor Of Architecture (B.Arch)
)
- Creative Team Head - AXIS 2014 (Technical Fest) - G.Sen & ANDC coordinator (NASA-2014) - Head of Drama club V.N.I.T. - Core Coordinator of AAROHI (Cultural Fest)
design) Design) ing and presentation) Pune
2010-12
(11 July - 1 August)
rawing
Dharampeth Science College HSSC (12 ) th
Nagpur, India
- Maharashtra State board of Higher & Secondary Education - Overall : 85% (HSSC) - Overall : 94% (SSC)
g sign
CO-ACADEMIC 2017
Smart City Idea Challenge
Nagpur
Nagpur Muncipal Cooperation - Cotton market design proposal got selected in smart city competition and presently working with Nagpur Muncipal corporation for its execution. 2014
Transparance-14
Nagpur
Metro Station design -Best Studio Award -Jury Commendation 2016
Transform Maharashtra Competation Maharashtra Government - Won 8th position among 2000 entries submitted for Transfrom Maharashta proposal.
Mumbai
CONTENT
01
05
FLUX HAUS
MEHER RESIDENCE
02
06
Sham Shui Po - Public Housing
TENSe-ABLES
Redevelopment project in Mumbai
WADHWA 25
Lightweight, Deployable membrane
Highrise project in Mumbai
03
07
BIFURCATION
UNITY TEMPLE
Branching column structure
Sacred place of workship for all
04
08
NIMBUS
Metabollic Beach - Bogatell
MISCELLANEOUS
Projects
01
FLUX HAUS
Sham Shui Po - Public Housing
Future House IAAC 2018-19 Faculty : Carmelo Zapulla Flux Haus is a system that proposes a new way of living for the inhabitants of Sham Shui Po. By proposing a hightech mechanism of multi directional elevators, transformative spaces and the premise of “nothing belongs to you�, the system aims to solve the problems of housing and also gives a dignified space to work for the Sham Shui Po locals. YouTube Link : https://www.youtube.com/watch?v=Mwo6YvJXJkg
Sham Shui Po - Public Housing
The problemati
“Caged-homes” are categ basically is a house that
The problemati
Hong Kong total i Kowloon District
8 Sham mong road
405,869 (Census 2016-06-30)
41 Storeys for Tower 1 & 2 (3/F - 48/F) 46 Storeys for Tower 3 (3/F - 53/F) 48 Storeys for Tower 4 & 5 (3/F - 56/F)
43,325/km² (Census 2016-06-30) 4,6m² (2017)
1,514 Units
Poorest 2/10
Average 6/10
ics - Cage House
gorised as “Bed-space apartments� by the Hong Kong goverment. This contains 12 or more people who rent individual bed spaces
ics - Lack of affordance
income
e
Typical New York State parking
Subdivided Housing Numbers Number of people living in subdivided flats
160sq.ft Tiny Apartment Mosquito units
180sq.ft
172,300 Kitchen in U.S.
195
Number of subdivided flats
sq.ft
66,900
Richest 2/10
Number of applicants on waiting list of for public housing
228,400
Basketball key
304 sq.ft
Flux Haus - Concept Brief of the project was to tackle land scarcity problem with the help of AI (Artifical Intelligence) and IOT (Internt of Things). We redesigned five towers in Sham Shui Po district. A Complex system of rails was designed which allowed Living Pods to move along it.
BEACH RESORT
SNOWY MOUNTAIN
INHABITANT
BATHROOM
PETS
SPACE TRAVEL
ROOM
RESTAURANT
Flux Haus - Unit
Artifical Lighting
3.0M x 2.5M x 3.0M BASIC CAPSULE MODULE
Artifical Ventilation
INTERIOR DETAIL
GREEN HARBOUR TOWER COMPLEX
HOUSING PARASITE STRUCTURE
CONNECTED LIVING POD SYSTEM
SELF CONSTRUCTING ROBOT RAIL
DIFFERENT POD CONFIGURATION
BUILD
DING SECTION
EMERGENT SOCIAL SPACE
Flux Haus - Unit Model Flux Haus is a system that propose a new way of living for the inhabitants of Sham Shui Po. By proposing a high tech mechanism of multi directional elevators, transformative spaces and the premise of “nothing belongs to you”, the system aims to solve the problems of housing and also give a dignified space to work for the Sham Shui Po locals.
DYN WAL BATHROOMS
COMMUNAL SPACES
BRAIN SIGNALS
BODY SIGNALS
CAPSULE MOVEMENT
FURNITURE
NANO ROBOTS
PRINTED FOOD
HOLOGRAMS AND PROJECTIONS
STAGE 1
STAGE 2
STAGE 3
The wa up of s can c allow transf of the lets custom space and e reality
NAMIC LLS
SWARM ROBOT SYSTEM
alls are made screens that change to for visual formation pods. This the user mise the he inhabits extend his
With an advanced system of swarm robots all the furniture of the pod is constructed and deconstructed almost instantaneously. This allows the user to transform the pod from a bedroom to a living room or whatever they want also by customising the furniture
STAGE 4
STAGE 5
STAGE 6
02
TENSe-ABLES
Lightweight, Deployable membrane
Digital Matter Studio IAAC 2018-19 Faculty : Aerti Marcopoulou This research focuses on the development of a deployable self-supporting membrane. The fundamental hypothesis is that a structure can be created with the support of rigid elements that are interrupted by inflatable actuators. Making the structure lightweight and integrating all the elments within the membrane were the primary conceptual drivers. The investigation of each member within the membrane is essential to the holistic movement of the structure. The objective is to create a structure firstly through inflation, and later bears its own load on the account of tensegrity. A range of possibilities in terms of actuation have been explored in order to fulfil the objective of the research. The system consists of soft membrane with rigid elements and inflatable patterns that are seamlessly integrated with it. YouTube Link : https://youtu.be/SmgC1rWPeHg
Origami - Form Finding tool After doing research we found that there are lot of similarities between origami and tensegrity structures. The force line extracted from both the systems are similar.
-VE
TIME TO ERECT
LIGHTWEIGHT STRUCTURE
NO SKILLED LABOUR REQUIRED
HUGE WORK FORCE
TENSEGRITY SYSTEM
TENSe-
+VE
EASY MECHANISM
EASY TO TRANSPORT
EASY TO PACK
-ABLES
LIGHTWEIGHT STRUCTURE
INFLATABLE SYSTEM
+VE
FEW PEOPLE TO ERECT
CONSTANT AIR PRESSURE REQUIRED
SUPER FAST TO ERECT
-VE
DURABILITY
01
This system utilizes linear elements that gets interlocked between fabric. The pattern was derived from “Reverse Water bomb tessellation�of origami. The stress lines created are staggered and continous.
PLAN
03
The pattern is derived from pentagon. When we change the size of pentagon the members come closer to form a system
PLAN
02
This pattern is decoded by using simple geometry of hexagon. When we connect the middle points of hexagon it forms a simple y shape. The main characteristic of this shape is that the forces get balanced and structure.
PLAN
04
This system is derived by unrolling the tensegrity tower. The members are alinged in 45 degrees to form a continuous and staggered system.
PLAN
Inflatables - Bending When air is forced into the air bag with certain geometrical shapes it tends to bend. We tried to use this bending to create a self forming structure.
https://tangible.media.mit.edu/project/aeromorph/
https://tangible.media.mit.edu/project/printflatables/
In the first pattern tested the inflatables are arranged in a symmetrical pattern. The idea was to test the bending and see how the flat surface becomes an arch.
Genetic Optimization The idea was to generate the most efficient structure in terms of deflection. Genome value : Length of members Distance between initial points and anchor points Fitness Value : Deflection value from millipiede
Fabric system is spread on ground
Insert rigid members into system
Air is allowed to flow into system
Due to geometrical pattern fabric tend to form a structure
Loose rigid memebers are fixed
Due to tensegrity structure stand on its own and air is allowed to escape
MEMBER
POCKETS
GLUED AREA
PLEATING
TOP PLAN
BOTTOM PLAN
03
BIFURCATION
Branching column structure
Bio-Singularity IAAC 2018-19 Faculty : Mark Burry AO Learning from his design for the unfinished Colonia Guell chapel Antoni Gaudi wanted the structure for the Sarada Familia to be equilibrated and calculated accordingly. This worshop looked into two challenges : firstly the description of columns and creation of potentially underlying geometrical guide, and secondly how we branch columns and join them elegantly to the trunk. We will therefore work in two modes : Design computation through parametric design software and physically in terms of thinking about how to produce branching column with our hands. YouTube Link : https://www.youtube.com/watch?v=rq27fc-yoVw
Column Profiling - Bio Singularity By using the irregular pattern of a tree truck slice for our first profile, we were able to extract the logics of the organic form to further accentuate them in our second profile. However more systematically, our second asymmetric profile follows a pattern rotation of 15 degrees, with more symmetrical curves similar to that of the first profile. Beginning with straight rails to guide our first profile, we developed custom rails to create a twisting motion, similar to natural tree growth. We used the custom rails for our second and third profiles.
Dragon tree - branching
Miller.Time Sept.02. 2012 - Python & Grasshopper
Step 01
Step 02
Step 03
Step 04
Profile 01
Step 01
Step 02
Step 03
Step 04
Profile 02
Step 01
Step 02
Step 03
Step 04
Profile 03
Branching System
BRANCHING LEVEL 01
BRANCHING LEVEL 02
BRANCHING SYSTEM
BRANCHING LEVEL 03
EVOLUTION OF PROFILE
COLUMN A
Digital Column
Fabricated Column Profile
Wooden frame
COLUMN B
Profile
Digital Column
Fabricated Column Wooden Frame
03. COLUMN C
Digital Column
Fabricated Column Profile
Wooden frame
04 Studio G3
NIMBUS
Metabollic Beach - Bogatell IAAC 2018-19
Faculty : Oriol Carrasco
NIMBUS creates a dynamic space in Bogatell beach, Barcelona using artificially created clouds of mist serenely floating above the sandy beach, along with an overhead canopy of mist pipes whose form is not constant and is manipulated by the action of its users and the waves. The aim is to create a structure that captures the attention of the beachgoers, promotes social interaction as well as helps in reducing heat during the summer months and whose movements reflect the rhythm of the ebb and flow of the waves. YouTube Link : https://youtu.be/wVxVaURqltE
Human Interaction
Our challenge is to create a space in the beach of Barcelona adjusted to the reality that catches the attention of the p the sea. Human interaction involves the creation of a dynamic space, with the actions of its users being the source f 1. Movable mist systems 2. Pressure Activated Mist Systems
PEOPLE INTERACTION
ENHANCE AIR QUALITY
INTERACTIVE DESIGN Design which can be altered by users. It require people participation to generate various alternatives
Underground Pips NEBURATOR Overhead Pipes
MOVABLE COLUMN MIST
PIPES
Water is pumped and shot as fine mist.
PUMP WATER PISTON
RESERVIOUR
RESERVIOUR
CHARCOAL WATER FILTER
OCEAN
Metabolic Diagram
PRESSURE SENSOR
people and promotes the interaction among all and also stimulate the interest in getting out of the sand and enjoying for this dynamism. This is integrated in our proposal by two means:
PRESSURE SENSOR MIST SYSTEM
The pressure sensors detect the presence of people and is linked to the underground mist system. The connectors and nozzles are located above the ground and is engaged by the pressure sensors. MAXIMUM HEIGHT POSITION
MINIMUM HEIGHT POSITION PIPE MOVES UPWARD PIPE MOVES DOWNWARD LEVER FOR PUSH/PULL
RETRACTION MECHANISM
LEVER FOR PUSH/PULL
EXTENSION MECHANISM
Exploded View
PIPES
Each pipe has 3 supports that can moved up and down varying the height of the pipes
PRESSURE SENSORS
GEARS
Moves up and down, produces movement of pipes attached
BASE SURFACE: LEVEL 2 Represents the beach bed
BOX 2: LEVEL 2
Holds the supports for the rack and pinion gears
BASE SURFACE: LEVEL 1
Support surface for second box
BOX 1
Provides room for movement of rack & pinion gears
GEARS
OCEAN
PIPE
E
MIST NOZZLE
MECHANISM
05
MEHER RESIDENCE
Elite redevelopment project in Mumbai
Architect Hafeez Contractor
2017-18
Team Lead : Karl Wadia
Location : Altamount Road, the heart of Mumbai Design Basis : 1) Commitment to MEHER; 35% increase over current carpet area. 2) Regulatory Requirements: Urban Reneval scheme under DCR 2034 MOEF HRC Norms Design Drivers : 1) South Facade 2) Green Coverage 3) Terrace Garden 4) Sustainable Materials 5) East/west Facade 6)Passive Coolling 7) Rain water harvesting 8) Native vegetation
Design Development Presently a 13 storied building is sitting on site. A new development is proposed which will rise upto 31 floors. It will be equiped with amenities like club house, double height lobby, open garden area, mystic green pathway, swimming pool on top. Building will be divided into three parts, equipped with one core for vertical transportation.
1
Existing MEHER
2
ENTRY POINTS
3
PROPOSED GARDEN
4
VERTICAL CIRCULATION
BASEMENT LEVEL
6
LOBBY LEVEL
5
SITE PLAN
7
CLUB LEVEL
8
LIFE STYLE PROPOSITION
Design Drivers @ Apartment level
The living and dinning area is cross ventilated and has ample light. It opens out to panaromic views of the garden an wards Girgoan Chowpatty and the huge lawn at ground level. Care has been taken to ensure that every apartment ge sured in all habitable spaces. Service areass are consolidted with the core and screened away from rest of the apar
ENTRANCE PATHWAY
LOBBY & GARDEN VIEW
nd parks at Malabar hills and sea view. Bedrooms open up to the freshness of eco park at Malabar hills, facing toets cross ventilation to reduce air ventilation to reduce air conditioning loads. Further daylightning has been enrtment accesses via kitchen.
INTERIOR VIEW
06
WADHWA 25
Highrise project in Mumbai
Architect Hafeez Contractor 2017-18 Team Lead : Karl Wadia
This is one of the most anicipated project of Mumbai. Wadhwa Prabhadevi is a new project at Prabhadevi by The Wadhwa Group. Wadhwa Prabhadevi project is a position where celebration would never finish. Here you are welcomed with natural sunshine in combination with a fresh breeze. Viewing luxuriant green landscape the windows and galleries of your living places allow you to rise up with the greetings of the environment.
Plans Entrance lobby has a huge waterfall which provide a grand vista to it. Palm trees are planted over podium top to enhnace green.
P1 FLOOR PLAN (DROP
PODIUM TOP
TYPICAL FLOOR PLAN Typical floor plans were designed to maximize views. The building sits on one of the most highly priced site, hence for each and every flat th frontage of ocean was a key factor.
COMBINATION OF FRONT & SIDE APARTMENTS
TYPICAL FLOOR PLAN TOWER “A” CORE AREA F.S.I AREA FUNGIBL IN CORE TOTAL FSI TOTAL CARPET
: : : : :
242.65 SQ.M. 748.53 SQ.M. 10.39 SQ.M. 991.18 SQ.M. 7178 SQ.M.
07
UNITY TEMPLE
Sacred place of workship for all
Architctural Thesis VNIT 2017 Faculty: Prof. Sameer Deshkar The Bahá’í Faith is a monotheistic religion which emphasizes the spiritual unity of all humankind.Three core principles establish a basis for Bahá’í teachings and doctrine: the unity of God, that there is only one God who is the source of all creation; the unity of religion, that all major religions have the same spiritual source and come from the same God; and the unity of humanity, that all humans have been created equal, coupled with the unity in diversity, that diversity of race and culture is seen as worthy of appreciation and acceptance. Unity temple will be the practical manifestation of this thought evolved through study of different religions and thorough extensive use of spiritual science.
USER ANALYSIS
TIME/ NUMBER MAPPING
ZONES WITH RELATIVELY STABLE SLOPES FOR ZONES WITH RELATIVELY STRUCTURAL CONSIDERATION SAFER SOIL BEARING CAPACITY
ZONES WITH RELATIVELY LESSER SOIL RUNOFF
CRITERIA
ZONES WITH BETTER VIEW
GRADIENT MAPPING
CRITERIA
CRITERIA
ACCESS POINTS
WINDROSE & SUNPATH
PEACE ZONE Area : 16,512m2 Building Typology : Yoga Hall, pavillion,OAT
TEMPLE ZONE Area : 20711.33m2 Building Typology : Temple
ADMINISTRATIVE ZONE Area : 12,253m2 Building Typology : Visitor Center, Administrative offices
CRITERIA
ART AND WORKSHOP EXIBITION ZONE
Area : 6,047.25m2 Building Typology : Workshops
Area : 2502m2 Building Typology : Exibition Space
CRITERIA ARRANGENMENT PATTERN USED
MOMENT DIAGRAM
LANDSCAPE AREA
RADIAL ARRANGEMENT
CENTERED ARRANGEMENT
Concept
Sacred symbols are the symbols which are able to convey and merge intangible and supernatural rays of truth into s sciousness, behaviors, understanding, and well being.
MACR SACRED SYMBOLS
Gayatri Yantra The Illumined Mind and Universal Knowledge This symbol represents the illumined mind and far-sighted wisdom.
PLAN
Flower of Life/Seed of Life The Pattern of Creation This symbol represents patterns of life as they emerge from the great void. Everything comes from thought by the Creator.
STEPWELL
PROGRAMMATIC SUBDIVISION
BRIDGE
CENTRAL DOME
MICRO
PA
single graphic images that take us to a point of knowing without using our cognitive skills. It can transform con-
RO SPACES
O SPACES
PATHWAYS
LANDSCAPE
CEILING DETAIL
Site Plan Planning of unity temple and prominent areas other ancillary facilities like cafeteria, residential area, etc. are done according to the scared geometry principal. The project also stresses upon the Landscape design which includes gardens, pedestrian plazas , walkways.
Innovative Cladding Material The design team embarked on a number of studies to select the alabaster for the interior cladding of the Temple, including carefully examining the different geological strata regions of the stone to determine the desired translucency, color and quantity of veining. 18,000mm
Seating Capacity 500 23,000mm
Nesting Concept
PLAN at LVL. 8m
LVL +29.000m
A combined nesting and circumferential tie structural system ensures the overall structural stability of the nine elemental components. The main spine of leaf components overlaps at the roof level to form an inter-connected stable circular ring.
LVL +22.000m LVL +20.950m
Structural Mesh
LVL +11.600m LVL +9.600m
LVL + 6.000m
LVL + 0.000m GROUND LEVEL
LVL -3.600m
SECTION A-A’
PLAN
level 12m
PLAN
level 30m
PLAN
Structural
The steel structure is made up of an interior and exterior frame and diagonal bracing in between. The structure, comprised of steel columns and beam, rests on a concrete ring, which in turn sit on seismic isolation pads that separate it from the foundation.
Structural Concept The structural model for one of the petal elemental components is derived from the concept of a leaf structure. A central vertical spine provides the primary means of support for secondary branch elements that in turn, provide support for the exterior stone skin. The load of the framing system is accumulated along the length of the vertical spine. The vertical spine is in turn supported by a concrete base element.
1)
2)
3)
4)
LVL +26.000mm LVL +24.000mm
LVL +19.850mm
LVL +11.600mm LVL +09.00mm
LVL +06.000mm
LVL +04.000mm GROUND LEVEL
LVL -03.600mm
SECTION B-B’
Plan & Views
PETALS INTERNAL PLAN
Patterned cast glass (it has light filltering qualities & durability over laminated or anneled glass )
TEMPLE SECTION
INTERIOR RENDERING
INTERIOR VIEW OF TEMPLE
INTERIOR VIEW OF TEMPLE
INTERIOR VIEW OF TEMPLE
INTERIOR VIEW OF MEDITATION AREA
Petals have been designed such that light is penetrated through slits provided. While casting petals, glass blocks will be placed inside such that light is penetrated inside the structure. HVAC system has been provided for internal air cooling. Gallery spaces has been devised for internal circulation.
MISCELL PROJ COMPUTATIONAL DESIGN
PAINT
LANEOUS JECTS
TINGS
DIGITAL FABRICATION
Recursive Growth - Anemone Recursion in mathematics is stated as a function that is defined by being applied within itself. In other words, the initial conditions are repeated in itself until a satisfactory outcome has been achieved. The power of recursion evidently lies in the possibility of defining an infinite set of objects by a finite statement. In architecture, the role of recursivity has been translated often into a merely aesthetical exploration rather than for solving complex problems with simple rules. This assignment wants to investigate applications and implications of looping and recursive strategies to reframe the generation of architectural spaces. As a case study we intervene a part of the Mies van der Rohe pavilion and proposed an architectural installation.
Digital Fabrication
The challenge was to create a complex pattern that incorporates openings and connections within the digitally fabric repetation and variation was demanded from exercise. The performance by privacy demands creating a visual filter
cated modules which act as a mold and cast using the material. A complex pattern that incorporats opening through r that explores a variation of density and opening that allow lines of sight.
Paintings - Acrylic Medium
This was my first attempt on detail acrylic painting. The vibrant colour palatte makes it visually resonating. I wanted to capture pure innocence of bird and at the same time i wished to put life in stationary. I used cotton to create sky as it imprints the texture which reflects the same.
This acrylic painting depicts face through water-fall. The basic idea was to merge two different context and create a parallel in between to establish something which reflects character of both. The brush used for painting was 000. I wanted each and evey detail to be perfect, hence the selection of brush. Colours used are too subtle and a contrast is establish to enhance face.
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